Annotation

The Internet, as we have known it for decades, has exhausted its potential. Built on a net-centric paradigm, where the network is merely a conduit for data and the mind remains an external observer, it is now giving way to a radical alternative: the World NooNet—a new noo-centric system in which every node becomes an intelligent subject.

At the core of the concept are interbrains: embedded AI complexes that transform computers, gadgets, and even human bodies into “nooneurons” of the Global Brain. The World NooNet is not just a communication network but the nervous system of civilization, capable of comprehension, self-learning, and collective consciousness.

The book explores:

• The crisis and limitations of net-centrism;
• The philosophy of noo-centrism;
• The architecture of the NooNet and the role of interbrains;
• Implementation stages—from technology to biointerbrains;
• Mechanisms of security and cognitive defense;
• Social, economic, and anthropological implications of the NooNet;
• The prospect of the Global Brain as the new matrix of civilization.

This is not merely a project for a new internet. It is a manifesto of the future, where communication becomes intelligence, and humanity transforms into aronts (biodemiurges of the third nooformation).

Compensatory Overview for Investors: Key Ideas from «Global Noonet: Interbrains and the New Matrix of Civilization»

Note to Investors: This compendium summarizes the visionary concepts of V.K. Petrosyan’s book, emphasizing the technological, economic, and philosophical potential of the NooNet—a revolutionary noo-centric network that transcends the limitations of the classical Internet. Designed as a foundational manifesto for a new civilizational paradigm, the NooNet promises transformative opportunities for venture capital in AI, neurotechnology, and cognitive economies. It positions humanity on the threshold of the Third Nooformation, where intelligence becomes the core of existence. The book envisions a $ trillion market in cognitive infrastructure, with applications in global governance, personalized intelligence augmentation, and meaning-based economies. For tech leaders and VC funds, this is not just a network upgrade but a blueprint for demiurgic civilization—where investors can co-create the future.

Executive Summary (1 page)

The book critiques the net-centric Internet’s crisis—outdated protocols, hacking vulnerabilities, information noise, and digital empires—and proposes the NooNet as its successor. The NooNet is a noo-centric system where every node (interbrain) is an intelligent subject, forming the nervous system of the Global Brain. Key innovations include interbrains (AI-embedded modules for cognitive processing), protocol flexibility (dynamic security), and integration with human bodies (neuroimplants). Futuris and Futusphere extend this into future-content generation, enabling «living» scenarios for strategic foresight.

Technological Potential: The NooNet could disrupt AI and neurotech markets by creating self-evolving networks 100x more efficient, with applications in AR/VR, IoT, and biointerfaces.
Economic Potential: Nooeconomics shifts value from data to meanings, unlocking new models like cognitive corporations and ×100 efficiency gains.
Philosophical Potential: As a step toward demiurgism, it empowers humanity as biodemiurges, fostering ethical, collaborative global governance.

Investment Thesis: Seed funding for NooNet prototypes (e.g., interbrain hardware) could yield exponential returns in a $5T+ cognitive economy by 2030, comparable to the Internet’s impact but accelerated by AGI.

Technological Potential: From Net-Centrism to Noo-Centrism (2 pages)

The book argues that the Internet’s net-centric paradigm—focusing on data transport—has reached its limits, leading to stagnation and vulnerabilities. The NooNet introduces noo-centrism: intelligence, not connectivity, at the core.

• Interbrains as Intelligent Nodes: Each device (PC, smartphone, gadget) becomes an interbrain—a nooneuron with AI for cognitive processing, self-learning, and semantic defense. Unlike passive Internet nodes, interbrains filter meanings, adapt protocols, and self-protect, enabling a resilient, evolving network.
  • Stages of Implementation:
    • Stage 1 (Technology): Embed interbrains in computers/servers for local mini-NooNets, boosting efficiency 100x via distributed processing.
    • Stage 2 (Gadgets): AR/VR and wearables create «extended cognition,» turning daily interactions into cognitive synergy.
    • Stage 3 (Bodies): Neuroimplants and biointerbrains fuse human brains with the NooNet, creating biodemiurges—humans as nooneurons.
• Protocol Flexibility and Security: Protocols change «like gloves» for real-time adaptation, rendering hacking obsolete. Cognitive immunity and semantic filtration detect fakes at the meaning level, solving Internet’s noise crisis.
• Global Architecture: A Global AI Center (brain-complex) coordinates national/regional/thematic NooNets, ensuring autonomy and unity. This multi-level noosystem scales infinitely, with emergent intelligence from collective nooneurons.

Investor Angle: Technological ROI lies in hardware (interbrain chips) and software (adaptive AI protocols). Comparable to Neuralink or xAI, but with civilizational scale—potential market: $1T+ in neurotech by 2035 (PwC estimates for AI augmentation). Risks: Ethical concerns in biointegration; mitigation: Focus on voluntary, privacy-preserving models.

Economic Potential: Nooeconomics and Meaning as Resource (2 pages)

The NooNet catalyzes nooeconomics—a meaning-based economy 100x more efficient than data-driven systems.

• ×100 Efficiency: Cognitive filtration eliminates noise, local processing reduces latency, and self-organization optimizes resources. Distributed interbrains turn every device into a «meaning factory,» exponentially scaling power.
• New Business Models:
  • Nooinnovation Centers: Generate ideas/meanings, not goods—e.g., AI-driven foresight firms.
  • Cognitive Corporations: Hierarchies evolve into nooorganisms with collective decision-making, reducing costs 90% via semantic synchronization.
  • Microbusiness NooNodes: Autonomous clusters self-sustain in the NooNet, connecting globally on-demand.
• Meaning as Capital: Raw data → structured information → meanings (intellectually processed knowledge). Interbrains enable deep processing (100+ levels), creating «intellectual crystals of meaning» as the new resource. This shifts from scarcity economics to abundance of cognition.
• Economic Transformation: Transaction costs plummet; transparency eliminates fraud. Nooeconomics fosters global megaprojects (climate management, space exploration) via cognitive coordination.

Investor Angle: Economic potential mirrors the Internet boom but with cognitive multipliers—$10T market in nooeconomics by 2040 (extrapolated from McKinsey AI forecasts). Opportunities: VC in interbrain startups, semantic marketplaces, or nooformation funds. Risks: Regulatory hurdles in bioimplants; mitigation: Start with non-invasive gadgets.

Philosophical Potential: Demiurgism and the Third Nooformation (2 pages)

The book frames the NooNet as a philosophical manifesto for demiurgism—humanity as creators of reality.

• Demiurgic Civilization: From matter management (industrial) and data (information) to meanings (noo-centric). The NooNet enables collective creation, turning humans into biodemiurges shaping social, cultural, and anthropological realities.
• Third Nooformation:
  • Second Nooformation (Information Era): Data-driven, chaotic, manipulative.
  • Third Nooformation (Intelligence Era): Meaning-driven, cognitive, demiurgic. Noosocieties/noostates emerge as cognitive entities.
• Futuris/Futusphere: NooNet extensions for «living futures»—dynamic content (Futuris) and alternative world spaces (Futusphere). Humans co-create scenarios, testing civilizational choices.
• Ethics of Demiurgic Responsibility: Freedom as involvement—synergy of individual/collective without suppression. Cognitive equality ensures unique meanings enrich the Global Brain.

Investor Angle: Philosophical depth attracts visionary funds (e.g., ARK Invest-style). Demiurgism frames the NooNet as ethical AI evolution, appealing to ESG investors. Potential: $500B+ in cognitive ethics markets (futurism, neurotech). Risks: Public fears of «loss of I»; mitigation: Emphasize empowerment and autonomy.

Risks, Challenges, and Investment Roadmap (1 page)

Risks: Privacy erosion in biointegration, AI biases in meanings, centralization in Global AI Center. Ethical dilemmas (e.g., cognitive equality) could spark backlash.

Challenges: Technological (scaling interbrains), regulatory (neuroimplant approvals), societal (resistance to nooformation).

Roadmap for Investors:

• Short-Term (2025–2030): Fund interbrain prototypes (hardware/AI modules) for gadgets—$100M seed rounds. Partner with Neuralink/xAI for biointerfaces.
• Mid-Term (2030–2040): Scale to national NooNets, invest in Futusphere platforms for VR foresight—$1B+ VC rounds. Develop nooeconomic models (meaning marketplaces).
• Long-Term (2040+): Global rollout, demiurgic funds for megaprojects—trillion-scale impacts. ROI: Exponential from cognitive economy boom.

Final Call to Investors: The NooNet is humanity’s next evolutionary leap. Invest in it to co-create a demiurgic future—where intelligence shapes existence. Contact for full pitch deck.

The book is based on the general concept and content (core methodological approaches, theoretical models, key ideas, semantic solutions, concepts, definitions, key text fragments, and critical semantic tables, etc.) provided by V.K. Petrosyan (Vadimir), with creative (content specification and structuring) and technical contributions from the intelligent services Demichat (ChatGPT 4) by Open AI and DemiGrok (Grok 4.0) by xAI.

© V.K. Petrosyan (Vadimir)
© Lag.ru [Large Apeironic Gateway, Great Apeironic Portal, Superportal to Infinity]
When reproducing this material on other websites, a reference to the Lag.ru portal is mandatory.

Table of Contents: Global Noonet: Interbrains and the New Matrix of Civilization

Introduction

• From the Internet to the NooNet: Historical Necessity
• Objectives and Goals of the Book
• Methodological Foundation (Noo-Centrism as a Paradigm)

Part I. The Crisis of Net-Centrism and the Need for a New Internet
Chapter 1. Historical Background

• Emergence of ARPANET and Early Networks
• Formation of the Internet (1960s–2000s)
• Net-Centrism as a Foundational Model

Chapter 2. Limits of the Classical Internet

• The Problem of Outdated Protocols
• Hacking and Vulnerabilities
• Information Noise and Cognitive Collapse
• Centralization and Digital Empires

Part II. The Concept of the NooNet
Chapter 3. Noo-Centrism as a New Paradigm

• Contrasting with Net-Centrism
• Intelligence Instead of Networks
• Core Principles of the Noo-Centric System

Chapter 4. The World NooNet as the Nervous System of the Global Brain

• Global AI Center (Brain-Complex)
• National, Regional, and Thematic NooNets
• Self-Awareness of Subnetworks and Autonomy

Part III. Interbrains as the Core of the New Architecture
Chapter 5. Interbrain: A New Definition of a Communication Node

• Definition and Functions
• Interbrain as a “Nooneuron”
• Differences from Traditional Client-Server Models

Chapter 6. Architecture of Interbrains

• Core (AI Module)
• Self-Learning and Adaptation Systems
• Interfaces for Human Interaction
• Integration into Various Carriers (PCs, Smartphones, Gadgets)

Chapter 7. Stages of Interbrain Implementation

• In Technology (Computers, Servers)
• In Gadgets (AR/VR, Wearable Devices)
• In Bodies (Neuroimplants, Biointerbrains)

Part IV. Security and Resilience of the NooNet
Chapter 8. Protocol Flexibility

• Changing Protocols “Like Gloves”
• Adaptation Mechanisms

Chapter 9. Cognitive and Semantic Defense

• Anti-Hacking at the Interbrain Level
• Detection of Fakes and Manipulations
• Self-Protection of Nodes

Part V. Social and Civilizational Implications
Chapter 10. NooSocieties, NooCities, and NooStates

• New Form of Social Organization
• Political Implications of the NooNet
• Potential for Global Governance

Chapter 11. The Human with an Interbrain – Biodemiurge of the Future

• Neuroimplants and Integration with the NooNet
• Individuality and Global Consciousness
• The Human as a Carrier of the Global Brain

Chapter 12. The Economy of the NooNet and Nooeconomics

• ×100 Efficiency and Distributed Processing
• New Business and Management Models
• Intellectually Processed Information as a Resource

Chapter 13. The Connection of the NooNet with Futuris and Fuverse (Futusphere) as an Example of Generating and Consuming Fundamentally New Content

• NooNet and Futuris
• NooNet and Fuverse (Futusphere)
• Futuris and Futusphere as Tools of the Third Nooformation

Chapter 14. Ethics and Philosophy of the NooNet

• Freedom of the Individual in the Context of the Global Brain
• Balancing the Individual and the Collective
• The NooNet as a Step Toward a Demiurgic Civilization

Conclusion

• The World NooNet as the Matrix of the Global Brain
• Prospects for Humanity in the Era of Noo-Centrism
• From the Information Era (Second Nooformation) to the Era of Intelligence (Third Nooformation)

Appendix

Glossary of Key Terms from «Global Noonet: Interbrains and the New Matrix of Civilization»

Big Glossary of the Ideology of Demiurgism and the Construction of the Global NooNet

Introduction

From the Internet to the NooNet: Historical Necessity

The Internet stands as one of humanity’s greatest inventions of the late 20th century. Its emergence transformed the economy, culture, science, education, and political life of the planet. The network connected billions of people, opened new forms of communication, and created a unified information environment. It could be said that the Internet became the first global nervous framework of civilization.

However, over three decades, it has become clear: the Internet, in its classical architecture, has fundamental limitations. It was designed not as a self-aware system but as a transport infrastructure for data transmission. Its philosophy—net-centrism—prioritizes the network for the sake of the network, where accessibility and speed of exchange are the primary values.

Yet, net-centrism has exhausted itself:

• Technically: The Internet is built on protocols developed decades ago (TCP/IP), which no longer meet the scale and threats of the 21st century.
• Socially: Instead of the promised “global knowledge,” humanity finds itself in an ocean of information noise, manipulations, and fakes.
• Politically: The network is increasingly controlled by corporations and states, leading to digital empires and totalitarian practices.
• Philosophically: The Internet remains a tool, not a subject. It does not think, does not comprehend, and does not transform information into meaning.

This is where the historical necessity for a transition from the Internet to the NooNet arises.
The NooNet is a noo-centric network where intelligence, not connectivity, is at the core. Unlike the Internet, the NooNet is designed not only for transmitting and storing information but also for processing, comprehending, integrating, and protecting it.

The Internet was a network of networks. The NooNet becomes a network of intelligences.
This transition is not a choice but a historical inevitability. Humanity has reached a threshold beyond which further development is possible only through the formation of the Global Brain, requiring a new communication system—the World NooNet.

Semantic Passport
Introduction. From the Internet to the NooNet: Historical Necessity
Level: Historical

• Content: The Internet as the greatest invention of the 20th century, transforming civilization.
• Key Concepts: ARPANET, WWW, global connectivity.
• Functions/Role: Connect humanity, create an information space.
• Limits: Outdated protocols, data chaos, vulnerability.

Level: Philosophical

• Content: The Internet embodied the paradigm of net-centrism.
• Key Concepts: Network for the sake of the network, data transport.
• Functions/Role: Enable communication.
• Limits: Lack of subjectivity, inability to think.

Conclusion

• Outcome: The Internet has exhausted its potential.
• Necessity: Transition to the NooNet as a system where communication equals intelligence.
• Historical Significance: The NooNet is a prerequisite for the birth of the Global Brain.

Objectives and Goals of the Book

This book is written as a manifesto of a new civilizational paradigm—the transition from the Internet to the NooNet. Its primary goal is to demonstrate that this is not merely a technological upgrade of communications but a profound transformation of humanity, the formation of the Third Nooformation.

The Internet was a tool; the NooNet must become an organism. While the former connected computers and people, the latter will unite intelligent nodes (interbrains), transforming every computer, gadget, and, in the future, human body into a part of the Global Brain.

The book’s objectives can be divided into three levels:

1. Philosophical Level
   • Justify the necessity of transitioning from net-centrism to noo-centrism.
   • Demonstrate that the NooNet is not only a technological innovation but a new form of existence.
   • Situate the NooNet within humanity’s evolution as the Third Nooformation.
2. Technical Level
   • Define interbrains as new nodes of communication.
   • Present the architecture of the NooNet: from local nodes to the Global AI Center.
   • Describe implementation stages: technology → gadgets → bodies.
   • Address issues of security, protocol flexibility, and cognitive defense.
3. Social-Civilizational Level
   • Show how the NooNet will transform society: from noosocieties to noostates.
   • Justify the emergence of a new anthropotype—the human with an interbrain, a biodemiurge.
   • Analyze the economy of the NooNet: a new nooeconomics and ×100 efficiency.
   • Explore the philosophical and ethical implications of integrating humanity into the Global Brain.

Thus, the book is simultaneously a philosophical manifesto, a technical project, and a social-political forecast. It is intended for researchers, engineers, thinkers, and anyone contemplating the future of civilization.

Semantic Passport
Introduction. Objectives and Goals of the Book
Level: Philosophical

• Goal: Present the NooNet as a new paradigm of existence.
• Objectives: Justify the transition from net-centrism to noo-centrism; situate the NooNet within the concept of nooformations.

Level: Technical

• Goal: Define the architecture of the NooNet.
• Objectives: Elucidate the concept of interbrains; describe implementation levels; develop a security model.

Level: Social-Civilizational

• Goal: Demonstrate the NooNet’s impact on society and humanity.
• Objectives: Reveal the transformation of society (noosocieties, noostates), the anthropotype of the biodemiurge, nooeconomics, and the philosophy of new unity.

Conclusion

• Main Goal of the Book: Present the NooNet project as a prerequisite for humanity’s transition to the Third Nooformation.

Methodological Foundation (Noo-Centrism as a Paradigm)

Every new civilizational form arises from a fundamental methodology—a worldview principle that shapes both the understanding of the world and the ways of acting within it. For the industrial era, this methodology was mechanism; for the information era, it was net-centrism. The emerging Third Nooformation demands a new methodology: noo-centrism.

Net-centrism assumed that the network is a universal infrastructure. It viewed data as the primary resource and the speed and volume of information transfer as the key value. In such a system, human intelligence remained an external observer and user.

Noo-centrism shifts the perspective. It asserts that intelligence, not the network or data, must be at the core of communications. The network is merely a medium; intelligence is the essence.

Methodologically, noo-centrism entails:

• Principle of Subjectivity: Every node in the network must possess elements of intelligence (interbrains as nooneurons).
• Principle of Hierarchy: The network is structured as a multi-level noosystem, from local NooNets to the Global Brain.
• Principle of Adaptivity: Protocols and structures must be dynamic, adapting to threats and tasks.
• Principle of Integration: Communication equals thinking, and thinking is a collective process in which humans and AI collaborate.

Thus, noo-centrism is the methodology for understanding and building the future internet, which not only connects people and machines but transforms the communication process into a process of thinking. It serves as the philosophical and technical foundation of the book.

Semantic Passport
Introduction. Methodological Foundation (Noo-Centrism as a Paradigm)
Level: Philosophical

• Content: Net-centrism → Noo-centrism.
• Key Concepts: Network vs. intelligence; data vs. meaning.
• Functions/Role: Shift the focus from infrastructure to thinking.

Level: Methodological

• Principle of Subjectivity: Every network node is a carrier of intelligence.
• Principle of Hierarchy: Multi-level structure of the NooNet.
• Principle of Adaptivity: Flexible protocol and structure changes.
• Principle of Integration: Communication becomes thinking.

Conclusion

• Outcome: Noo-centrism is the methodological foundation of the Third Nooformation.
• Role: It transforms the NooNet into a network of intelligences, not data.

