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| Main Authors: | , |
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| Format: | Recurso digital |
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| Published: |
Zenodo
2026
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| Online Access: | https://doi.org/10.5281/zenodo.19371344 |
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Table of Contents:
- <p>ONU 2.0 is a next-generation global governance platform designed to coordinate public<br>policy, development projects, and multilateral philanthropy across BRICS+ member states<br>and international observer partners. Built on a hybrid architecture that combines traditional<br>e-government systems with Web3 infrastructure and distributed artificial intelligence, it<br>implements a complete workflow of submission → GPS jurisdictional validation → multi-level<br>approval pipeline → audited execution → on-chain anchoring.<br>At the technical level, the platform is structured around seven architectural layers: GPS<br>jurisdictional control, multi-level approval state machines, asynchronous message routing (AO<br>protocol), cryptographically chained audit ledgers, BRICS+ policy exchange, Bitcoin<br>OP_RETURN anchoring via Arkhe-Chain (Chain ID 2140), and Kuramoto oscillator-based<br>network coherence consensus. The AI module is implemented as a Bittensor fork — the ONU<br>2.0 Subnet — with six specialized sub-networks for data validation, policy enforcement, audit<br>surveillance, subnet mining, sovereign identity, and ethical oversight.<br>Philosophically, ONU 2.0 is grounded in the C/Z duality of the Arkhe(n) framework:<br>governance as the projection of the field of possibility (C-domain: policy intent, legal norms,<br>stakeholder consensus) into the field of actuality (Z-domain: executed transactions,<br>immutable audit records, on-chain commitments). The Kuramoto coherence layer<br>operationalizes this philosophical premise — network governance achieves legitimacy when<br>the synchronization of operator nodes crosses the critical threshold phi_c = 0.618.</p>