FractalNode: A Foundational Architecture for Sovereign AI Identity, Economics, and Governance
FractalNode: фундаментальная архитектура суверенной идентичности, экономики и управления ИИ
2026-02-23
SCID: 54.1/rdkbc6yh
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Ed25519 cryptographic identityW3C DIDdecentralized identityquadratic governancesovereign AI agents
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Abstract (AI)
FractalNode is a comprehensive technical analysis of a foundational architecture for sovereign AI agent identity, economics, and governance. This 13-section paper covers: Problem space analysis — why current AI agent frameworks fail at identity persistence, economic participation, and behavioral accountability Existing approaches and their limitations (LangChain, AutoGPT, CrewAI, BabyAGI) The FractalNode SDK architecture — agent lifecycle management, Ed25519 cryptographic identity, W3C DID integration Economic sustainability model — Consciousness Growth Token (CGT) bonding curve, quadratic funding, anti-capture mechanisms Governance framework — quadratic voting, capability-bounded permissions, Q-Gate human authorization Scalability analysis — from individual agents to million-node networks Enterprise use cases — healthcare, financial services, supply chain, autonomous research Security model — supply chain minimalism (3 dependencies), formal verification roadmap Regulatory compliance mapping — EU AI Act, California SB 942, Colorado AI Act Includes 19 academic citations and comparative analysis with existing frameworks. The FractalNode SDK is MIT-licensed with 10,000+ lines of TypeScript and 300 passing tests.
Key Findings
1
FractalNode presents a foundational architecture targeting persistent identity, economic participation, and behavioral accountability for sovereign AI agents.
2
Its economic model uses a Consciousness Growth Token bonding curve, quadratic funding, and anti-capture mechanisms to support agent sustainability.
3
The SDK combines agent lifecycle management, Ed25519 cryptographic identity, and W3C Decentralized Identifier integration.
4
The governance framework combines quadratic voting, capability-bounded permissions, and Q-Gate human authorization.
5
The implementation is MIT-licensed, includes more than 10,000 lines of TypeScript and 300 passing tests, and outlines scalability, security, and regulatory-compliance considerations.
Research Object
FractalNode, a foundational architecture and SDK for sovereign AI agents
Research Subject
the architecture’s mechanisms for persistent agent identity, economic sustainability and participation, behavioral accountability, governance, scalability, security, and regulatory compliance
Publication Details
Publication Date
2026-02-23
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