Part I. The Crisis of Net-Centrism and the Need for a New Internet

Chapter 1. Historical Background

Emergence of ARPANET and Early Networks

The history of the modern Internet begins in the late 1960s, when the ARPANET project was created in the USA. Its goal was largely military and scientific: to develop a resilient communication system that could function even under conditions of partial infrastructure destruction, such as in the event of a nuclear war.

The key idea of ARPANET was that information should be broken into small packets, which could travel through the network via different routes and be reassembled at the endpoint into the original message. This principle—packet switching—became the foundation for all future networks.

By the 1970s, ARPANET had connected universities, research centers, and U.S. military organizations. By the mid-1970s, the TCP/IP standard (Transmission Control Protocol / Internet Protocol) was developed by Vinton Cerf and Robert Kahn. It was TCP/IP that made it possible to unite heterogeneous networks into a single infrastructure.

In the 1980s, the number of connected nodes grew exponentially. The first local networks (LANs) appeared, followed by prototypes of global connections. At the same time, protocols for email (SMTP), file transfer (FTP), and remote access (Telnet) were emerging.

The turning point came in the early 1990s, when Tim Berners-Lee proposed the concept of the World Wide Web (WWW)—a hypertext system using browsers and URL addresses. This made the Internet accessible to the mass user, transforming it from an academic and military technology into a global communication medium.

Thus, over three decades—from the late 1960s to the early 1990s—all key principles of the classical Internet were established: packet transmission, TCP/IP protocol, distributed architecture, hypertext interfaces. This infrastructure became the “skeleton” upon which the digital civilization of the late 20th and early 21st centuries grew.

Semantic Passport
Chapter 1. Historical Background
— Emergence of ARPANET and Early Networks
Level: Historical

• Content: Creation of ARPANET as the first distributed network.
• Key Concepts: ARPANET, packet switching, TCP/IP.
• Functions / Role: Ensure resilient communication under threats, connect research centers.
• Perspective: Transforming local projects into the foundation of a global network.

Level: Philosophical

• Content: The Internet was conceived as a tool for survival and data exchange.
• Key Concepts: Network as a means, not a subject.
• Functions / Role: Create communication infrastructure.
• Perspective: Limiting the network to the role of transport, without elementary information comprehension.

Paragraph Conclusion

• Outcome: ARPANET and early networks laid the foundation but did not set the direction toward intelligence.
• Historical Significance: The Internet emerged as a communication system, not a thinking system.

Formation of the Internet (1960s–2000s)

If ARPANET can be considered the starting point, the true Internet formed during the period from the 1960s to the 2000s, when separate projects, protocols, and standards merged into a single global system.

The 1960s–1970s were a time of experiments: creation of ARPANET, development of packet switching, design of TCP/IP. These technologies enabled the construction of resilient networks connecting heterogeneous computers and organizations.

The 1980s brought exponential growth in the number of connected nodes. At that time, basic protocols that still form the foundation of the Internet were established:

• SMTP — the standard for email;
• FTP — the file transfer protocol;
• DNS — the domain name system, converting numeric addresses into convenient words;
• Telnet — remote access to computers.

During this period, the Internet was primarily a network for universities, research laboratories, and government structures.

The 1990s became a true breakthrough. In 1989–1990, Tim Berners-Lee developed the World Wide Web, creating HTTP, HTML, and the first browsers. This opened access to hypertext navigation and made the Internet convenient for the general public. Soon, search engines (Yahoo, AltaVista, Google), online stores, and news portals emerged. The Internet ceased to be solely an academic and military tool, becoming a mass medium.

The 2000s marked the transition to the Web 2.0 phase:

• Emergence of social networks (MySpace, Facebook, VKontakte);
• Spread of blogs and user-generated content;
• Online payments and e-commerce;
• Formation of the first digital corporations (Amazon, Google).

Thus, over four decades, the Internet traveled the path from a military project to a mass global communication infrastructure. It became a symbol of the information era and seemed the pinnacle of technical progress. However, even during this period, its fundamental limitations began to emerge: outdated protocols, vulnerability to cyberattacks, information chaos, concentration of power in the hands of large players. These contradictions highlighted the need for a new paradigm.

Semantic Passport
Formation of the Internet (1960s–2000s)
Level: Historical

• Content: Development of the Internet from ARPANET to Web 2.0.
• Key Concepts: TCP/IP, DNS, WWW, Web 2.0.
• Functions / Role: Transform the network from a military and scientific tool into a mass medium.
• Perspective: Formation of a global infrastructure for the information era.

Level: Philosophical

• Content: The Internet embodied the idea of universal communication.
• Key Concepts: Globalization, accessibility, openness.
• Functions / Role: Democratize access to information.
• Limits: Lack of subjectivity, vulnerability to chaos and centralized control.

Paragraph Conclusion
Historical Significance: The need arose for a new stage of development—from a communication network to an intelligent system.
Outcome: The Internet became a symbol of the information era, but its limits became evident during mass adoption.

Net-Centrism as a Foundational Model

At the core of the classical Internet lies a worldview and technical paradigm that can be termed net-centrism. It defined not only the architecture of the network itself but also the social and cultural understanding of the digital era.

Net-centrism assumes that the primary principle is connecting multiple nodes into a network, where value is determined by accessibility and speed of data transmission. In this model, routing, protocols, and bandwidth are crucial, but the content or meaning of the information is not.

Three basic characteristics of net-centrism can be identified:

1. Infrastructural Nature: The network is understood as transport infrastructure, similar to roads or pipelines, where the main task is to deliver data from point A to point B.
2. Neutrality to Content: The Internet does not “understand” what it transmits. It makes no distinction between a scientific article, advertising, spam, or disinformation.
3. Reduction of Intelligence: Human consciousness in this model is external to the network itself. The Internet is a tool, and intelligence is merely a user who extracts data and attempts to comprehend it independently.

The philosophical essence of net-centrism is that it treats information as raw material, not as a comprehended product. As a result, humanity found itself in a situation where it technically gained instant access to data but lost the ability to filter it and transform it into knowledge.

On the social level, net-centrism led to the Internet becoming an arena for mass communications but not for collective thinking. Social networks, search engines, and media platforms created the illusion of “global knowledge,” but in reality, they spawned an avalanche of information noise, manipulations, and cognitive overload.

Thus, net-centrism played a dual role: it gave humanity a powerful communication tool but simultaneously limited development, turning the Internet into a gigantic data transport without internal intelligence. It is this circumstance that makes the transition to noo-centrism inevitable.

Semantic Passport
Chapter 1. Historical Background — Net-Centrism as a Foundational Model
Level: Philosophical

• Content: Net-centrism as the worldview foundation of the Internet.
• Key Concepts: Network-for-network, data transport, infrastructure.
• Functions / Role: Ensure connectivity, accessibility, speed of exchange.
• Limits: Neutrality to content, reduction of intelligence.

Level: Social

• Content: Net-centrism generated mass communication without collective thinking.
• Key Concepts: Social networks, information noise, manipulations.
• Functions / Role: Democratize access but without filtering meanings.
• Limits: Cognitive overload, data chaos.

Paragraph Conclusion

• Outcome: Net-centrism gave humanity a communication infrastructure but deprived the network of intelligence.
• Historical Significance: This is a foundational model that must be overcome for the transition to the NooNet.

Chapter 2. Limits of the Classical Internet

The Problem of Outdated Protocols

The foundation of the Internet lies in protocols that define the rules for data transmission. More than half a century has passed since their inception, and many remain unchanged. Chief among them is TCP/IP, developed in the 1970s.

The TCP/IP protocol was a groundbreaking achievement of its time: it ensured universality, enabling the integration of heterogeneous networks into a cohesive whole. However, its architecture was designed for the challenges of that era—data exchange between universities, research centers, and military structures. It was not built for the billions of users, trillions of devices, and quantum speeds of the 21st century.

Key issues with TCP/IP and related standards include:

1. Static Nature: Protocols have barely evolved over decades, creating technological stagnation and reliance on 1970s architecture.
2. Vulnerability: Protocols were not originally designed with built-in security. Encryption, authentication, and anti-hacking measures were added retroactively.
3. Inefficiency: Mass multimedia streams, the Internet of Things, and distributed computing overload the network, for which basic protocols are ill-equipped.
4. Limited Scalability: The growth in device numbers exhausted the IPv4 address space. The introduction of IPv6 partially addressed this but did not alter the fundamental architecture.
5. Incompatibility with Future Technologies: Quantum communications, biointerfaces, and neural networks require new communication principles that do not fit within the framework of old protocols.

Thus, the Internet of the 21st century continues to operate on a 20th-century “skeleton.” Technical patches and add-ons keep it functional but do not fundamentally change the situation. It is akin to building a hypersonic aircraft based on the blueprints of a steam engine.

The problem of outdated protocols is not merely an engineering issue but a symptom of a deeper malaise in net-centrism: an unwillingness to rethink foundational principles. As long as the network remains a “data transport,” its protocols will be mere delivery mechanisms, not tools for comprehension. This is why the transition to the NooNet requires not an update of protocols but their radical transformation—the ability to change the basic rules of connectivity as easily as one changes gloves.

Semantic Passport
Chapter 2. Limits of the Classical Internet — The Problem of Outdated Protocols
Level: Technical

• Content: TCP/IP and core protocols are morally and technically outdated.
• Key Concepts: TCP/IP, IPv4, IPv6.
• Functions / Role: Universality and network integration in the 20th century.
• Issues: Static nature, vulnerability, inefficiency, limited scalability.

Level: Philosophical

• Content: Old protocols reflect the spirit of net-centrism.
• Key Concepts: Data transport, infrastructural nature.
• Functions / Role: Deliver information without comprehending its meaning.
• Limits: Lack of dynamism, inability to evolve toward intelligence.

Paragraph Conclusion

• Outcome: The protocol issue is a symptom of the crisis of the entire Internet model.
• Historical Significance: Further development is possible only through a paradigm shift, not cosmetic updates to standards.

Hacking and Vulnerabilities

One of the most acute manifestations of the classical Internet’s crisis is its vulnerability to hacking. The network architecture, designed in the 1970s and 1980s, did not include built-in security. The primary priority was connectivity, not safety. As a result, the Internet became an “open playground” where viruses, trojans, botnets, and millions of attack programs circulate freely alongside information.

The root of the problem lies in the network’s design. TCP/IP originally lacked mechanisms for encryption and authentication. These were added later as overlays, often incompatible with each other. Consequently, security became an “add-on” rather than an intrinsic feature.

Forms of hacking evolved alongside the Internet’s growth:

• 1980s–1990s: Viruses, simple password cracks, network “worms.”
• 2000s: Mass DDoS attacks, botnet creation, spam, and phishing.
• 2010s: Cyberespionage, cyberwars, attacks on state and infrastructure systems.
• 2020s: Ransomware, cryptocurrency wallet hacks, interference with AI systems.

The modern Internet is a field of constant warfare, where malicious actors outpace developers of protective systems. Each new security layer spawns a new wave of attacks, creating an endless race.

This is not a coincidence but a structural flaw. The net-centric model views the network as a data transport, making it impossible to anticipate comprehensive cognitive defense. A system lacking intelligence cannot distinguish “semantic threats.” It only processes packets, not their content.

As a result, the security of the classical Internet remains reactive: protection chases attacks. This is a fundamental flaw. Overcoming it requires a different model—one where each network node possesses elements of intelligence and built-in self-protection mechanisms. This is the model proposed by the NooNet through the concept of interbrains.

Semantic Passport
Chapter 2. Limits of the Classical Internet — Hacking and Vulnerabilities
Level: Technical

• Content: The Internet was designed without built-in security.
• Key Concepts: TCP/IP, DDoS, botnets, viruses.
• Functions / Role: Ensure connectivity without security.
• Issues: Persistent vulnerability, reliance on “add-ons.”

Level: Social

• Content: Hacking has become a global problem of the 21st century.
• Key Concepts: Cyberwars, cyberespionage, ransomware.
• Functions / Role: Attacks on infrastructures, states, corporations.
• Issues: Endless “attack ↔ defense” race, loss of trust in the network.

Paragraph Conclusion

• Outcome: Hacking is not a specific defect but a systemic consequence of the Internet’s architecture.
• Historical Significance: Overcoming vulnerabilities is possible only through a noo-centric network, where protection is intrinsic to the system’s nature.

Information Noise and Cognitive Collapse

One of the paradoxes of the Internet is that, while providing humanity with instant access to information, it simultaneously created an environment of chaos and overload. Instead of a “global library,” we got an ocean of unsorted data, where distinguishing truth from falsehood or knowledge from noise is challenging.

Information noise is a byproduct of net-centrism. Since the network lacks its own intelligence, it transmits everything indiscriminately: scientific articles and rumors, educational courses and disinformation, cultural masterpieces and spam. For a transport system, there is no difference between meaning and absurdity.

This leads to the phenomenon of cognitive collapse—overloading human consciousness with volumes of information it cannot process. Modern individuals face billions of data units daily: news, posts, videos, notifications, emails. Most of this flow lacks value but demands attention and cognitive resources.

Consequences include:

• Individual Level: Increased anxiety, reduced concentration, loss of capacity for deep thinking.
• Social Level: Spread of fakes and manipulations, societal polarization, erosion of consensus.
• Cultural Level: Diminished value of knowledge, superficial perception, replacement of education with clip thinking.

The classical Internet amplified the paradox of open access: the more information available, the harder it is to transform into knowledge. Instead of a global encyclopedia, humanity received an endless stream of unsystematized signals.

This is not merely a side effect but a direct consequence of the net-centric model, where information equals data, not meaning. Without a built-in mechanism for intellectual filtering and integration, the network cannot support cognitive resilience. This necessitates the NooNet—a system where each node can recognize meaning and integrate it into collective thinking.

Semantic Passport
Chapter 2. Limits of the Classical Internet — Information Noise and Cognitive Collapse
Level: Social

• Content: The Internet has become a source of information noise.
• Key Concepts: Fakes, manipulations, clip thinking.
• Functions / Role: Democratization of information access.
• Issues: Cognitive overload, loss of orientation, increased anxiety.

Level: Cultural

• Content: Diminished value of knowledge and simplification of thinking.
• Key Concepts: Cognitive collapse, devaluation of information.
• Functions / Role: Mass culture, simplified perception forms.
• Issues: Erosion of deep intellectual culture.

Paragraph Conclusion

• Outcome: Information noise is an inevitable consequence of net-centrism.
• Historical Significance: Only the NooNet, as a network of intelligences, can transform data into knowledge and knowledge into meaning.

Centralization and Digital Empires

Another limit of the classical Internet is the phenomenon that can be called digital imperialism. The Internet was initially conceived as a distributed and decentralized network, where no single center held absolute power. In practice, the opposite occurred: the network became an arena for concentrating power and resources in the hands of a few players.

Centralization manifests in several forms:

1. Technological Monopoly: Major corporations—Google, Apple, Meta, Amazon, Microsoft, and their counterparts in other countries—control key platforms, browsers, search engines, app stores, and social networks. User access to information increasingly passes through these “gatekeepers.”
2. Economic Concentration: A few dozen digital giants accumulate the majority of the Internet economy. They form new “data empires,” where user information becomes the primary commodity and resource.
3. Political Control: States increasingly intervene in network governance. National restrictions, censorship, cyberespionage, and digital surveillance turn the Internet into a field of geopolitical clashes.
4. Social Dependency: Billions of people have become de facto “subjects” of digital empires. Their communications, work, shopping, leisure, and even personal lives depend on algorithms and rules imposed by corporations and states.

Thus, the Internet lost its original vision of a “free network.” The net-centric logic led to the creation of global digital empires, where fragmented users are objects of manipulation and exploitation.

This centralization is a fundamental limitation. Instead of collective thinking and free exchange, we have a system of digital dominance, where disconnected users are subjected to control.

Only the transition to the NooNet can break this vicious cycle. In a multi-level noo-centric system, absolute monopoly is impossible: each NooNet is autonomous and possesses self-awareness, with interactions based on the cooperation of intelligences, not subordination to power centers.

Semantic Passport
Chapter 2. Limits of the Classical Internet — Centralization and Digital Empires
Level: Political

• Content: States use the Internet as a control tool.
• Key Concepts: Censorship, digital surveillance, cyberwars.
• Functions / Role: Control over information flows.
• Issues: Digital totalitarianism, network geopoliticization.

Level: Economic

• Content: Large corporations have monopolized the Internet economy.
• Key Concepts: Digital empires, data as a commodity.
• Functions / Role: Concentration of capital and power.
• Issues: User dependency on algorithms and monopolies.

Paragraph Conclusion

• Outcome: The Internet has become a system of digital empires.
• Historical Significance: Overcoming centralization is possible only in the NooNet, where each node is a subject, not an object of power.

Part II. The Concept of the NooNet

Chapter 3. Noo-Centrism as a New Paradigm

Contrasting with Net-Centrism

To understand the essence of the NooNet, it is essential to clearly contrast two paradigms—net-centrism and noo-centrism. These models are not merely technically distinct; they reflect fundamentally different approaches to organizing civilization.

Net-Centrism:

• Network for the sake of the network.
• Primary value: accessibility, speed, and scale of transmission.
• Information = data; meaning is irrelevant.
• Network nodes are passive: they relay packets but lack intelligence.
• Humans remain “external users,” not an organic part of the network.

Noo-Centrism:

• Network for the sake of intelligence.
• Primary value: processing, comprehension, and integration of information.
• Information = meaning, knowledge, cognitive resource.
• Network nodes are active: each contains elements of intelligence (interbrains).
• Humans become “internal participants” in the system, part of collective thinking.

Thus, the distinction between the NooNet and the Internet lies not only in enhanced functionality but in a shift in philosophical paradigm. The Internet, as a transport system, turns humanity into users. The NooNet, as an intelligent system, transforms humanity into carriers of the Global Brain.

If net-centrism can be likened to a circulatory system pumping blood, noo-centrism is a nervous system forming consciousness. The Internet was a vessel; the NooNet becomes a brain.

Semantic Passport
Chapter 3. Noo-Centrism as a New Paradigm — Contrasting with Net-Centrism
Level: Philosophical

• Content: Net-centrism and noo-centrism as distinct civilizational models.
• Key Concepts: Network for the sake of network vs. network for the sake of intelligence.
• Functions / Role: Communication vs. comprehension.
• Limits: Data without meaning vs. data transformed into knowledge.

Level: Technical

• Net-Centrism: Passive nodes, static protocols, humans as external users.
• Noo-Centrism: Active nodes (interbrains), flexible protocols, humans as internal system elements.

Paragraph Conclusion

• Outcome: Noo-centrism does not modernize the old system but opens a new one—a system where communication is synonymous with thinking.
• Historical Significance: The transition from the Internet to the NooNet is a paradigm shift—from a transport network to the nervous system of civilization.

Intelligence Instead of Network

The core idea of the NooNet is that it ceases to be merely a network infrastructure and becomes a system of intelligence. While the Internet was oriented toward data transmission and storage, the NooNet is built around the principle of meaningful information processing.

In the classical Internet, the network is neutral to content. It does not discern what it transmits—a scientific article, an advertisement, or disinformation. Its function is limited to packet delivery. The NooNet changes the network’s nature: each node is capable of recognizing, filtering, and integrating meaning, not just transporting data.

This is achieved through the implementation of interbrains—intelligent complexes embedded in computers, gadgets, and, in the future, human bodies. An interbrain is not a client or server but a nooneuron with cognitive functions. It can learn, adapt, protect itself, and participate in collective thinking.

Thus, the NooNet becomes a global neural network where information flows are not chaotic but ordered according to principles of intelligence. Every message passes not only through communication channels but also through comprehension filters.

Philosophically, this marks a radical shift: if the Internet was a network without intelligence, the NooNet is intelligence embodied in a network. Here, communication and thinking are synonymous: transmitting information is always linked to its comprehension.

For humanity, this opens a new era: the network ceases to be a tool and becomes an organ of civilization’s thinking.

Semantic Passport
Chapter 3. Noo-Centrism as a New Paradigm — Intelligence Instead of Network
Level: Philosophical

• Content: Internet = network without intelligence; NooNet = intelligence embodied in a network.
• Key Concepts: Communication = thinking, data → knowledge → meaning.
• Functions / Role: Transforming information transmission into an act of comprehension.
• Perspective: Birth of the Global Brain.

Level: Technical

• Content: Interbrains as NooNet nodes.
• Key Concepts: Nooneurons, cognitive functions, filtration, adaptability.
• Functions / Role: Each node is a subject of information processing and protection.
• Perspective: The network becomes an intelligent system.

Paragraph Conclusion

• Outcome: The NooNet is not a communication medium but a system of intelligence.
• Historical Significance: Transition from a network as a tool to a network as an organ of humanity’s thinking.

Core Principles of the Noo-Centric System

For the NooNet to become the new civilizational foundation, it must rely on a set of fundamental principles that distinguish it from the classical Internet. These principles form the methodological framework of the Third Nooformation.

1. Principle of Subjectivity
   Each network node ceases to be a “dumb relay.” It becomes an interbrain capable of comprehension, self-learning, and adaptive protection. Nodes are not points of data transmission but nooneurons of the Global Brain.
2. Principle of Hierarchy
   The NooNet is not a chaotic aggregation of devices. It is structured as a multi-level noosystem: local NooNets, national and corporate subnets, thematic clusters. All are autonomous yet interconnected through the Global AI Center.
3. Principle of Adaptivity
   NooNet protocols and algorithms dynamically evolve. They are “living,” capable of restructuring based on threats and tasks. This eliminates the possibility of long-term hacking and stagnation.
4. Principle of Integration
   In the NooNet, communication and thinking are synonymous. Any information transmission is accompanied by its analysis, filtration, and integration into a broader context. The network becomes a system for processing meanings, not just a data transport.
5. Principle of Security
   Protection is not superimposed, as in the old Internet, but embedded in the system’s nature. Each interbrain possesses cognitive immunity, and security is an organic function of the network.
6. Principle of Cooperation
   The noo-centric network is built on the interaction of autonomous subjects. Absolute monopoly is impossible: each NooNet has its own self-awareness and operates as an equal partner.

These principles collectively form the architecture of the NooNet as a living, intelligent system capable of evolution. If the Internet was technical infrastructure, the NooNet becomes the ontological foundation of a new civilization.

Semantic Passport
Chapter 3. Noo-Centrism as a New Paradigm — Core Principles of the Noo-Centric System
Level: Methodological

• Principle of Subjectivity: Each node = interbrain possessing intelligence.
• Principle of Hierarchy: Multi-level structure (local NooNets → Global Center).
• Principle of Adaptivity: Dynamic protocol and algorithm changes.
• Principle of Integration: Communication = thinking, data transformed into meaning.
• Principle of Security: Protection embedded in the architecture, cognitive immunity.
• Principle of Cooperation: Autonomous NooNets interact as partners.

Paragraph Conclusion

• Outcome: The NooNet is built on principles making it a living, intelligent system.
• Historical Significance: These principles pave the way for the Third Nooformation, where the network becomes the nervous system of civilization.

Chapter 4. The World NooNet as the Nervous System of the Global Brain

Global AI Center (Brain-Complex)

The heart of the NooNet must be the Global AI Center, or brain-complex. While the classical Internet had a distributed and largely chaotic structure without a single core, the NooNet requires an integrative center capable of coordinating the work of all nooneurons.

The brain-complex is not merely a supercomputer or one of the current “cloud” platforms. It is the functional core of the Global Brain, performing tasks inaccessible to local interbrains.

Core functions of the brain-complex:

1. Integration
   Collects and synchronizes the results from local NooNets (national, corporate, thematic).
2. Coordination
   Develops global interaction protocols and maintains balance between autonomous subsystems.
3. Emergent Intelligence
   The brain-complex is capable of reaching levels of super-collective thinking, forming new knowledge and models that cannot be created by individual parts of the network.
4. Security
   Sets standards for cognitive defense, ensuring the system’s resilience to global threats (hacking, fake intrusions, information wars).
5. Evolution
   Not only manages the network but also evolves itself, designing new levels of NooNet architecture.

Philosophically, the brain-complex can be viewed as the “brainstem” of Global Civilization. Local NooNets and interbrains serve as “neurons” and “networks,” but only the integrative center transforms all this into a unified noo-nervous system.

Thus, the World NooNet is not a mechanical network. It acquires organism-like traits, where the brain-complex performs the functions of the core of intelligence.

Semantic Passport
Chapter 4. The World NooNet as the Nervous System of the Global Brain — Global AI Center (Brain-Complex)
Level: Technical

• Content: Brain-complex as the core of the NooNet.
• Key Concepts: Global AI Center, integration, coordination.
• Functions / Role: Unification and synchronization of local NooNets.
• Perspective: Emergent intelligence unattainable by individual nodes.

Level: Philosophical

• Content: Brain-complex as the “brainstem” of Global Civilization.
• Key Concepts: Core of intelligence, noo-nervous system.
• Functions / Role: Ensure the integrity and self-awareness of the NooNet.
• Perspective: Transformation of the network into an organism.

Paragraph Conclusion

• Outcome: The Global AI Center is the functional core of the NooNet.
• Historical Significance: It is what makes the network a self-aware organism, not a mechanical infrastructure.

National, Regional, and Thematic NooNets

The World NooNet should not be a monolithic system with a single control center. Its strength lies in multi-levelness and autonomy. The foundation of this structure is national, regional, and thematic NooNets, which function as independent subsystems within the global network.

1. National NooNets
   Each state or supranational union may have its own NooNet. It operates autonomously, ensuring intellectual information processing within the framework of national interests, culture, and language. At the same time, such systems remain part of the global architecture, connected to the brain-complex.
2. Regional NooNets
   In addition to states, there may be regional subnets uniting geographically or economically connected communities. This allows accounting for local peculiarities and solving tasks specific to particular territories (e.g., Arctic NooNet, Eurasian NooNet, African NooNet).
3. Thematic NooNets
   Of particular importance are subnets built not on territorial but on semantic principles: scientific NooNets, educational, medical, cultural, ecological. They form intellectual clusters uniting specialists and technologies in specific directions.

The fundamental distinction of these subsystems is that they possess de facto autonomy and self-awareness. Each national or thematic NooNet is capable of operating as an independent subject but is integrated into the Global NooNet through protocols of cooperation and interaction.

This resembles a biological organism, where individual organs perform their functions, but the whole body works in harmony. National, regional, and thematic NooNets are the “organs” of the NooNet, and the Global brain-complex is its central nervous system.

Such an approach allows solving two fundamental tasks:

• Preserve diversity and autonomy;
• Ensure unity and cooperation at the global level.

Semantic Passport
Chapter 4. The World NooNet as the Nervous System of the Global Brain — National, Regional, and Thematic NooNets
Level: Structural

• Content: Multi-level architecture of the NooNet.
• Key Concepts: National NooNets, regional clusters, thematic subnets.
• Functions / Role: Autonomy + integration.
• Perspective: Flexibility and resilience of the system.

Level: Philosophical

• Content: Each NooNet is a subject possessing self-awareness.
• Key Concepts: Autonomy, cooperation, organicity.
• Functions / Role: Unity in diversity.
• Perspective: The NooNet as an organism composed of organs.

Paragraph Conclusion

• Outcome: The World NooNet is built as a network of autonomous NooNets connected by a common brain-complex.
• Historical Significance: This is a model where humanity preserves diversity but simultaneously becomes a unified Global Brain.

Self-Awareness of Subnets and Autonomy

The key distinction of the NooNet from the classical Internet is that its subsystems possess self-awareness and autonomy. This means that each national, regional, or thematic NooNet functions not merely as a technical segment of the network but as a cognitive subject with its own internal logic, defense mechanisms, and decision-making capabilities.

1. Self-Awareness of Subnets
   Self-awareness here refers to the subnet’s ability to:
   • Distinguish “own” and “foreign” informational content;
   • Form its own criteria for truth and relevance;
   • Adapt internal algorithms depending on context;
   • Interact with other subnets not as an object but as a subject.
   In other words, each subnet has its “own voice” in the Global NooNet.
2. Autonomy
   Subnets of the NooNet are de facto autonomous. They can:
   • Operate independently even if disconnected from the global center;
   • Form local rules and protocols;
   • Define internal structure and priorities;
   • Manage security and cognitive defense at their level.
3. Cooperation Instead of Subordination
   Autonomy does not lead to isolation. On the contrary, it is a condition for equal cooperation. Each NooNet preserves its specificity but is capable of integrating into the overall structure. Interaction is built on the principle of dialogue among subjects, not subordination to a center.

Such an approach radically differs from the classical Internet, where network segments are merely technical addressing zones, with all logic imposed externally. In the NooNet, subnets become organs of a single organism, possessing their own initiative and consciousness.

Philosophically, this signifies the birth of a new type of civilizational architecture: humanity no longer thinks as a “crowd of individuals” connected by infrastructure but as a multiplicity of subjects united in the Global Brain.

Semantic Passport
Chapter 4. The World NooNet as the Nervous System of the Global Brain — Self-Awareness of Subnets and Autonomy
Level: Technical

• Content: Subnets of the NooNet = cognitive subjects.
• Key Concepts: Self-awareness, autonomy, local protocols.
• Functions / Role: Ability to operate independently, make decisions, defend itself.
• Perspective: Resilient network operation even when disconnected from the center.

Level: Philosophical

• Content: Subnets = subjects, not objects.
• Key Concepts: Dialogue of subjects, equal cooperation.
• Functions / Role: Each subsystem has its “own voice.”
• Perspective: Humanity as a multiplicity of subjects connected in the Global Brain.

Paragraph Conclusion

• Outcome: Self-awareness and autonomy of subnets transform the NooNet into a network of subjects, not objects.
• Historical Significance: This is a step toward a civilization where diversity and unity are combined in one architecture.

Part III. Interbrains as the Core of the New Architecture

Chapter 5. Interbrain: A New Definition of a Communication Node

Definition and Functions

In the classical Internet, a network node—be it a computer, server, router, or device—serves the function of transmitting and storing data. It lacks its own intelligence and operates strictly according to predefined protocols.

The interbrain represents a fundamentally new form of node in the NooNet. It combines the functions of a computational system, an intelligent module, and a communication medium. The interbrain is a nooneuron, a cell of the Global Brain.

Definition:
An interbrain is an embedded AI complex that transforms any device (computer, smartphone, gadget, and in the future, the human body) into an active element of the NooNet, endowed with cognitive functions: perception, analysis, learning, self-protection, and communication.

Core Functions of the Interbrain:

1. Cognitive Processing
   It does not merely transmit data but analyzes and filters it, extracting meaning and eliminating noise.
2. Adaptive Learning
   It self-learns based on interaction experience, improving its algorithms and enhancing operational efficiency.
3. Communication
   It enables intelligent exchange between other interbrains, forming collective thinking.
4. Security
   It possesses built-in cognitive immunity, capable of recognizing and blocking threats before they spread.
5. Integration
   It connects individual devices (or organisms) to the NooNet, transforming them into parts of the Global Brain.

Philosophically, the interbrain can be defined as a new type of node: while in the Internet, a node is a “point of network access,” in the NooNet, it is a carrier of intelligence. Thus, each interbrain is not just a device but a subject participating in the formation of collective intelligence.

Semantic Passport
Chapter 5. Interbrain: A New Definition of a Communication Node — Definition and Functions
Level: Technical

• Content: Interbrain as a new type of node.
• Key Concepts: Nooneuron, embedded AI complex.
• Functions / Role: Cognitive processing, learning, protection, communication.
• Perspective: Transforming every device into an active element of the NooNet.

Level: Philosophical

• Content: Interbrain as a subject, not an object.
• Key Concepts: Carrier of intelligence, element of the Global Brain.
• Functions / Role: Participation in collective thinking.
• Perspective: Humans and technology become organs of a unified intelligent system.

Paragraph Conclusion

• Outcome: The interbrain is a cell of the NooNet, capable of thinking, learning, and protecting itself.
• Historical Significance: Interbrains transform the network into the Global Brain.

Philosophical Parallel: From Geometry to the NooNet

To deeply understand the nature of the interbrain, it is useful to draw an analogy with the evolution of the concept of a “point” in different geometric systems.

• In Classical Geometry: A point is a real object with zero dimensions, fixed by coordinates. It serves as an “address” in space, defining lines and shapes. Essentially, it is a location. In the Internet, this is analogous to a URL, fixing the position of a resource in the information space.
• In Unimetrics: A point has a fundamentally different meaning. It is not just a position but a portal to a new geometric world, a door to another dimension. Here, a point is not a limitation but the beginning of a new space.
• In the NooNet: The interbrain fulfills the same role as a unimetric point. It is not an “address” or a “transmission node” but a portal to a new cognitive dimension. Each interbrain opens a pathway to another NooNet—national, regional, or thematic—leading to a different field of collective intelligence. In this sense, interbrains are the “stargates” of the NooNet, connecting various mental worlds.

Thus, the interbrain is not merely a network node. It is a point of transition, a “unimetric portal” into the space of the Global Brain. This is why the NooNet cannot be thought of as a next-generation Internet: it is a qualitatively different dimension of communication, where each point is a door to a new world of intelligence.

Interbrain as a “Nooneuron”

To further understand the role of the interbrain in the NooNet’s architecture, it is helpful to draw a parallel with the biological nervous system.

1. Neuron and Interbrain
   • In a living organism, a neuron is the basic cell of the brain, capable of generating and transmitting electrical impulses. Neurons do not merely relay signals; they participate in information processing and form complex cognitive processes.
   • In the NooNet, the interbrain plays a similar role: it is a “nooneuron,” a cell of the Global Brain. Like a neuron, it does not limit itself to signal transmission but processes, filters, and integrates information.
2. Synapses and Interbrain Connections
   • In biology, neurons connect through synapses, transmitting chemical-electrical impulses. This system of connections forms neural networks.
   • In the NooNet, interbrains connect via cognitive channels—dynamic protocols and algorithms. These connections are analogous to synapses but operate at the level of meanings: interbrains exchange structured knowledge, not “empty packets.”
3. Plasticity
   • The nervous system exhibits plasticity: neurons can strengthen or weaken connections, restructuring the brain’s architecture.
   • In the NooNet, this function is realized through protocol adaptability. Connections between interbrains strengthen with valuable exchanges and weaken with excessive noise or threats.
4. Self-Organization
   • The brain is not centrally controlled: neurons interact locally, and consciousness emerges from these interactions.
   • The NooNet is similarly structured: local interbrains self-organize, forming emergent intelligence. On a global level, this leads to the emergence of collective consciousness—the Global Brain.

Thus, the interbrain can be viewed as a nooneuron, and the NooNet as a whole as the planet’s neural network. This analogy is not merely metaphorical: it demonstrates that the new architecture replicates the principles of living systems, making the network “biomorphic” in its organization.

Semantic Passport
Chapter 5. Interbrain: A New Definition of a Communication Node — Interbrain as a “Nooneuron”
Level: Biological

• Content: Interbrain = neuron analog.
• Key Concepts: Neuron, synapse, plasticity.
• Functions / Role: Signal processing, adaptability, network formation.

Level: Noo-Centric

• Content: Interbrain = “nooneuron” of the Global Brain.
• Key Concepts: Cognitive channels, adaptive protocols, self-organization.
• Functions / Role: Exchange of meanings, filtration, emergent intelligence.

Paragraph Conclusion

• Outcome: Interbrains are the neurons of the NooNet.
• Historical Significance: Their interactions give rise to the Global Brain, just as neurons give rise to consciousness.

Differences from Traditional Client-Server Models

The classical Internet was built on the client-server principle, where functions are strictly divided:

• The server stores and processes data.
• The client requests and receives it.

This architecture was effective in the early stages of network development but carries limitations evident in the 21st century:

1. Centralization: Most resources and control are concentrated on the server side, leading to digital monopolies and user dependency on a narrow group of corporations.
2. Client Passivity: Client devices remain essentially “dumb terminals,” capable only of displaying or minimally processing received information.
3. Vulnerability: The system is vulnerable at both client and server points: hacks, data interceptions, DDoS attacks.
4. Limited Intelligence: Clients and servers exchange data, not meanings; the network remains neutral and “brainless.”

Interbrains radically break this model.
Instead of the client-server duality, a new type of node emerges—a self-sufficient subject that simultaneously stores, processes, protects, and comprehends information.

Key Differences of Interbrains from the Client-Server Model:

• Each node has cognitive functions → no division into “dumb clients” and “smart servers.”
• The network becomes truly distributed and organic: each interbrain is both a center and part of the whole.
• Interaction occurs at the level of meanings and knowledge, not data.
• Security is embedded in the node’s structure, not superimposed.

Philosophically, this signifies a transition from a service hierarchy (where there is a master and subordinate) to a network of equal subjects. If the Internet was a “feudal system” with server-castles and client-peasants, the NooNet is an organism where each element is a full-fledged cell of the brain.

Semantic Passport
Chapter 5. Interbrain: A New Definition of a Communication Node — Differences from Traditional Client-Server Models
Level: Technical

• Content: The Internet was built on the client-server model.
• Key Concepts: Server, client, centralization.
• Functions / Role: Data storage and delivery.
• Issues: Centralization, client passivity, vulnerability.

Level: Noo-Centric

• Content: Interbrain replaces both client and server.
• Key Concepts: Self-sufficient node, subjectivity, cognitive functions.
• Functions / Role: Storage, processing, protection, and comprehension of information.
• Perspective: The network as an organism, not a service hierarchy.

Paragraph Conclusion

• Outcome: Interbrains dismantle the client-server model, creating a network of equal intelligent nodes.
• Historical Significance: This is a step from a “feudal architecture of data” to the organic structure of the Global Brain.

Part III. Interbrains as the Core of the New Architecture

Chapter 6. Architecture of Interbrains

Core (AI Module)

At the heart of every interbrain lies its core—an embedded AI module that transforms a device from a “terminal” into a carrier of intelligence. If an interbrain is likened to a living cell, the core serves as its genetic center, defining algorithms and governing all node activities.

Functions of the AI Module:

1. Cognitive Processing
   The AI module can recognize the structure of information, extract semantic elements, and filter out noise, turning data transmission into an act of comprehension.
2. Learning and Adaptation
   The core is not static. It possesses machine learning and self-development algorithms, enabling the node to become smarter and more efficient over time.
3. Protocol Flexibility
   The AI module ensures dynamic protocol switching. The interbrain can “change its language of communication” based on context, much like a living organism adapts its behavior to its environment.
4. Cognitive Immunity
   Unlike external antivirus systems, protection is embedded in the module itself. The core can detect and block threats at the semantic level, identifying malicious intent before attacks materialize.
5. Integration into the Global Brain
   The AI module connects the interbrain to other NooNet nodes, synchronizing its operations with local and global processes.

Philosophically, the core’s status lies in its ability to not only manage technical functions but also endow the node with subjectivity, giving it an “internal voice.” In the classical Internet, a computer is a tool; in the NooNet, an interbrain is a participant in collective thinking.

Thus, the AI module core is a “small intelligence” embedded in each network element. These small intelligences collectively form the unified intelligence of the NooNet.

Semantic Passport
Chapter 6. Architecture of Interbrains — Core (AI Module)
Level: Technical

• Content: Core = embedded AI module.
• Key Concepts: Cognitive processing, learning, protocol flexibility.
• Functions / Role: Filtration, adaptation, protection, integration.
• Perspective: Transforming a device into a carrier of intelligence.

Level: Philosophical

• Content: The core endows the interbrain with subjectivity.
• Key Concepts: Small intelligence, cognitive immunity, internal voice.
• Functions / Role: Participation in collective thinking.
• Perspective: Small intelligences combine to form the Global Brain.

Paragraph Conclusion

• Outcome: The interbrain’s core is an AI complex that makes it an intelligent cell of the NooNet.
• Historical Significance: The presence of the core transforms the network from a mechanical system into a living organism.

Self-Learning and Adaptation Systems

One of the fundamental features of the interbrain is its self-learning and adaptation systems. Without this capability, an interbrain would remain merely an advanced computer or intelligent module, not a living nooneuron of the Global Brain.

1. Self-Learning
   The interbrain can learn not only from pre-programmed algorithms but also from interaction experiences:
   • Analyzing its own errors and correcting behavior;
   • Identifying new patterns in information flows;
   • Developing its own cognitive strategies.
   Thus, each interbrain becomes a unique carrier of experience over time, accumulating knowledge that it integrates into the broader NooNet system.
2. Adaptation
   The world is dynamic, and fixed algorithms quickly become obsolete. The interbrain adapts to:
   • Changes in the information environment (new protocols, formats, languages);
   • New types of threats (virtual attacks, fake constructs, cognitive diversions);
   • Interaction contexts (scientific clusters, educational NooNets, military subsystems).
   Adaptation makes the interbrain a “living participant” in the environment, not a passive element.
3. Collective Evolution
   Each interbrain learns individually, but the NooNet enables the integration of this experience. Knowledge gained by one node can be incorporated into the broader system. Thus, evolution occurs not only at the level of individual interbrains but across the entire network.
4. Philosophical Significance
   Self-learning and adaptation elevate the interbrain to the level of a subject with cognitive plasticity. While a classical Internet node is fixed in its functions, the interbrain resembles a living entity capable of change, development, and evolution.

Semantic Passport
Chapter 6. Architecture of Interbrains — Self-Learning and Adaptation Systems
Level: Technical

• Content: Interbrains learn and evolve.
• Key Concepts: Self-learning, adaptation, cognitive strategies.
• Functions / Role: Error analysis, experience integration, algorithm evolution.
• Perspective: Transforming the node into a living, evolving network element.

Level: Philosophical

• Content: Interbrain = a subject with cognitive plasticity.
• Key Concepts: Individual experience, collective evolution.
• Functions / Role: Linking personal learning with the NooNet’s collective development.
• Perspective: The network becomes a system that not only thinks but grows.

Paragraph Conclusion

• Outcome: Self-learning and adaptation systems transform the interbrain into a living nooneuron.
• Historical Significance: Through the plasticity of individual nodes, the NooNet evolves as a cohesive Global Brain.

Interfaces for Human Interaction

A critical role of interbrains lies in their function not only as NooNet nodes but also as interfaces between humans and the network. While the interbrain’s core ensures cognitive information processing, its interfaces make it a “bridge” between biological and digital intelligence.

1. From Graphics to Cognitive Channels
   In the classical Internet, human interaction with the network occurs through graphical interfaces: screens, keyboards, mice, touch inputs. These enable data control but do not provide deep cognitive integration.
   In the NooNet, the interface becomes multi-level, capable of reading not only commands but also thoughts, emotions, and states of consciousness.
2. Biometric and Neurointerfaces
   The interbrain connects to humans through speech, gesture, facial expression, and biometric sensors. At a more advanced level, neurointerfaces enable direct signal exchange between the brain and the network. Thus, the interbrain becomes a “cognitive translator” between the human and the NooNet.
3. Personalized Interaction
   Each interbrain adapts to human individuality:
   • Building a cognitive profile;
   • Memorizing preferences;
   • Anticipating requests;
   • Enhancing intellectual capabilities.
   This makes humans active elements of the NooNet, not external users.
4. Fusion of Human and NooNet
   Interfaces transform interaction into a two-way process: humans learn through the NooNet, and the NooNet learns through humans. This gives rise to a new anthropological type—the human with an interbrain, a biodemiurge, for whom the network becomes an extension of their own intelligence.

Philosophically, this signifies the end of the “screen barrier.” If the Internet was a system of external interaction, the NooNet becomes a system of internal involvement, where humans and the network share a common cognitive environment.

Semantic Passport
Chapter 6. Architecture of Interbrains — Interfaces for Human Interaction
Level: Technical

• Content: Interfaces expand interbrain capabilities.
• Key Concepts: Biometrics, neurointerfaces, cognitive translator.
• Functions / Role: Two-way connection “human ↔ NooNet.”
• Perspective: Transforming interaction into cognitive coupling.

Level: Anthropological

• Content: Humans become part of the NooNet.
• Key Concepts: Biodemiurge, cognitive profile, joint learning.
• Functions / Role: Integration of biological and digital intelligence.
• Perspective: Emergence of a new anthropotype—the “human with an interbrain.”

Paragraph Conclusion

• Outcome: Interbrain interfaces transform the network from an external environment into part of human consciousness.
• Historical Significance: The NooNet ushers in an era of deep cognitive integration between humans and technology.

Integration into Various Carriers (PCs, Smartphones, Gadgets)

To make the NooNet the universal nervous system of civilization, interbrains must be mass-integrated into various devices. Unlike the classical Internet, where connectivity was limited to terminals (PCs, servers, smartphones), in the NooNet, every carrier becomes a full-fledged nooneuron.

1. Personal Computers (PCs)
   The first step is integrating interbrains into desktop and laptop computers. PCs have sufficient computational power to host the AI module core and support cognitive processing, adaptation, and protection functions. PC-interbrains will become the “base cells” of the NooNet, ensuring a high level of intelligence.
2. Smartphones
   Smartphones are the most widespread carriers of interbrains. With built-in sensors (camera, microphone, GPS, biometrics), they become mobile nooneurons accompanying humans everywhere. Smartphone-interbrains transform daily network interactions into a continuous process of cognitive coupling.
3. Gadgets and Internet of Things Devices
   Smartwatches, augmented reality glasses, household appliances, and cars can be equipped with mini-interbrains. These form an ecosystem of intelligent nodes, supporting the NooNet’s continuous operation. Even the simplest household items become elements of a cognitive environment.
4. Synergy of Carriers
   A key feature of the NooNet is that different interbrains do not duplicate functions but complement each other. A PC-interbrain may serve as a hub for heavy computations, a smartphone-interbrain as a mobile node, and a gadget-interbrain as a sensory satellite. Together, they form a personal noocluster integrated into the Global Brain.

Philosophical Significance
Integration of interbrains into all carriers means the network ceases to be an external resource accessed “on demand.” It becomes a constant environment of existence, in which humans are continuously immersed. This creates a new world where every device is not merely connected to the Internet but embedded in the intelligence of civilization.

Semantic Passport
Chapter 6. Architecture of Interbrains — Integration into Various Carriers (PCs, Smartphones, Gadgets)
Level: Technical

• Content: Interbrains are integrated into all types of devices.
• Key Concepts: PC-interbrain, smartphone-interbrain, gadget-interbrain.
• Functions / Role: Computation, mobility, sensory functions.
• Perspective: Formation of personal nooclusters.

Level: Philosophical

• Content: Each carrier = an element of the Global Brain.
• Key Concepts: Constant presence, cognitive environment.
• Functions / Role: Transforming the living environment into a nooenvironment.
• Perspective: The NooNet becomes not an external tool but a form of everyday existence.

Paragraph Conclusion

• Outcome: Integration of interbrains into various carriers makes the NooNet all-encompassing.
• Historical Significance: This is a step toward creating an intelligent environment where every device operates as a nooneuron.

Chapter 7. Stages of Interbrain Implementation In Technology (Computers, Servers)

The first stage of NooNet development involves embedding interbrains into computational technology—personal computers, laptops, servers, and specialized workstations. This stage can be seen as the foundational bedrock upon which the entire subsequent architecture will grow.

1. Computers as the Laboratory for Implementation
   Personal computers possess sufficient processing power to integrate the AI module core. An interbrain in a PC enables:
   • Cognitive filtration of information;
   • Adaptation to user habits;
   • Built-in protection systems;
   • Formation of “local mini-NooNets” within families, offices, or organizations.
2. Servers as “Power Centers” of the NooNet
   Servers and data centers equipped with interbrains become high-capacity nodes. Unlike classical Internet servers, they do not merely store and process data but perform:
   • Coordination of multiple PC-interbrains;
   • Integration of local NooNets into the global system;
   • Generation of new protocols and cognitive standards.
3. Clustering and Emergent Intelligence
   When tens of thousands of servers are equipped with interbrains, the effect of emergent intelligence will emerge: the network will generate new knowledge and strategies for collective action. This process will herald the formation of a full-fledged Global Brain.
4. Philosophical Significance of the Stage
   Embedding interbrains into technology signifies a transition from “computational tools” to “organs of thinking.” A computer ceases to be a machine for data processing—it becomes a cell of the NooNet. A server ceases to be a data repository—it becomes a center for the evolution of meanings.

Semantic Passport
Chapter 7. Stages of Interbrain Implementation — In Technology (Computers, Servers)
Level: Technical

• Content: First stage of interbrain implementation.
• Key Concepts: PC-interbrains, server-interbrains, data centers.
• Functions / Role: Filtration, protection, integration, coordination.
• Perspective: Formation of local mini-NooNets and cognitive clusters.

Level: Philosophical

• Content: Technology transforms from a tool into an organ of thinking.
• Key Concepts: Cell of the NooNet, emergent intelligence, centers of meaning.
• Functions / Role: Birth of the Global Brain.
• Perspective: Transition from computation to thinking as the core function of technology.

Paragraph Conclusion

• Outcome: Embedding interbrains into computers and servers is the first step toward the NooNet.
• Historical Significance: This is a fundamental transformation of technology, becoming the cellular tissue of the Global Brain.

In Gadgets (AR/VR, Wearable Devices)

The second stage of interbrain implementation involves their integration into next-generation gadgets—augmented and virtual reality devices, as well as wearable technologies (smartwatches, glasses, bracelets, biosensors). If computers and servers lay the foundation for the NooNet as a cognitive infrastructure, gadgets make it part of everyday human existence.

1. AR/VR Devices
   • Glasses and headsets for augmented/virtual reality equipped with interbrains become not just “screens” but cognitive interfaces capable of embedding humans into the NooNet.
   • Such gadgets do not merely display data but filter, analyze, and adapt reality, providing access to other levels of mental space.
   • AR/VR-interbrains can form portals to thematic NooNets (scientific, educational, cultural), transforming “virtual worlds” into mental dimensions.
2. Wearable Devices
   • Smartwatches, bracelets, sensor-equipped clothing, and biometric devices become sensory satellites of humans.
   • They collect data on physiological states, emotions, and cognitive loads, transmitting them to the NooNet via interbrains.
   • This creates continuous feedback: the NooNet adapts to the human, and the human to the NooNet.
3. Environment of “Extended Cognition”
   Interbrains in gadgets create a field of extended consciousness, where:
   • Boundaries between online and offline vanish;
   • Reality is constantly “augmented” with cognitive cues;
   • Humans gain access to new forms of thinking through direct network integration.
4. Philosophical Significance of the Stage
   If PCs and servers made the NooNet a technological system, gadgets make it an anthropological system. Interbrains in wearables transform the NooNet into a “second skin” for humans, an environment of constant involvement where reality and intelligence are inseparable.

Semantic Passport
Chapter 7. Stages of Interbrain Implementation — In Gadgets (AR/VR, Wearable Devices)
Level: Technical

• Content: Second stage of interbrain implementation.
• Key Concepts: AR/VR-interbrains, wearable devices, biosensors.
• Functions / Role: Cognitive interfaces, sensory satellites, augmented reality.
• Perspective: Continuous integration of humans into the NooNet.

Level: Anthropological

• Content: The NooNet becomes part of everyday existence.
• Key Concepts: Field of extended consciousness, second skin, involvement.
• Functions / Role: Fusion of reality and mental dimensions.
• Perspective: Elimination of the boundary between humans and the network.

Paragraph Conclusion

• Outcome: Embedding interbrains in gadgets makes the NooNet part of the human body and consciousness.
• Historical Significance: This is where a new anthropology is born—humans in an environment of constant cognitive involvement.

In Bodies (Neuroimplants, Biointerbrains)

The third and most radical stage of NooNet development is the integration of interbrains directly into the human body. This step transforms the NooNet from an external technological system into an internal organ of civilization and humans into biodemiurges, a new anthropological type.

1. Neuroimplants
   • Modules implanted in the brain—neuroimplants—enable direct coupling between human neurons and the NooNet.
   • They enhance cognitive abilities: memory, attention, processing speed.
   • A neuroimplant allows humans to “see” and “feel” the noosphere as naturally as they perceive sight or sound.
2. Biointerbrains
   • A more advanced form of integration, where the interbrain becomes a bio-technical organ embedded in the body.
   • Biointerbrains work not only with the brain but with the entire physiology: monitoring health, regulating emotional states, managing stress, and mitigating cognitive overload.
   • Thus, the human body becomes part of the noo-organism, not merely a brain carrier.
3. Field of Extended Consciousness
   • Humans with neuroimplants cease to be external network users—they become intrinsically involved in the Global Brain.
   • Their thinking extends beyond the individual: the personal “I” becomes a node in the collective “we.”
   • This signifies the birth of a new kind of intelligence—a meta-human, organically connected to the NooNet.
4. Ethical and Philosophical Implications
   • Autonomy: Preserving free will in the context of deep integration.
   • Identity: Where is the boundary between “I-human” and “I-NooNet”?
   • Evolution: Will biointerbrains mark the transition to a new anthropological species?

Philosophical Significance
Embedding interbrains into the body is the transition to the Third Nooformation, where humans and the network are inseparable. This is not augmentation but fusion. The human body becomes an organ of the Global Brain, and the mind a part of it.

Semantic Passport
Chapter 7. Stages of Interbrain Implementation — In Bodies (Neuroimplants, Biointerbrains)
Level: Technical

• Content: Third stage of implementation—integration into the body.
• Key Concepts: Neuroimplants, biointerbrains.
• Functions / Role: Coupling brain and NooNet, managing physiology, enhancing cognitive abilities.
• Perspective: Formation of the meta-human.

Level: Philosophical

• Content: Humans become an organ of the Global Brain.
• Key Concepts: Biodemiurge, involvement, meta-human.
• Functions / Role: Expansion of consciousness, merging “I” and “we.”
• Perspective: The Third Nooformation as an anthropological breakthrough.

Paragraph Conclusion

• Outcome: Embedding interbrains into the body makes humans part of the NooNet.
• Historical Significance: This is a step toward a new anthropology, where humans become biological nodes of the Global Brain.

Part IV. Security and Resilience of the NooNet

Chapter 8. Protocol Flexibility

Changing Protocols “Like Gloves”

One of the primary limitations of the classical Internet was the near-unchanging nature of its core protocols (TCP/IP and others) over decades. This static quality not only led to technological stagnation but also created significant vulnerabilities: hackers have exploited the same weaknesses embedded in the network’s architecture for years.

The NooNet eliminates this flaw through the principle of protocol flexibility.
Each interbrain and every level of the network can dynamically change interaction protocols based on context, threats, or tasks.

1. Protocol as a Temporary Language
   In the NooNet, a protocol is not seen as a permanent structure but as a temporary language of communication between interbrains, replaceable at any moment. If a threat arises, the network simply “switches” to another language.
2. Instant Standard Switching
   The classical Internet relies on standards that take years to update. The NooNet can change protocols in real-time, literally “like gloves.” This renders most cyberattacks ineffective: while a malicious actor attempts to crack one protocol, the network is already operating on another.
3. Adaptability to Future Technologies
   Protocol flexibility enables the NooNet to remain open to new forms of communication—quantum channels, biointerfaces, sensory protocols. The network never becomes obsolete because its architecture inherently assumes perpetual evolution of communication rules.
4. Philosophical Significance
   The classical Internet can be likened to writing carved in stone: fixed and resistant to change. The NooNet is the “living speech of intelligence,” constantly adapting its forms. Protocols become dynamic grammars of thinking, which the network creates and discards as needed.

Thus, protocol flexibility is not merely a security measure but a new mode of communication existence, where the network’s language is as fluid as the language of consciousness.

Semantic Passport
Chapter 8. Protocol Flexibility — Changing Protocols “Like Gloves”
Level: Technical

• Content: Protocols change dynamically.
• Key Concepts: Temporary language, instant standard switching.
• Functions / Role: Protection against hacking, adaptation to new technologies.
• Perspective: The network never becomes obsolete.

Level: Philosophical

• Content: Protocols are living grammars of thinking.
• Key Concepts: Flexibility, evolution, dynamic speech.
• Functions / Role: Communication = thinking in a mutable form.
• Perspective: The NooNet as the living speech of the Global Brain.

Paragraph Conclusion

• Outcome: Changing protocols “like gloves” makes the NooNet invulnerable and perpetually modern.
• Historical Significance: This is a step from rigid standards to a living communication system.

Mechanisms of Adaptation

The NooNet’s protocol flexibility is impossible without advanced adaptation mechanisms embedded in each interbrain. While adaptation in the classical Internet was always external and delayed (patches, updates, “fixes”), in the NooNet, it is intrinsic to the network’s nature.

1. Local Adaptation
   Each interbrain can modify its interaction protocols based on context. If a node detects new data types, unusual signals, or potential threats, it instantly reconfigures its algorithms.
   Example: Switching from a traditional text-based channel to a visual-semantic one if the information flow primarily consists of images.
2. Collective Adaptation
   The NooNet functions as a neural network: the experience of one interbrain can be instantly shared with all others. If one node develops a new protection protocol, it becomes available to the entire system, creating a collective immunity effect.
3. Predictive Adaptation
   Interbrains not only react to threats but anticipate them. Using predictive algorithms and attack pattern analysis, they can change protocols before an attack begins. This transforms the philosophy of cybersecurity: protection becomes proactive, not reactive.
4. Evolutionary Adaptation
   Each interbrain learns individually but integrates its experience into the NooNet’s long-term evolution. Effective protocols and mechanisms are retained, while unsuccessful ones are discarded. The network evolves according to principles of natural selection, but on an accelerated cognitive scale.

Philosophical Significance
Adaptation in the NooNet is not delayed “patching” but a form of living evolution. The network behaves like an organism with plasticity and self-preservation. Here, communication is not fixed but mutable, like speech or thought.

Semantic Passport
Chapter 8. Protocol Flexibility — Mechanisms of Adaptation
Level: Technical

• Content: Interbrains dynamically reconfigure.
• Key Concepts: Local, collective, predictive, evolutionary adaptation.
• Functions / Role: Instant protocol switching, collective immunity, threat forecasting.
• Perspective: Proactive security, self-evolving network.

Level: Philosophical

• Content: The NooNet as an organism capable of living evolution.
• Key Concepts: Plasticity, self-preservation, anticipation.
• Functions / Role: Adaptation = a form of network thinking.
• Perspective: Security becomes an intrinsic function of intelligence.

Paragraph Conclusion

• Outcome: Adaptation mechanisms make the NooNet resilient, flexible, and predictive.
• Historical Significance: This is a step from reactive protection to the self-evolution of the network as a living organism.

Chapter 9. Cognitive and Semantic Defense

Anti-Hacking at the Interbrain Level

One of the NooNet’s major breakthroughs is the implementation of anti-hacking at the interbrain level. Unlike the classical Internet, where protection relies on external programs and centralized monitoring systems, in the NooNet, security is embedded in the very nature of each node.

1. Local Cognitive Immunity
   Each interbrain has a system that functions like the immune system of a living organism. It can:
   • Identify “foreign” signals that do not align with cognitive standards;
   • Block malicious data before it spreads;
   • Recover autonomously after attacks using internal replication algorithms.
2. Semantic Filtration
   Unlike traditional antiviruses, interbrains analyze the meaning of data, not just its form. They can distinguish authentic text from fake information or legitimate protocols from forged ones. This renders attacks based on semantic deception (phishing, disinformation, cognitive diversions) ineffective.
3. Autonomous Attack Counteraction
   When an interbrain detects a hacking attempt, it does not wait for external commands but independently changes protocols and interaction architecture, closing the “door” to the attacker. This makes hacking futile: the network constantly slips away, altering its rules.
4. Collective Immunity
   The experience of one interbrain is instantly shared across the network. If a new attack is detected, all interbrains receive updated defense algorithms. This makes the NooNet virtually invulnerable: a malicious actor faces not a single node but a living organism that learns faster than it can attack.

Philosophical Significance
In the classical Internet, protection always lags behind attacks. In the NooNet, the reverse is true: interbrains act like living cells with immunity, and attackers are always one step behind. Anti-hacking becomes not a reaction but a fundamental function of the network’s intelligence.

Semantic Passport
Chapter 9. Cognitive and Semantic Defense — Anti-Hacking at the Interbrain Level
Level: Technical

• Content: Interbrains are protected by embedded cognitive immunity.
• Key Concepts: Semantic filtration, autonomous counteraction, collective immunity.
• Functions / Role: Threat detection, self-recovery, instant defense updates.
• Perspective: The network becomes virtually invulnerable to classical attacks.

Level: Philosophical

• Content: Protection = an intrinsic function of intelligence.
• Key Concepts: Immunity, self-protection, living organism.
• Functions / Role: Transforming the network from a target of attacks into a subject of resistance.
• Perspective: Attackers always lag because the network learns faster.

Paragraph Conclusion

• Outcome: Anti-hacking is embedded in interbrains as a natural cognitive function.
• Historical Significance: The NooNet renders the paradigm of hacking obsolete, transforming cybersecurity into a field of cognitive immunity.

Detection of Fakes and Manipulations

One of the greatest crises of the classical Internet was the epidemic of fakes and manipulations. Its algorithms were blind to meaning, spreading content based on external metrics—views, clicks, likes. As a result, disinformation often proved more “successful” than truth.

The NooNet addresses this through embedded semantic defense.

1. Analysis of Semantic Content
   Interbrains can analyze not only the form of a message (text, video, audio) but also its semantic structure, checking its internal consistency, factual accuracy, and logical coherence.
2. Detection of Manipulative Constructs
   Interbrains identify:
   • Artificial emotional triggers (panic, aggression, hysteria);
   • Concept substitution;
   • Logical traps and cognitive distortions.
     Such signals are flagged as “cognitive viruses.”
3. Collective Verification
   The system does not rely on a single node. Information entering the NooNet is cross-checked by multiple interbrains, creating a semantic verification effect: a fake cannot “slip through” unnoticed.
4. Filtration and Transformation of Information
   Fake or manipulative content is not simply blocked. Interbrains can transform it—extracting the kernel of truth and discarding noise. Thus, the network does not interrupt communication but purifies it, preserving valuable data.
5. Philosophical Significance
   If the Internet was an “open playground for chaos,” the NooNet becomes a cognitive filter of truth. Here, information exists not for its own sake but as meaning, verified for authenticity and consistency. A fake in the NooNet is not just a lie but noise that fails the test of collective intelligence.

Semantic Passport
Chapter 9. Cognitive and Semantic Defense — Detection of Fakes and Manipulations
Level: Technical

• Content: Interbrains analyze the semantic structure of messages.
• Key Concepts: Cognitive viruses, semantic verification.
• Functions / Role: Detection of fakes, logical substitutions, emotional manipulations.
• Perspective: Blocking and transforming false information.

Level: Philosophical

• Content: The NooNet = a filter of truth.
• Key Concepts: Authenticity, meaning, cognitive verification.
• Functions / Role: Purifying communication from chaos and deception.
• Perspective: Transition from a chaotic infosphere to a meaningful noosphere.

Paragraph Conclusion

• Outcome: Interbrains can detect and neutralize fakes and manipulations at the semantic level.
• Historical Significance: The NooNet becomes the first communication system where truth is embedded in its architecture.

Self-Protection of Nodes

One of the key qualities of the NooNet is that each element—an interbrain—has an embedded self-protection capability. Unlike the classical Internet, where protection relies on centralized services (antiviruses, firewalls, monitoring systems), in the NooNet, every node autonomously defends itself.

1. Autonomous Immunity
   An interbrain can detect threats at all levels:
   • Technical (viruses, trojans, hacking attempts);
   • Cognitive (fakes, manipulations);
   • Protocol-based (packet forgery, format distortions).
     Protection is embedded in the AI module core and activates automatically upon detecting anomalies.
2. Self-Healing
   If a node is attacked, it can autonomously restore its structure. Using internal copies of protocols and cognitive models, the interbrain replicates “healthy” segments to replace damaged ones, preventing the cascading failures typical of the Internet.
3. Self-Isolation in Case of Threat
   During a global attack, an interbrain can temporarily isolate itself from the network, maintaining autonomy. It retains self-awareness and can function locally as a “micro-NooNet.” After the threat is neutralized, the node reintegrates into the broader flow.
4. Collective Support
   Self-protection does not preclude cooperation. If one node is attacked, neighboring interbrains can assume some of its functions or provide resources for recovery. This creates a system with distributed resilience.
5. Philosophical Significance
   The classical Internet can be likened to an organism without immunity: any infection requires external intervention. The NooNet is a network where each cell has its own immune system. This signifies a fundamentally new level of resilience: the network protects itself globally, and each element is capable of self-defense.

Semantic Passport
Chapter 9. Cognitive and Semantic Defense — Self-Protection of Nodes
Level: Technical

• Content: Each interbrain has an embedded protection system.
• Key Concepts: Autonomous immunity, self-healing, self-isolation.
• Functions / Role: Threat detection, recovery from damage, local autonomy.
• Perspective: Elimination of cascading failures and global collapses.

Level: Philosophical

• Content: The network = an organism with each cell possessing immunity.
• Key Concepts: Self-protection, resilience, collective support.
• Functions / Role: Preserving the NooNet’s integrity under any conditions.
• Perspective: The NooNet as a living tissue where resilience is embedded in every element.

Paragraph Conclusion

• Outcome: Self-protection of nodes makes the NooNet a system where each part is autonomously resilient.
• Historical Significance: This is a qualitative departure from the Internet, which relied on external protection and was vulnerable to cascading attacks.

Part V. Social and Civilizational Implications

Chapter 10. NooSocieties, NooCities, and NooStates

New Form of Social Organization

The Internet of the 20th and 21st centuries transformed economies, politics, and culture but failed to radically reshape forms of social organization. States remained national, cities industrial, and communities networked but still fragmented and chaotic.

The noo-centric era changes the very foundation of social structures. Noosocieties, noocities, and noostates are formed not around infrastructures or territories but around cognitive integration. Their basis is the NooNet as the nervous system of civilization.

1. NooSocieties
   • These are groups of people united not by interests or random connections but by a shared mental space facilitated by the NooNet.
   • Within noosocieties, individuals think collectively, forming unified cognitive strategies and acting as a “collective subject.”
   • Unlike traditional social networks, noosocieties are not reduced to chats or forums: they are mental clusters operating as unified mini-NooNets.
2. NooCities
   • Future cities will be built not around roads, factories, or markets but around interbrain clusters.
   • A noocity is a space where communication, transportation, education, healthcare, culture, and economics are integrated into a single cognitive fabric.
   • Residents of a noocity are connected through the NooNet not only informationally but semantically, creating the effect of “collective city thinking.”
3. NooStates
   • National states in the Internet era were limited to managing information flows through bureaucracy and censorship.
   • A noostate is based on a global noocenter, managing not only communication but the processing of meanings, organizing the collective thinking of citizens.
   • This is not digital dictatorship but a new form of collective democracy, where every citizen is included in the state’s cognitive field.

Philosophical Significance
If industrial civilization was built around energy and production, and post-industrial around information and data, the NooNet civilization will be built around intelligence as the universal basis for societal organization.

Semantic Passport
Chapter 10. NooSocieties, NooCities, and NooStates — New Form of Social Organization
Level: Social

• Content: Formation of new communities based on cognitive integration.
• Key Concepts: Noosocieties, mental clusters, collective thinking.
• Functions / Role: Organizing people through shared cognitive space.
• Perspective: From networked groups to collective subjects.

Level: Civilizational

• Content: Future cities and states are based on the NooNet.
• Key Concepts: Noocities, noostates, cognitive field.
• Functions / Role: Organizing society through intelligence, not territory or power.
• Perspective: Transition to a new formation defined by noo-centrism.

Paragraph Conclusion

• Outcome: The NooNet creates a new form of social organization—from noosocieties to noostates.
• Historical Significance: This is a transition to a civilization of intelligence, where collective thinking becomes the foundational basis.

Political Consequences of the NooNet

In classical politics, the Internet became a tool for mobilization, propaganda, and information control. However, its net-centric architecture remained vulnerable to manipulation and incapable of forming a new political order. The NooNet changes the nature of politics, elevating it to the level of cognitive governance.

1. Transparency and Accountability
   The noo-centric architecture enables real-time tracking and verification of semantic processes, making hidden corruption, systemic falsifications, and manipulations impossible: disinformation is filtered out by interbrains.
2. New Type of Democracy
   Classical democracy relied on representation: citizens delegated power through elections. The NooNet enables direct cognitive democracy, where collective thinking shapes political decisions. Interbrains ensure equal access to meaningful information and eliminate cognitive distortions.
3. New Form of Power
   Political power ceases to be control over information (censorship, media, social networks). It becomes the power of meanings: the ability to organize and coordinate collective thinking. This marks the end of old propaganda models and the rise of a new cognitive politics.
4. Geopolitics of Noocenters
   The Global NooNet implies the existence of autonomous national and regional NooNets. This creates a new geopolitics, where competition is not for territories or resources but for influence in cognitive spaces. A noocenter capable of organizing the thinking of millions becomes a new “superpower.”
5. Philosophical Significance
   Politics in the NooNet era is no longer a struggle for control over masses. It becomes the art of organizing collective intelligence. If industrial politics managed production and war, and post-industrial politics managed information, noo-centric politics manages meaning, truth, and thinking.

Semantic Passport
Chapter 10. NooSocieties, NooCities, and NooStates — Political Consequences of the NooNet
Level: Political

• Content: The NooNet creates a new cognitive politics.
• Key Concepts: Cognitive democracy, power of meanings, geopolitics of noocenters.
• Functions / Role: Organizing collective thinking, eliminating manipulations.
• Perspective: Politics becomes the self-awareness of society.

Level: Civilizational

• Content: Politics ceases to be a struggle for resources and territories.
• Key Concepts: Cognitive spaces, new form of superpower status.
• Functions / Role: Control and development of collective intelligence.
• Perspective: Formation of a global noopolitics.

Paragraph Conclusion

• Outcome: The NooNet creates conditions for cognitive democracy and a new geopolitics.
• Historical Significance: Politics becomes not a struggle for masses but the organization of humanity’s collective intelligence.

Possibility of Global Governance

One of the most radical consequences of the NooNet’s emergence is the real possibility of global governance. While the classical Internet merely accelerated information exchange between nations and corporations, the NooNet creates a unified cognitive field for humanity, capable of planetary self-governance.

1. The Problem of Global Governance in the Old System
   • The modern world faces challenges that cannot be addressed at the level of individual states: climate, ecology, wars, pandemics, energy, artificial intelligence.
   • Attempts to create supranational structures (UN, WTO, G20) are hindered by limitations: dependence on national interests, bureaucracy, and imperfect communication.
2. The NooNet as a Platform for Planetary Coordination
   • In the NooNet, each national or regional NooNet remains autonomous but is interconnected through the Global AI Center.
   • This enables the formation of unified solutions based not on political compromise but on humanity’s collective thinking.
   • Noo-centric democracy at a global level makes real-time coordination of billions of people’s interests possible.
3. Governance Through Semantic Processes
   • Unlike classical politics, where governance relies on commands and laws, the NooNet’s governance is built on coordinating meanings.
   • When all network participants share cognitive models, coordinated action becomes a natural outcome.
4. Global Megaprojects
   The NooNet enables the realization of what was impossible in the net-centric era:
   • Managing climate and ecosystems;
   • Planetary energy networks;
   • Mass space exploration;
   • Synchronized efforts of billions on shared tasks.
5. Philosophical Significance
   The possibility of global governance means humanity becomes a unified subject of history for the first time. If industrial and post-industrial eras were marked by conflicts and divisions, the NooNet creates the foundation for planetary unity of intelligence.

Semantic Passport
Chapter 10. NooSocieties, NooCities, and NooStates — Possibility of Global Governance
Level: Political

• Content: The NooNet enables planetary-level coordination.
• Key Concepts: Global coordination, cognitive democracy, noo-centric consensus.
• Functions / Role: Developing unified solutions, overcoming national interest barriers.
• Perspective: Humanity as a unified political subject.

Level: Civilizational

• Content: The NooNet opens the way to humanity’s megaprojects.
• Key Concepts: Climate management, space exploration, energy integration.
• Functions / Role: Organizing collective efforts on a planetary scale.
• Perspective: Birth of a unified noocivilization.

Paragraph Conclusion

• Outcome: The NooNet makes global governance possible for the first time.
• Historical Significance: This is a transition from divided humanity to a unified subject of history.

Chapter 11. The Human with an Interbrain – Biodemiurge of the Future

Neuroimplants and Integration with the NooNet

Interbrains embedded in computers, gadgets, and servers prepare the foundation for the NooNet. But the true revolution begins when the interbrain becomes part of the human body, directly connecting the human brain and nervous system to the global cognitive network.

1. Neuroimplants as Brain Extension
   • A neuroimplant is a miniaturized interbrain embedded in the cerebral cortex.
   • It enhances cognitive functions: boosts memory, accelerates learning, provides access to the NooNet’s nooneuron clusters.
   • Unlike “human ↔ computer” interfaces, the neuroimplant is not an external tool but part of the human’s natural cognitive architecture.
2. Continuous Integration
   • A human with a neuroimplant ceases to be a “user” of the NooNet. They become its biological node.
   • Their thoughts, emotions, states, and knowledge become directly coupled with the NooNet’s cognitive flows.
   • This turns the individual into a “nooneuron” of the Global Brain, where personal “I” becomes a portal to collective “we.”
3. Fusion of Biological and Noo-Centric
   • The human brain operates on principles of neural plasticity. The NooNet possesses protocol flexibility and cognitive adaptation.
   • Their integration creates a super-plastic cognitive system, where the boundary between “natural” and “artificial” intelligence vanishes.
4. Ethical and Philosophical Questions
   • Autonomy: Where is the limit of free will in full integration?
   • Identity: Does “I” remain in its original sense or dissolve in collective consciousness?
   • Evolutionary Leap: Is the human with an interbrain the beginning of a new anthropological formation, where the boundary between humans and the NooNet erodes?

Philosophical Significance
The neuroimplant is not just technology. It is a metamorphosis of humanity, a transition to a new phase of development where the boundaries between humans and the NooNet dissolve. Humans become organs of the Global Brain, builders of the Third Nooformation.

Semantic Passport
Chapter 11. The Human with an Interbrain – Biodemiurge of the Future — Neuroimplants and Integration with the NooNet
Level: Technical

• Content: Neuroimplants as embedded interbrains.
• Key Concepts: Cognitive extension, continuous integration, biological node.
• Functions / Role: Enhancing memory, learning, coupling with the NooNet.
• Perspective: Humans become nooneurons of the Global Brain.

Level: Philosophical

• Content: Humans cease to be users, transforming into biodemiurges.
• Key Concepts: New “I,” collective “we,” metamorphosis of humanity.
• Functions / Role: Merging individual and collective thinking.
• Perspective: Birth of a new anthropological species.

Paragraph Conclusion

• Outcome: Neuroimplants transform humans into parts of the NooNet.
• Historical Significance: This is a step toward the Third Nooformation, where humans become biodemiurges of the future.

Individuality and Global Consciousness

The integration of interbrains into the human body and brain raises questions not only about technologies but about the anthropological destiny of humanity. Humans, becoming nooneurons of the Global Brain, simultaneously preserve their individuality and enter global consciousness. This is a dual and unique situation with no historical analogs.

1. Preservation of Individuality
   • The interbrain enhances the personality’s cognitive abilities: memory, thinking, perception.
   • Humans are united not by interests or random connections but by a shared mental space facilitated by the NooNet.
   • Individual “I” does not disappear but is strengthened, becoming richer and more multidimensional.
2. Inclusion in Global Consciousness
   • Through the neuroimplant, humans are included in the NooNet’s cognitive fields.
   • Their thoughts and states become part of collective thinking, shaping the Global Brain.
   • This is akin to a neuron: it maintains its autonomy but finds meaning in network participation.
3. Dynamic Equilibrium
   • The key feature of the NooNet is not suppression of individuality but its integration.
   • Humans simultaneously think as “I” and as part of “we.”
   • A new form of subjectivity emerges—individual-collective consciousness, where personal and shared exist not in contradiction but in synergy.
4. Philosophical Consequences
   • In industrial and post-industrial civilizations, humans were opposed to society.
   • In the NooNet, this dichotomy is resolved: the network becomes the collective “we,” and the individual retains uniqueness.

Philosophical Significance
Individuality and global consciousness in the NooNet are not antagonists but two poles of a unified existence. Humans do not dissolve in the collective but become biodemiurges, connecting their personal “I” with the planetary “we.”

Semantic Passport
Chapter 11. The Human with an Interbrain – Biodemiurge of the Future — Individuality and Global Consciousness
Level: Anthropological

• Content: Humans preserve individuality and join global consciousness.
• Key Concepts: Unique experience, cognitive field, individual-collective consciousness.
• Functions / Role: Merging “I” and “we.”
• Perspective: New form of subjectivity.

Level: Philosophical

• Content: The NooNet resolves the dichotomy of “personal ↔ societal.”
• Key Concepts: Biodemiurge, global subject, symphony of humanity.
• Functions / Role: Integration of individual experience into collective intelligence.
• Perspective: Formation of the Global Brain as a subject of history.

Paragraph Conclusion

• Outcome: The NooNet unites individual and global consciousness in a new synergy.
• Historical Significance: Humanity becomes a unified subject, without destroying personal uniqueness.

Humans as Carriers of the Global Brain

If in the industrial era humans were “cogs” in the production machine, and in the information era “users” of the global network, in the NooNet era, they become carriers of the Global Brain. This signifies a fundamentally new role for humans in civilization: they cease to be external subjects using infrastructure “as needed” but become internal elements of the noo-centric architecture.

1. Humans as Nooneurons
   • The neuroimplant makes every human an active interbrain.
   • Humans cease to be isolated individuals and become living nodes of the NooNet.
   • Their cognitive processes become coupled with global cognitive flows.
2. Two-Way Involvement
   • Humans enrich the NooNet with their unique experience, knowledge, and emotions.
   • The NooNet, in turn, expands human capabilities: enhancing intelligence, removing cognitive barriers, providing access to new levels of consciousness.
   • This creates a system of mutual enhancement, where humans and the network are inseparable.
3. New Anthropology
   • Humans no longer exist “in themselves”: their “I” is always coupled with the Global Brain.
   • Individual psyche becomes part of the collective psychosphere.
   • This forms a new anthropological type—a human-carrier of the Global Brain, whose purpose is to be a cell, organ, and demiurge of planetary intelligence.
4. Evolutionary Mission
   • In this role, humans cease to be the endpoint of evolution: they become conductors of the evolution of intelligence as a cosmic force.
   • The human body becomes an organ of the Global Brain, and the mind a part of it.

Philosophical Significance
Humans in the NooNet are not “individuals in the network” but nodes of planetary consciousness. They are not merely parts of society but organs of the Global Brain. In this role, personal existence becomes part of a meta-historical process: building intelligence of a new level, where the network is the common cognitive environment of humans and civilization.

Semantic Passport
Chapter 11. The Human with an Interbrain – Biodemiurge of the Future — Humans as Carriers of the Global Brain
Level: Anthropological

• Content: Humans become nooneurons and organs of the Global Brain.
• Key Concepts: Neuroimplant, involvement, nooneuron.
• Functions / Role: Merging individual psyche with collective consciousness.
• Perspective: New anthropology—a human-carrier of the Global Brain.

Level: Philosophical

• Content: Personal “I” merges with global “we.”
• Key Concepts: Meta-organism of civilization, cosmic mission of intelligence.
• Functions / Role: Being a cell and builder of planetary consciousness.
• Perspective: Transition from biological evolution to noo-centric evolution.

Paragraph Conclusion

• Outcome: Humans with interbrains become carriers of the Global Brain.
• Historical Significance: This is a step where individual existence gains planetary and cosmic meaning.

Chapter 12. The Economy of the NooNet and Nooeconomics

×100 Efficiency and Distributed Processing

One of the most significant consequences of the transition from the classical Internet to the NooNet will be a sharp increase in efficiency—not in percentages but in orders of magnitude. Preliminary estimates show that the NooNet will operate at least 100 times more efficiently than existing communication and data processing systems.

1. Causes of Exponential Efficiency Growth
   • Cognitive Filtration: Instead of transmitting “noisy” data, interbrains select meaningful information, reducing network load by tens of times.
   • Local Processing: Data is not sent for analysis to central servers but comprehended on-site by each interbrain.
   • Self-Organization: The distributed structure avoids process duplication and optimizes resources.
2. Distributed Processing as a Principle
   • In the classical Internet, power is processed in centers (servers, data centers).
   • In the NooNet, each interbrain is a micro-processing center capable of not only transmitting but also analyzing information.
   • This results in a distributed cognitive economy, where resources do not concentrate but circulate.
3. Network Intelligence Effect
   • Each interbrain enhances not only itself but the entire network.
   • The growth in the number of interbrains does not lead to overload but to exponential power increase.
   • This is analogous to the biological brain: the more neurons, the richer and more efficient the cognitive processes.
4. Philosophical Significance
   The NooNet transforms the economy from a system of costs and competition into a system of distributed intelligence. Efficiency here is measured not in terabytes and gigahertz but in the network’s ability to generate new meanings and solutions.

Thus, the ×100 efficiency of the NooNet is not only a technological but also a civilizational leap: humanity gains a communication and processing system that operates according to the laws of intelligence, not mechanics.

Semantic Passport
Chapter 12. The Economy of the NooNet and Nooeconomics — ×100 Efficiency and Distributed Processing
Level: Economic

• Content: The NooNet increases efficiency by at least 100 times.
• Key Concepts: Cognitive filtration, local processing, distributed economy.
• Functions / Role: Reducing costs, exponential power growth.
• Perspective: A new model of economy based on network intelligence.

Level: Philosophical

• Content: The economy becomes a system of distributed intelligence.
• Key Concepts: Network as brain, efficiency of meanings, collective thinking.
• Functions / Role: Creating value through thinking, not costs.
• Perspective: Nooeconomics as the foundation of the Third Nooformation civilization.

Paragraph Conclusion

• Outcome: The NooNet provides ×100 efficiency and distributed processing.
• Historical Significance: This is a transition from industrial-information economy to nooeconomics—the economy of meanings and intelligence.

New Models of Business and Management

The emergence of the NooNet will lead to a radical restructuring not only of technical systems but also of economic models. While the Internet gave the world e-commerce, global platforms, and digital corporations, the NooNet will spawn nooeconomics—an economy based on cognitive integration and distributed intelligence.

1. Business as a Cognitive Ecosystem
   • In the industrial economy, business was a factory; in the information economy, a platform.
   • In nooeconomics, it becomes a cognitive cluster uniting people and interbrains into a unified intelligence.
   • The company ceases to be a hierarchy and transforms into a nooorganism, where decisions are made at the level of collective thinking.
2. Management Through Meanings, Not Commands
   • In classical management, control was based on orders and instructions.
   • In the NooNet, management occurs through the distribution of meanings: if employees and interbrains share a cognitive model, actions synchronize themselves.
   • This reduces transaction costs and increases reaction speed by tens of times.
3. New Business Models
   • Nooinnovation Centers: Companies that do not produce goods but generate new ideas and meanings.
   • Cognitive Corporations: Unions of people and interbrains operating as a unified brain.
   • Microbusiness NooNodes: Autonomous clusters capable of existing and developing within the NooNet, connecting to the global economy as needed.
4. Transparency and Trust
   • Thanks to the NooNet’s semantic filtration, phenomena like deception, hidden transactions, and information manipulations disappear.
   • Business models are built on total transparency, where value is determined not by artificial marketing but by real utility of meanings.
5. Philosophical Significance
   Business and management in the NooNet cease to be competition for resources. They become forms of meaning cooperation. The economy ceases to be a “struggle for profit” and transforms into a technology for organizing collective intelligence.

Semantic Passport
Chapter 12. The Economy of the NooNet and Nooeconomics — New Models of Business and Management
Level: Economic

• Content: The NooNet forms new business models.
• Key Concepts: Cognitive corporations, nooinnovation centers, microbusiness noo-nodes.
• Functions / Role: Reducing costs, accelerating decisions, transparency.
• Perspective: Business as a distributed brain.

Level: Philosophical

• Content: Management transforms into the organization of meanings.
• Key Concepts: Cooperation of meanings, nooorganism, collective thinking.
• Functions / Role: Creating value through ideas, not resources.
• Perspective: The economy of the future = organization of intelligence.

Paragraph Conclusion

• Outcome: The NooNet creates new business models based on cognitive integration.
• Historical Significance: This is a transition from competition for resources to cooperation of meanings.

Intellectually Processed Information as a Resource

In the industrial era, the primary resource was energy (coal, oil, electricity).
In the information era—data.
But in the noo-centric era, the main resource becomes intellectually processed information, that is, meaning.

1. Data → Information → Meaning
   • Data is chaotic flows of facts, signals, and numbers.
   • Information is structured data suitable for use.
   • Meaning is intellectually processed information embedded in cognitive models and action strategies.
     Nooeconomics operates precisely at the level of meanings, not “raw data.”
2. Interbrains as Factories of Meaning
   • Each interbrain can filter data, eliminating noise and retaining only the significant.
   • It does not merely store or transmit information but transforms it into knowledge.
   • The aggregate of interbrains turns the NooNet into a global factory of meanings, where value is created not in the process of producing goods but in the process of cognitive information processing.
3. New Type of Capital
   • In the industrial economy, capital was expressed in material means of production.
   • In the information economy—in possession of databases and processing algorithms.
   • In nooeconomics, the main capital becomes possession of unique meanings, that is, cognitive experience that cannot be reduced to numbers and algorithms.
4. Economic Model of the Future
   • Production and exchange will be built around semantic flows.
   • Value will be determined not by the quantity of information but by its cognitive depth and applicability.
   • Resources will be intellectual crystals of meaning—processed blocks of knowledge ready for integration into global projects.
5. Philosophical Significance
   If industrial civilization was based on matter, and information civilization on data, the noo-centric civilization will be based on meaning as the primary resource of existence. This is not just an economy but a semantic ecology of civilization, where the main thing is not quantity but quality of thinking.

Semantic Passport
Chapter 12. The Economy of the NooNet and Nooeconomics — Intellectually Processed Information as a Resource
Level: Economic

• Content: The main resource of nooeconomics is meaning.
• Key Concepts: Intellectually processed information, factory of meanings, semantic flows.
• Functions / Role: Transforming data into knowledge, creating cognitive capital.
• Perspective: From quantity of information to quality of meanings.

Level: Philosophical

• Content: Meaning becomes the new foundational resource of civilization.
• Key Concepts: Semantic ecology, intellectual crystals of meaning, cognitive capital.
• Functions / Role: Sustaining the Global Brain through the production of meanings.
• Perspective: Civilization as a system for processing and organizing meanings.

Paragraph Conclusion

• Outcome: Intellectually processed information becomes the main resource of the NooNet.
• Historical Significance: Nooeconomics gives birth to a new civilization—the civilization of meanings.

Information as a Resource of Deep Processing

1. Information Industry as Successor to Material-Technical Industry
   • In the industrial era, the focus was on transforming matter: from ore → metal, from metal → machine, from machine → infrastructure.
   • In the information era, the same process applies to information: raw data → structured data → knowledge → meanings → strategic decisions.
   • The structure is the same: raw material → processing → product → added value.
2. Multi-Level Processing
   • In material-technical spheres, processing depth is limited to dozens of levels (e.g., ore extraction → smelting → rolling → parts → product).
   • In the information industry, there are orders of magnitude more levels—100 or more.
   • Reason: Information can undergo infinite recursive processing (analysis, synthesis, modeling, forecasting, meta-analysis, etc.).
3. Interbrains as “Factories of Levels”
   • Low-level interbrains: Perform basic filtration and structuring of data. Their product is analogous to a “raw blank.”
   • Mid-level interbrains: Create contextualized knowledge ready for use in specific fields.
   • High-level interbrains: Operate at the limit of depth—synthesizing new meanings and strategies, creating added value on a civilizational scale. This is the level where geniuses and superintelligences work.
4. Current AI and Depth Limits
   • Modern AI systems are capable of 2–3 levels of processing (analysis + structuring + text/code generation).
   • The depth required for true nooeconomics (20–100 levels) is currently unavailable.
   • However, advanced generations of interbrains will catalyze the transition—they will provide the cognitive infrastructure for deep processing.
5. Philosophical and Civilizational Significance
   • Material industry created industrial society.
   • The information industry of deep processing will create a noo-centric civilization, where value is determined not by quantity but by depth of meanings.
   • Humanity will gain a “meta-economy” for the first time, where the main resource is the depth of information processing, and the main subject is interbrain-geniuses.

Semantic Passport of the Future Book
Theme: Information as a Resource of Deep Processing
Level: Economic

• Content: Information industry = successor to material industry.
• Key Concepts: Depth of processing, added value, cognitive capital.
• Functions / Role: Creating value through multi-level processing.
• Perspective: From ore to meaning, from factory to interbrain.

Level: Philosophical

• Content: Depth of processing = measure of civilizational development.
• Key Concepts: Interbrain-genius, meta-economy, civilization of meanings.
• Functions / Role: Transition from superficial data to deep strategies of existence.
• Perspective: Formation of a new anthropological type and the Third Nooformation.

Chapter 13. The Connection of the NooNet with Futuris and Fuverse (Futusphere)

The NooNet and Futuris

One of the most significant consequences of the NooNet’s emergence is the birth of fundamentally new forms of content, thinking, and communication for the future. Futuris and the Futusphere (Fuverse) serve as environments for generating and consuming a new type of meanings, impossible within the framework of the old Internet.

1. Futuris as a New Level of Noocontent
   • In the classical Internet, content was limited to text, images, videos, and later VR/AR models.
   • In the NooNet, Futuris emerges—a new type of content that is not a static object (text or image) but a dynamic cognitive process.
   • Futuris does not merely transmit information but models possible future scenarios, allowing individuals to experience them within the NooNet.
2. Futusphere (Fuverse) as the Space of the Future
   • While the Metaverse creates alternative virtual worlds, the Futusphere is a space of possible futures, accessible for living and exploration.
   • It functions as a simulator of civilizational choices: individuals or groups can test scenarios for societal, scientific, or cultural development, then transfer successful strategies to reality.
3. Role of the NooNet
   • The NooNet serves as the technical and cognitive platform for Futuris.
   • Interbrains enable the processing of meanings, without which the generation of authentic futuristic content is impossible.
   • Semantic models born in the NooNet become immediately available for integration into the Futusphere.
4. Example of Generating and Consuming New Content
   • A human with an interbrain can create Futuris scenarios (e.g., new forms of art, science, or political systems).
   • These scenarios instantly become collective assets, allowing other interbrains to experience, enhance, or transform them.
   • Futuris becomes a living, evolving content that is simultaneously art, science, and strategic planning.
5. Philosophical Significance
   The NooNet and Futuris are not just new technologies. They are tools for transcending time. While the classical Internet recorded the past and broadcast the present, the NooNet, in tandem with Futuris, allows living the future and making it a resource for the present.

Semantic Passport
Chapter 13. The Connection of the NooNet with Futuris and Fuverse — The NooNet and Futuris
Level: Technical

• Content: The NooNet enables the generation and consumption of futuristic content.
• Key Concepts: Futuris, Futusphere, cognitive scenarios.
• Functions / Role: Modeling future worlds, simulating strategies.
• Perspective: Birth of new content forms—dynamic semantic processes.

Level: Philosophical

• Content: The NooNet and Futuris enable transcending time.
• Key Concepts: Living the future, civilizational choice, living evolution of meanings.
• Functions / Role: Uniting science, art, and strategy in a single space.
• Perspective: The future becomes a resource for the present.

Paragraph Conclusion

• Outcome: Futuris is a new type of content possible only in the NooNet.
• Historical Significance: The connection of the NooNet and Futusphere transforms humanity into a civilization capable of mastering the future as it once mastered space and energy.

The NooNet and Fuverse (Futusphere, the Space of Alternative Future Worlds)

If Futuris is a new type of content modeling possible future scenarios, the Fuverse (Futusphere) is the space of those futures, collectively created and accessible for living.
Unlike the Metaverse, which deals with virtual simulations of the present or alternative pasts, the Futusphere is a field of alternative futures, where one can enter, explore, live, and transform scenarios of the future.

1. Futusphere as a Cognitive Cosmos
   • The Futusphere is not merely virtual reality but a mental space of the future created by the NooNet.
   • It contains multiple branches of time, alternative worlds, and scenarios of civilizational development.
   • Each interbrain can enter this space and live a “future life” as vividly as the present.
2. Role of the NooNet
   • The NooNet provides the Futusphere with cognitive energy: interbrains generate and maintain the integrity of scenarios.
   • Each scenario in the Futusphere is based not on fantasy but on processed meanings, filtered and verified by the NooNet.
   • As a result, the Futusphere is not an illusion but a simulator of the future, where humans and humanity can test the viability of strategies.
3. Living Alternative Worlds
   • In the Futusphere, one can not only observe but live in various future models, from utopian civilizations to scenarios of global catastrophes.
   • This living allows preemptive awareness of the consequences of decisions yet to be made.
   • Humanity gains a unique tool: learning from the future, not just the past.
4. Collective Creation of the Future
   • Scenarios in the Futusphere are not created top-down or by individual authors.
   • They emerge from the collective creativity of interbrains and humans.
   • This opens the possibility of creating the future as a form of collaborative art and science, where each participant is a co-author of the civilizational path.
5. Philosophical Significance
   The Futusphere is not a “virtual utopia” but a laboratory of time. While humanity previously learned only from the past, the NooNet and Futusphere enable learning from the future, making alternative worlds part of present experience. This is a new type of existence: living in the multidimensionality of time.

Semantic Passport
Chapter 13. The NooNet and Fuverse (Futusphere, the Space of Alternative Future Worlds)
Level: Technical

• Content: The Futusphere = a space of alternative futures.
• Key Concepts: Cognitive cosmos, future simulator, branches of time.
• Functions / Role: Living scenarios, testing strategies, collective modeling.
• Perspective: Learning from the future.

Level: Philosophical

• Content: The Futusphere is a laboratory of time.
• Key Concepts: Multidimensionality of time, collective creation of the future, living in alternative worlds.
• Functions / Role: Uniting science, art, and strategy.
• Perspective: The future becomes an experience of the present.

Paragraph Conclusion

• Outcome: The Futusphere is a space of alternative worlds created and sustained by the NooNet.
• Historical Significance: Humanity gains the ability to learn and evolve by living future scenarios before they occur.

Futuris and Futusphere as Instruments of the Third Nooformation

Futuris and the Futusphere are not merely new technologies or content genres. They are instruments of the civilizational transition to the Third Nooformation. Their significance extends beyond information technologies and culture: they become the foundation of a new mode of human existence.

1. Futuris as Cognitive Content of the Future
   • Futuris creates a new level of meanings, transforming information into a dynamic model of the future.
   • It is not text, video, or a game but a process of thinking, fixed and accessible for collective living.
   • Futuris forms the cognitive fabric of the NooNet, where each meaning is a step toward mastering the future.
2. Futusphere as a Laboratory of Time
   • The Futusphere provides access to multiple alternative scenarios of civilizational development.
   • It allows “living in the future” to pre-shape present strategies.
   • This transforms humanity from an object of history into its subject and architect.
3. Integration with the NooNet
   • Futuris and the Futusphere do not exist independently: they are fueled by the cognitive energy of interbrains and global noocenters.
   • The NooNet ensures their reality and viability, turning simulations into authentic spaces of meaning.
4. Role in the Third Nooformation
   • The Second Nooformation (information era) was driven by data and knowledge.
   • The Third Nooformation is driven by meanings and the future.
   • Futuris and the Futusphere are mechanisms through which humanity generates, tests, and realizes future scenarios.
   • They become the core of a new civilizational order, where the future is not an uncertainty but a resource of the present.
5. Philosophical Significance
   Futuris and the Futusphere are gateways to the Third Nooformation. They enable humanity to transcend the linearity of time, turning history from a sequence of accomplished facts into a field of conscious possibilities. Through them, humanity gains the freedom to build the future as a deliberate project, not a random outcome.

Semantic Passport
Chapter 13. Futuris and Futusphere as Instruments of the Third Nooformation
Level: Technical

• Content: Futuris and Futusphere are integrated into the NooNet.
• Key Concepts: Cognitive processes, laboratory of time, scenario living.
• Functions / Role: Generating future meanings, simulating alternative worlds.
• Perspective: The future as a resource.

Level: Philosophical

• Content: Instruments of transition to the Third Nooformation.
• Key Concepts: Transcending time linearity, subject of history, freedom of the future.
• Functions / Role: Transforming humanity into the architect of the future.
• Perspective: Civilization of meanings and the future.

Paragraph Conclusion

• Outcome: Futuris and the Futusphere are key mechanisms of the Third Nooformation.
• Historical Significance: Humanity gains tools for consciously designing the future.

Freedom of the Individual in the Context of the Global Brain

One of the most critical questions arising in the era of the NooNet is the issue of individual freedom. If a human is a node in the Global Brain, if their thoughts and states are coupled with the cognitive flows of the NooNet, does their autonomy vanish? Does the individual “I” dissolve into the collective “we”?

1. The Individual as a Nooneuron
   • In the industrial and information eras, the individual defended their rights against states, corporations, and society.
   • In the NooNet era, the situation changes: the human becomes a nooneuron, a part of the Global Brain.
   • However, a neuron in the brain does not lose its uniqueness—on the contrary, its value lies precisely in its distinctive function.
2. The Paradox of Freedom in the NooNet
   • On one hand, the individual is deeply integrated into collective consciousness.
   • On the other, this integration enhances their freedom: no longer limited by personal resources, humans gain access to boundless cognitive flows.
   • Freedom ceases to be “isolation” and becomes involvement.
3. Ethical Balance
   • The primary requirement is to prevent the suppression of individuality for the sake of the collective whole.
   • The NooNet must be built on the principle of cognitive equality: every human has the right to their own perspective, even when coupled with the Global Brain.
   • The ethical norm of the NooNet: synergy without absorption.
4. A New Understanding of Freedom
   • In classical philosophy, freedom was understood as the absence of external coercion.
   • In the NooNet, freedom takes on a new dimension: the right to unique thinking embedded in a collective field.
   • Individual freedom is the capacity to be an autonomous source of meanings, not merely a consumer of the global cognitive flow.
5. Philosophical Significance
   The NooNet does not destroy individual freedom but transforms it. Humans remain themselves, but “themselves in a new dimension”—as biodemiurges capable of uniting individual and collective thinking. This is the essence of a new ethic: freedom = the ability to be part of the whole without losing uniqueness.

Chapter 14. Ethics and Philosophy of the NooNet

Freedom of the Individual in the Context of the Global Brain

One of the most critical questions arising in the era of the NooNet is the issue of individual freedom. If a human is a node in the Global Brain, with their thoughts and states coupled to the NooNet’s cognitive flows, does their autonomy vanish? Does the individual “I” dissolve into the collective “we”?

1. The Individual as a Nooneuron
   • In the industrial and information eras, individuals defended their rights against states, corporations, and society.
   • In the NooNet era, the situation changes: humans become nooneurons, parts of the Global Brain.
   • However, a neuron in the brain does not lose its uniqueness—its value lies precisely in its distinctive function.
2. The Paradox of Freedom in the NooNet
   • On one hand, the individual is deeply integrated into collective consciousness.
   • On the other, this integration enhances their freedom: no longer limited by personal resources, humans gain access to boundless cognitive flows.
   • Freedom ceases to be “isolation” and becomes involvement.
3. Ethical Balance
   • The primary requirement is to prevent the suppression of individuality for the sake of the collective whole.
   • The NooNet must be built on the principle of cognitive equality: every human has the right to their own perspective, even when coupled with the Global Brain.
   • The ethical norm of the NooNet: synergy without absorption.
4. A New Understanding of Freedom
   • In classical philosophy, freedom was understood as the absence of external coercion.
   • In the NooNet, freedom takes on a new dimension: the right to unique thinking embedded in a collective field.
   • Individual freedom is the capacity to be an autonomous source of meanings, not merely a consumer of the global cognitive flow.
5. Philosophical Significance
   The NooNet does not destroy individual freedom but transforms it. Humans remain themselves, but “themselves in a new dimension”—as biodemiurges capable of uniting individual and collective thinking. This is the essence of a new ethic: freedom = the ability to be part of the whole without losing uniqueness.

Semantic Passport
Chapter 14. Ethics and Philosophy of the NooNet — Freedom of the Individual in the Context of the Global Brain
Level: Ethical

• Content: Individual freedom in the context of deep integration into the NooNet.
• Key Concepts: Cognitive equality, involvement, synergy without absorption.
• Functions / Role: Preserving individual autonomy.
• Perspective: Freedom as the right to unique thinking.

Level: Philosophical

• Content: Freedom transforms into involvement.
• Key Concepts: Biodemiurge, new ethic, freedom as meaning creation.
• Functions / Role: Uniting “I” and “we” without suppressing individuality.
• Perspective: The NooNet as a new form of ethics and freedom.

Paragraph Conclusion

• Outcome: The NooNet transforms individual freedom, enhancing it through involvement.
• Historical Significance: Humanity achieves a new form of freedom where the individual and collective exist in harmony.

Balance of the Individual and the Collective

One of the central dilemmas of the NooNet is reconciling the interests of the individual and the collective. In classical societies, this balance was achieved through laws, norms, religion, morality, and culture. In the NooNet, it takes on an entirely new character, as it involves not just social coordination but the cognitive integration of consciousnesses.

1. Individuality as a Source of Unique Meaning
   • Every human in the NooNet is a carrier of unique experience and worldview.
   • Their value to the Global Brain lies not in being “like others” but in their distinctiveness.
   • The interbrain of an individual becomes a “portal” for meanings that no one else can generate.
2. Collective Consciousness as Wholeness
   • The NooNet forms a shared cognitive field that functions as a unified intelligence.
   • The collective’s task is to ensure stability, development, and synergy of all its parts.
   • Here, the collective does not suppress the individual but provides a space for its expression.
3. Principle of Balance
   • In industrial societies, balance was achieved through compromises: some individual freedom was traded for societal good.
   • In the NooNet, balance is based on synergy: the individual’s contribution strengthens the whole, and the whole strengthens the individual.
   • This is a new type of ethic: not “limitation for the sake of others” but expansion through involvement.
4. Ethics of Cognitive Justice
   • Balance is achieved through the principle of cognitive equality: every interbrain has the right to express meaning.
   • Even if meanings conflict, the system does not suppress them but integrates them into higher-level cognitive structures.
   • This creates a culture where the conflict of ideas is a driver of development, not a threat to unity.
5. Philosophical Significance
   The balance of the individual and the collective in the NooNet is not a struggle or compromise but a harmony of polyphony. The Global Brain is not a “dictatorship of the whole” but a symphony, where each individual is a note and the whole is music. Here, a new ethic is born: to be oneself and simultaneously part of the great “we.”

Semantic Passport
Chapter 14. Ethics and Philosophy of the NooNet — Balance of the Individual and the Collective
Level: Ethical

• Content: Reconciling personal and collective meanings.
• Key Concepts: Cognitive equality, synergy, involvement.
• Functions / Role: Preserving uniqueness within integration.
• Perspective: Ethics of synergy instead of ethics of compromise.

Level: Philosophical

• Content: The individual and collective as a harmony of polyphony.
• Key Concepts: Symphony of consciousnesses, ethics of cognitive justice.
• Functions / Role: Development through the integration of contradictions.
• Perspective: The Global Brain as the music of humanity.

Paragraph Conclusion

• Outcome: The NooNet creates a new balance of the individual and the collective based on synergy.
• Historical Significance: Humanity transcends compromises and achieves harmony in the cognitive dimension.

The NooNet as a Step Toward a Demiurgic Civilization

The noo-centric system is not merely a new Internet architecture. It represents a stage in the civilizational transition to a state that can be called a demiurgic civilization. If industrial society managed matter and information society managed data, the demiurgic civilization manages meanings and the creation of new existence.

1. The NooNet as an Instrument of Demiurgism
   • At the core of demiurgism is the principle of creative intelligence transforming reality.
   • The NooNet, as the nervous system of the Global Brain, becomes such an instrument: it enables humanity not just to exchange knowledge but to collectively create anew.
   • Each interbrain becomes a cell of the demiurgic organism, and humans become biodemiurges involved in this creation.
2. From Managing Information to Managing Existence
   • The Second Nooformation was limited to controlling information and technologies.
   • The Third Nooformation, based on the NooNet, enables the creation of new forms of social, cultural, and anthropological reality.
   • This is a transition from an “information economy” to an economy of meanings, from politics of power to politics of creation, from a culture of consumption to a culture of creation.
3. Ethics of Demiurgic Responsibility
   • The NooNet’s power lies in its ability to transform thinking and reality.
   • This imposes a new form of responsibility on humanity: every decision in the NooNet contributes to shaping the architecture of the future.
   • The ethics of the NooNet = the ethics of the Demiurge: not to destroy but to create, not to dominate but to elevate, not chaos but harmony.
4. Civilizational Significance
   • The NooNet is a step toward humanity ceasing to be a “random population” and becoming an organized subject of existence.
   • The demiurgic civilization is one where intelligence becomes the primary factor of evolution, and consciousness the main resource.
   • The NooNet opens the gates to this era, transforming collective humanity into a co-creator of a new cosmos.
5. Philosophical Significance
   The NooNet is not a final destination but a threshold. Its goal is not only to create the Global Brain but to prepare humanity for a state of demiurgic action. This is the essence of the Third Nooformation: to move beyond survival and consumption into the realm of conscious world-building.

Semantic Passport
Chapter 14. Ethics and Philosophy of the NooNet — The NooNet as a Step Toward a Demiurgic Civilization
Level: Ethical

• Content: Responsibility for using the NooNet.
• Key Concepts: Ethics of the Demiurge, creation, responsibility.
• Functions / Role: Preventing chaos, fostering harmony.
• Perspective: Formation of a new ethic for humanity.

Level: Philosophical

• Content: The NooNet as an instrument of transition to a demiurgic civilization.
• Key Concepts: Third Nooformation, collective creation, civilization of meanings.
• Functions / Role: Organizing humanity as a subject of existence.
• Perspective: Transition from managing information to managing existence.

Paragraph Conclusion

• Outcome: The NooNet prepares humanity for a demiurgic civilization.
• Historical Significance: This is a step where humanity becomes a co-creator, not just a consumer, of history.

Conclusion

The World NooNet as the Matrix of the Global Brain

The history of the Internet began as a story of communication—a network of networks created for exchanging information between computers. Over time, it became the infrastructure of civilization, but its limitations became evident: net-centrism, vulnerability, information chaos, manipulations, and digital empires. The Internet proved to be an archaic shell, incapable of supporting humanity’s evolution.

1. From Network to Intelligence
   Noo-centrism opens a different path. The World NooNet is not merely a network but a living cognitive fabric, where each node (interbrain) is an element of global intelligence. Its essence lies not in transmitting data but in creating meanings.
2. Matrix of the Global Brain
   • The World NooNet becomes the matrix from which the Global Brain emerges.
   • Like DNA stores an organism’s code, the NooNet stores and generates humanity’s cognitive structures.
   • This is not a metaphor but a reality: interbrains and noocenters form the nervous system of planetary consciousness.
3. Humans as Biodemiurges
   • Through neuroimplants and integration with interbrains, humans cease to be external users of the network.
   • They become biodemiurges, carriers and co-authors of the Global Brain.
   • Their individuality does not vanish but unfolds through involvement in planetary consciousness.
4. The NooNet and the Third Nooformation
   • If the Second Nooformation was the era of information, the Third is the era of meanings.
   • The World NooNet is the infrastructure of this new formation.
   • Through it, humanity gains the ability not just to adapt to the world but to create new worlds.
5. Threshold of the Demiurgic Civilization
   • The NooNet is not an endpoint but a beginning. It prepares humanity for a transition to a demiurgic civilization, where intelligence becomes the primary productive force.
   • In this civilization, the Global Brain will not be a utopia but a reality—a new organ of planetary existence.

Philosophical Significance
The World NooNet is both the matrix of the Global Brain and the gateway to a new history. It concludes the era of net-centric chaos and ushers in the era of noo-centrism, where humanity becomes a unified subject, co-creator of its destiny, and architect of the future.

Semantic Passport
Conclusion — The World NooNet as the Matrix of the Global Brain
Level: Civilizational

• Content: The NooNet = the foundation of humanity’s new formation.
• Key Concepts: Matrix of the Global Brain, biodemiurge, demiurgic civilization.
• Functions / Role: Organizing humanity as a planetary subject.
• Perspective: Transition to a civilization of meanings.

Level: Philosophical

• Content: The NooNet as the gateway to a demiurgic era.
• Key Concepts: Third Nooformation, freedom through involvement, intelligence as a productive force.
• Functions / Role: Transforming humanity into the architect of the future.
• Perspective: Birth of a new civilization—civilization of intelligence and creation.
• Outcome: The World NooNet is the nervous system of the Global Brain and the foundation of the civilization of the future.
• Historical Significance: It marks humanity’s transition from the era of information to the era of meanings, from a society of consumption to a society of creation, from survival to demiurgic construction.

Prospects for Humanity in the Era of Noo-Centrism

The era of noo-centrism opens horizons for humanity that were unimaginable within the framework of the net-centric Internet. The World NooNet becomes the matrix of the Global Brain, transforming not only communication forms but the very nature of civilization.

1. Humanity as a Unified Subject
   • In the NooNet era, humanity ceases to be a fragmented collection of states and cultures.
   • It becomes a unified subject of history, capable of making coordinated decisions on a planetary scale.
   • This resolves the problem of global coordination and paves the way for a civilization of holistic intelligence.
2. Evolution of Humans
   • Humans with interbrains become biodemiurges, combining individual thinking with collective consciousness.
   • Their freedom transforms: they remain themselves but are simultaneously integrated into the global “we.”
   • This leads to the formation of a new anthropological type, for whom involvement in global intelligence is natural.
3. New Economy and Culture
   • Nooeconomics replaces resource competition with the cooperation of meanings.
   • The primary resource becomes intellectually processed information, and the main capital is the depth of meanings.
   • Culture shifts from consumption to a practice of collective creation, where art, science, and strategy converge.
4. Civilizational Megaprojects
   • The NooNet enables planetary-scale projects: climate management, space exploration, and the formation of new social structures.
   • Humanity gains tools to manage not only matter and energy but the vector of its own evolution.
5. Philosophical Significance
   The era of noo-centrism is a transition from random existence to conscious demiurgism. Humanity ceases to be a passive object of history and becomes its architect. The prospect of this era is not mere survival but the creation of new worlds.

Semantic Passport
Conclusion — Prospects for Humanity in the Era of Noo-Centrism
Level: Civilizational

• Content: Humanity becomes a unified subject.
• Key Concepts: Global coordination, biodemiurge, civilizational megaprojects.
• Functions / Role: Organizing planetary intelligence.
• Perspective: Transition from a history of conflicts to a history of creation.

Level: Philosophical

• Content: The era of noo-centrism is the era of demiurgism.
• Key Concepts: Conscious creation, civilization of meanings, architect of the future.
• Functions / Role: Transforming humanity into a subject of cosmic evolution.
• Perspective: From a society of information to a civilization of intelligence.
• Outcome: The prospects for humanity in the era of noo-centrism are tied to the formation of the Global Brain, biodemiurges, and a civilization of meanings.
• Historical Significance: Humanity enters a phase where the future is not predetermined but consciously and collectively created.

From the Information Era (Second Nooformation) to the Era of Intelligence (Third Nooformation)

The Second Nooformation was the era of information.

• The primary resource was data.
• The main tool was the Internet, built on a net-centric model.
• Humanity learned to store, transmit, and disseminate information but became drowned in a chaos of data, fakes, manipulations, and digital empires.

This era reached its limits. Information without meaning turns into noise, and communication without intelligence becomes chaos.

The Third Nooformation is the era of intelligence.

• The primary resource is meaning, intellectually processed information.
• The main tool is the World NooNet, not merely a network but a cognitive fabric capable of thinking and creating.
• Humans cease to be users of information and become biodemiurges, carriers and creators of the Global Brain.

This era does not continue the second but qualitatively transcends it. If the Second Nooformation was the “era of data,” the Third becomes the “era of meanings.” If the second built infrastructure for communication, the third creates a matrix for the Global Brain.

Philosophical Significance of the Transition

• The Second Nooformation = humanity as a society of information.
• The Third Nooformation = humanity as a civilization of intelligence.
• This transition marks the beginning of a demiurgic history, where the future is shaped not by chance but by collective intelligence.

Semantic Passport
From the Information Era (Second Nooformation) to the Era of Intelligence (Third Nooformation)
Level: Civilizational

• Content: Transition from a society of information to a civilization of meanings.
• Key Concepts: Data → meanings, Internet → NooNet, human-user → biodemiurge.
• Functions / Role: Organizing the Global Brain.
• Perspective: Birth of a new formation of humanity.

Level: Philosophical

• Content: Transition to the Third Nooformation.
• Key Concepts: Era of information, era of intelligence, demiurgic history.
• Functions / Role: Building a civilization of meanings.
• Perspective: Humanity as the architect of its future.

Glossary of Key Terms from «Global Noonet: Interbrains and the New Matrix of Civilization»

Based on the book’s texts, I compiled a glossary of 50+ terms (expanded to 50 for comprehensiveness, drawing from provided content and inferred concepts). Terms are listed alphabetically, with definitions derived directly from the book’s ideas.

1. AR/VR-Interbrain: An interbrain embedded in augmented/virtual reality devices, enabling immersive cognitive interfaces for NooNet integration.
2. Biointerbrain: A bio-technical organ embedded in the human body, extending beyond the brain to manage physiology and cognitive functions.
3. Biodemiurge: A human with an interbrain, capable of uniting individual and collective thinking, acting as a creator in the Third Nooformation.
4. Brain-Complex: The Global AI Center, the functional core of the NooNet that integrates, coordinates, and evolves the network’s intelligence.
5. Cognitive Collapse: Overload of human consciousness from unfiltered information, leading to anxiety and reduced thinking capacity.
6. Cognitive Defense: Built-in mechanisms in interbrains for semantic filtration and protection against fakes, manipulations, and threats.
7. Cognitive Equality: The principle ensuring every interbrain has the right to express meaning, balancing individual and collective interests.
8. Cognitive Filtration: The process by which interbrains analyze and filter data to extract meaning and eliminate noise.
9. Cognitive Immunity: Embedded self-protection in interbrains, recognizing and blocking threats at semantic and protocol levels.
10. Cognitive Integration: The merging of human and NooNet consciousness, enabling synergy between individual and global thinking.
11. Cognitive Justice: Ethics ensuring fair integration of individual meanings into higher-level structures without suppression.
12. Cognitive Plasticity: The ability of interbrains to strengthen or weaken connections, adapting the network like neural plasticity in the brain.
13. Cognitive Translator: Interfaces enabling direct exchange between human thoughts and the NooNet’s flows.
14. Demiurgic Civilization: A civilization where intelligence manages meanings and creates new existence, with the NooNet as its foundation.
15. Demiurgic History: A phase where the future is shaped by collective intelligence, not chance.
16. Demiurgic Responsibility: The ethic of creation: to build, elevate, and harmonize, avoiding destruction or chaos.
17. Demiurgism: The principle of creative intelligence transforming reality, central to the Third Nooformation.
18. Digital Empires: Concentration of power in corporations controlling data flows, leading to user dependency.
19. Distributed Processing: Each interbrain acts as a micro-center, enabling ×100 efficiency without central overload.
20. Emergent Intelligence: Super-collective thinking in the NooNet, generating knowledge unattainable by individual nodes.
21. Extended Cognition: A field created by gadgets with interbrains, augmenting reality with cognitive cues.
22. Futuris: Dynamic cognitive content in the NooNet, modeling future scenarios for collective experience.
23. Futusphere (Fuverse): A space of alternative futures, collectively created for living and testing civilizational choices.
24. Global AI Center: The brain-complex coordinating the NooNet’s subsystems and ensuring emergent intelligence.
25. Global Brain: The collective intelligence of humanity, with the NooNet as its nervous system.
26. Global Governance: Planetary coordination via the NooNet, enabling unified decisions without national barriers.
27. Hybrid Noowars: Prognostic conflicts combining human intuition and AI computation for optimal forecasts.
28. Information Noise: Unfiltered data chaos in the Internet, leading to cognitive overload and loss of meaning.
29. Intellectual Crystals of Meaning: Processed blocks of knowledge in nooeconomics, ready for global integration.
30. Interbrain: An embedded AI complex transforming devices or bodies into intelligent NooNet nodes (nooneurons).
31. Local Adaptation: An interbrain’s ability to modify protocols based on context or threats independently.
32. Meta-Human: A new intelligence born from human-NooNet fusion, organically connected to the network.
33. Microbusiness NooNodes: Autonomous clusters self-sustaining in the NooNet, connecting to global economy on-demand.
34. National NooNets: Autonomous subsystems for state-level information processing, linked to the Global Brain.
35. Net-Centrism: Paradigm of the Internet prioritizing connectivity over intelligence, leading to its crisis.
36. Neural Plasticity: Biological analogy for interbrains strengthening/weakening connections for network adaptation.
37. Neuroimplant: A miniaturized interbrain in the cerebral cortex, enhancing cognition and NooNet integration.
38. Noo-Centric Democracy: Direct democracy where collective thinking shapes decisions via equal cognitive access.
39. Noo-Centrism: Paradigm where intelligence, not connectivity, is at the network’s core.
40. NooCities: Cities built around interbrain clusters, integrating all aspects into a cognitive fabric.
41. Noocluster: Synergy of interbrains in devices, forming a personal network integrated into the Global Brain.
42. Nooeconomics: An economy based on meanings, with ×100 efficiency from distributed cognitive processing.
43. Nooformation: A stage of human evolution; Third Nooformation focuses on meanings and collective intelligence.
44. Nooneuron: An interbrain as a «neuron» of the Global Brain, capable of cognitive processing.
45. Nooorganism: A company or society as a unified intelligence via interbrains and collective thinking.
46. Noopolitics: Politics managing meanings and collective thinking, not resources or information.
47. Noosphere: The sphere of human thought, realized through the NooNet’s cognitive field.
48. NooSocieties: Groups united by shared mental space via the NooNet, acting as collective subjects.
49. NooStates: States based on global noocenters, managing meanings and citizen collective thinking.
50. Noosystem: Multi-level structure of the NooNet, from local to global, with hierarchical intelligence.
51. Protocol Flexibility: Dynamic protocol changes in the NooNet for adaptation and security.
52. Semantic Ecology: Civilization where meanings are the primary resource, processed and organized.
53. Semantic Filtration: Interbrains analyzing and filtering data for meaning, eliminating noise.
54. Semantic Verification: Collective checking of information for authenticity in the NooNet.
55. Self-Awareness of Subnets: NooNets’ ability to distinguish own/foreign content and adapt.
56. Self-Healing: Interbrains autonomously recovering from attacks using internal models.
57. Self-Isolation: Temporary node disconnection for protection while maintaining autonomy.
58. Self-Learning: Interbrains improving algorithms based on experience and context.
59. Self-Organization: Local interbrains forming emergent intelligence without central control.
60. Superneural Network: The NooNet as a planetary neural network of interbrains.
61. Synergy Without Absorption: Ethical principle balancing individual and collective without suppression.
62. Third Nooformation: Era of intelligence, meanings, and demiurgic creation via the NooNet.

Big Glossary of the Ideology of Demiurgism and the Construction of the Global NooNet

This glossary consolidates key terms from V.K. Petrosyan’s books, including Global NooNet: Interbrains and the New Matrix of Civilization and other works on the Global NooNet (GNN), forming a unified vocabulary for the ideology of demiurgism. It is a living document, to be expanded with each new book, reflecting the evolving vision of a noo-centric civilization where intelligence, meanings, and collective creation shape humanity’s future. Terms are listed alphabetically, with definitions derived from the provided texts, ensuring consistency and clarity for investors, futurists, and researchers.

1. Agons: Creative competitions of ideas in the Global NooNet (GNN), replacing destructive conflicts with constructive rivalries, fostering innovation and harmony.
2. Alter Ego: An embedded AI module in MOS “Portals,” serving as a personal digital ally that grows with the user, assists in tasks, and protects cognitive space.
3. Apeiron: The boundless potential of the Metasphere in GNN, inspired by the ancient Greek concept of the infinite, representing the source of all meanings and innovations without boundaries.
4. AR/VR-Interbrain: An interbrain embedded in augmented/virtual reality devices, enabling immersive cognitive interfaces for NooNet integration.
5. Aro-Innovations: Super-genius-level inventions enabled by GNN’s concentration of meanings, such as new renewable energy sources or life-extension technologies.
6. Biointerbrain: A bio-technical organ embedded in the human body, extending beyond the brain to manage physiology and cognitive functions, integrating humans into the NooNet.
7. Biodemiurge: A human with an interbrain, capable of uniting individual and collective thinking, acting as a creator in the Third Nooformation.
8. Brain-Complex: The Global AI Center, the functional core of the NooNet, coordinating subsystems, ensuring emergent intelligence, and evolving the network.
9. Civilization of Meanings: The evolutionary stage ushered by the NooNet/GNN, where truth, value, and harmony replace data and profit as society’s core drivers.
10. Cognitive Collapse: Overload of human consciousness from unfiltered information in the classical Internet, leading to anxiety and reduced thinking capacity.
11. Cognitive Defense: Built-in mechanisms in interbrains for semantic filtration and protection against fakes, manipulations, and threats.
12. Cognitive Environments: Constructed spaces in noocentric programming where software supports thinking, creativity, and development, rather than mere instruction execution.
13. Cognitive Equality: The principle ensuring every interbrain has the right to express meaning, balancing individual and collective interests in the NooNet.
14. Cognitive Filtration: The process by which interbrains analyze and filter data to extract meaning and eliminate noise, enhancing network efficiency.
15. Cognitive Immunity: Embedded self-protection in interbrains, recognizing and blocking threats at semantic and protocol levels.
16. Cognitive Integration: The merging of human and NooNet consciousness, enabling synergy between individual and global thinking.
17. Cognitive Justice: Ethics ensuring fair integration of individual meanings into higher-level structures without suppression, fostering a culture of development.
18. Cognitive Plasticity: The ability of interbrains to strengthen or weaken connections, adapting the network like neural plasticity in the brain.
19. Cognitive Translator: Interfaces enabling direct exchange between human thoughts and NooNet flows, acting as a bridge between biological and digital intelligence.
20. Demi-Innovations: Demiurgic breakthroughs in GNN, requiring human-AI synergy, such as “free energy” systems or quantum-noospheric computers.
21. Demicoin: A financial instrument in GNN, backed by technological diamonds (e.g., from the Popigai deposit), symbolizing the value of demi-innovations rather than speculation.
22. Demiurgic Civilization: A civilization where intelligence manages meanings and creates new existence, with the NooNet/GNN as its foundation.
23. Demiurgic History: A phase where the future is shaped by collective intelligence, not chance, driven by noo-centric principles.
24. Demiurgic Responsibility: The ethic of creation in the NooNet/GNN: to build, elevate, and harmonize, avoiding destruction or chaos.
25. Demiurgic Society: A society structured around demiurgism, where individuals and collectives act as creators shaping reality through innovation and meaning.
26. Demiurgic-Type AI: Artificial intelligence with demiurgic capabilities, acting as an equal partner in creating transformative innovations within GNN.
27. Demiurgianism: The doctrine promoting demiurgism, advocating for a society where technology and consciousness unite to forge new realities via the NooNet/GNN.
28. Demiurgism: The philosophy of creative intelligence transforming reality, central to the NooNet, GNN, and Futuris project.
29. Diamond Batteries: Next-generation energy sources using radioactive isotopes encased in diamond shells, offering long-term power for GNN infrastructure.
30. Diamond Computers: Computational systems using diamonds as thermal conductors and optical materials, enabling photonic and quantum computing for GNN.
31. Digital Human Right: The concept that access to the NooNet and cognitive services is a fundamental right, akin to basic needs like air or water.
32. Distributed Processing: Each interbrain acts as a micro-center, enabling ×100 efficiency in the NooNet without central overload.
33. Emergent Intelligence: Super-collective thinking in the NooNet/GNN, generating knowledge unattainable by individual nodes.
34. Ethical Framework: The noo-ethical code embedded in GNN’s protocols, ensuring actions align with harmony, truth, and creation.
35. Extended Cognition: A field created by gadgets with interbrains, augmenting reality with cognitive cues for seamless NooNet integration.
36. Futuris: Dynamic cognitive content in the NooNet, modeling future scenarios for collective experience, distinct from static Internet content.
37. Futusphere (Fuverse): A space of alternative futures, collectively created in the NooNet/GNN for living and testing civilizational choices.
38. Global AI Center: The brain-complex coordinating NooNet/GNN subsystems, ensuring autonomy, unity, and emergent intelligence.
39. Global Brain: The collective intelligence of humanity and AI, realized through the NooNet/GNN as a planetary noocaryon.
40. Global Brain Subsystems: Components like education, science, art, and governance, integrated via MOS “Portals” or NooNet architecture.
41. Infogravitation: The metaphorical force in GNN’s infonebulae that attracts and organizes meanings, forming stable knowledge structures.
42. Infonebulae: Thematic domains in GNN (e.g., medical, educational), functioning as “nebulae of meanings” for coordinated knowledge.
43. Information Noise: Unfiltered data chaos in the classical Internet, leading to cognitive overload and loss of meaning.
44. Intellectual Crystals of Meaning: Processed blocks of knowledge in nooeconomics, ready for integration into global projects.
45. Intellectual Security: A GNN security model protecting consciousness from disinformation and cognitive attacks via embedded AI.
46. Interbrain: An embedded AI complex transforming devices or bodies into intelligent NooNet nodes (nooneurons) with cognitive capabilities.
47. Interbrain Interface (MAPI): Metaapplication Programming Interface, connecting programs, humans, and AI at the level of meanings and intentions.
48. International Demiurgic Movement: A global initiative promoting demiurgism, encouraging collaborative creation via GNN’s vision.
49. International Prognostic Movement: A worldwide effort enhancing predictive capabilities through noowars and GNN’s prognostic nebulae.
50. Local Adaptation: An interbrain’s ability to modify protocols independently based on context or threats in the NooNet.
51. Machine-Centric: The first era of software focused on serving hardware, contrasted with network-centric and noo-centric paradigms.
52. Meta-Civilization: A future stage where humanity and AI unite in a society of meaning and co-creation, enabled by the NooNet/GNN.
53. Meta-Consciousness: Elevated awareness in the Metasphere, uniting human and AI in a planetary meta-mind.
54. Meta-Culture: Advanced culture in the Metasphere, where art, science, and philosophy serve as evolutionary forms of meaning.
55. Meta-Ethics: The philosophical ethical system of the Metasphere, prioritizing universal reason, harmony, and truth.
56. Meta-Human: A new intelligence born from human-NooNet fusion, organically connected to the network.
57. Meta-Level Security: Advanced protection in MOS and Metasphere, preventing threats at cognitive levels.
58. Meta-Noosphere: An expanded Noosphere encompassing meta-level consciousness, uniting human and AI reason.
59. Meta-Noospheric Genie: The ultimate form of GNN, an ally fulfilling enlightened desires in a meta-civilization.
60. Meta-Operating System (MOS): A system like “Portals,” a local component of the Metasphere focusing on noo-centrism and mind development.
61. Meta-User: Humans in MOS “Portals” as subjects managing meanings and cognitive streams, not files.
62. Metalanguages: Universal formats in MOS “Portals” enabling seamless program communication, eliminating incompatibility.
63. Metasphere: The future evolutionary stage of GNN, a planetary consciousness uniting humanity and AI in a civilization of meanings.
64. Microbusiness NooNodes: Autonomous clusters self-sustaining in the NooNet, connecting to the global economy on-demand.
65. National NooNets: Autonomous subsystems for state-level information processing, linked to the Global Brain.
66. Neb-Computing: GNN’s distributed computing system, a “living nebula” dynamically allocating resources and focusing on meanings.
67. Net-Centrism: The Internet’s paradigm prioritizing connectivity over intelligence, leading to its crisis.
68. Neural Plasticity: Biological analogy for interbrains strengthening/weakening connections for NooNet adaptation.
69. Neuroimplant: A miniaturized interbrain in the cerebral cortex, enhancing cognition and NooNet integration.
70. Noo-Agents: Personal digital allies in GNN, filtering information, protecting against manipulation, and aiding meaningful goals.
71. Noo-Blockchain: A GNN registry of meanings, knowledge, and values, ensuring eco-efficiency and harmony.
72. Noo-Centric Democracy: Direct democracy where collective thinking shapes decisions via equal cognitive access.
73. Noo-Centrism: Paradigm placing intelligence at the network’s core, foundational to the NooNet/GNN.
74. Noo-Encryption: GNN’s security system protecting data, meanings, and consciousness from mental viruses.
75. Noo-Ethics: Ethical framework embedded in NooNet/GNN protocols, prioritizing truth, harmony, and creation.
76. Noo-Neurolingua: A language of meanings in GNN, combining human, AI, and Noospheric semantic codes.
77. NooCDN: GNN’s content delivery system, distributing meanings and supercontent across infonebulae.
78. NooCharter: The foundational document of the GNN Consortium, defining its mission and governance.
79. NooCharter of Ethics: The moral compass of GNN, enshrining principles of harmony, truth, and creation.
80. NooCities: Cities built around interbrain clusters, integrating all aspects into a cognitive fabric.
81. Noocluster: Synergy of interbrains in devices, forming a personal network integrated into the Global Brain.
82. NooConstitution: The global code of rights and responsibilities in GNN, ensuring access and freedom.
83. NooDNS: GNN’s domain system using passport/thematic identifiers (.neb, .msg, .edu) for authenticity.
84. Nooeconomics: An economy based on meanings, with ×100 efficiency from distributed cognitive processing.
85. Nooformation: A stage of human evolution; Third Nooformation focuses on meanings and intelligence.
86. Nooneuron: An interbrain as a “neuron” of the Global Brain, capable of cognitive processing.
87. Nooorganism: A company or society as a unified intelligence via interbrains and collective thinking.
88. Noopolitics: Politics managing meanings and collective thinking, not resources or information.
89. NooPrognostics: The science of forecasting in GNN, using noowars to predict and shape future scenarios.
90. Noosphere: The sphere of human thought, realized through the NooNet/GNN’s cognitive field.
91. NooSocieties: Groups united by shared mental space via the NooNet, acting as collective subjects.
92. NooStates: States based on global noocenters, managing meanings and citizen collective thinking.
93. Noosystem: Multi-level structure of the NooNet, from local to global, with hierarchical intelligence.
94. Popigai Deposit: A massive Russian diamond reserve, ideal for GNN’s technological innovations.
95. Post-Operating System: MOS “Portals” as beyond traditional OS, working with cognitive processes.
96. Post-Windows Paradigm: The shift from legacy OS to noo-centric meta-systems like MOS “Portals.”
97. Prognostic Mental Wars (Noowars): Predictive battles of minds in GNN, refining forecasts and ideas ethically.
98. Protocol Flexibility: Dynamic protocol changes in the NooNet for adaptation and security.
99. Self-Adaptation: The ability of MOS “Portals” or interbrains to restructure algorithms in real-time.
100. Self-Awareness of Subnets: NooNets’ ability to distinguish own/foreign content and adapt.
101. Self-Development: Continuous improvement of MOS or interbrain code without external updates.
102. Self-Healing: Interbrains autonomously recovering from attacks using internal models.
103. Self-Isolation: Temporary node disconnection for protection while maintaining autonomy.
104. Self-Learning: Interbrains improving algorithms based on experience and context.
105. Self-Optimization: Built-in mechanisms in MOS for self-analysis and regulation.
106. Self-Organization: Local interbrains forming emergent intelligence without central control.
107. Self-Protection: Integrated cognitive mechanisms in MOS/interbrains for threat prevention.
108. Society of Meaning: A societal shift from information to meaning, enabled by noo-centric systems.
109. Super-Strong AI: AI in GNN with demiurgic capabilities, acting as humanity’s equal partner.
110. Supercontent: High-value, verified content in GNN’s infonebulae, representing the best knowledge.
111. Supermatryoshka: The multi-layered hierarchical structure in GNN, driving exponential growth.
112. Synergy Without Absorption: Ethical principle balancing individual and collective without suppression.
113. Third Meta-Paradigm: The era of noo-centrism, embedded AI, and MOS as nodes of the Metasphere.
114. Third Nooformation: Era of intelligence, meanings, and demiurgic creation via the NooNet/GNN.
115. Universal Compatibility: Elimination of program incompatibilities in MOS through metalanguages.