Artificial intelligence systems now generate software, scientific research, legal documents, financial analysis, medical recommendations, and other outputs that increasingly shape human institutions and decision-making. Despite this expansion, there exists no standardized, cryptographically verifiable infrastructure capable of proving the provenance, reproducibility, model origin, training lineage, or verification status of AI-generated artifacts. The absence of such infrastructure creates systemic failures in accountability, regulatory compliance, reproducibility, attribution, and trust. INTERGET v2. 0 introduces a comprehensive provenance and autonomous coordination framework for the sovereign web through the Proof of Intelligence (PoI), a W3C Verifiable Credential standard that cryptographically binds every AI-generated artifact to its originating model, prompt, hyperparameters, training data lineage, execution environment, and independently verifiable reproducibility attestations. Each PoI record is content-addressed, signed, and registered within the Universal Semantic Intelligence Graph (USIG), a globally queryable semantic provenance graph for models, datasets, prompts, code artifacts, and intelligence relationships. This white paper specifies the complete INTERGET architecture, including the PoI schema and its three artifact classes—DETERMINISTIC, FUNCTIONALLYVERIFIABLE, and SEMANTIC—with class-specific verification semantics; the USIG distributed graph architecture; the INTERGET Semantic Query Language (ISQ) ; the INTERGET-G sovereign repository bridge with dual-write guarantees; the autonomous AI coordination protocol with multi-tier human oversight; the transitive royalty and attribution system with bounded dependency traversal; the INTERGET Trust Score; the Developer and Compliance Passports; privacy-preserving PoI modes; the Model Genealogy Graph; the Benchmark Oracle; and the Diff Intelligence Layer integrated through WEBB Observe. The paper further defines the complete governance, dispute resolution, economic settlement, regulatory compliance, and security framework of the protocol, including anti-collusion verification node selection, VRF-based attestation governance, privacy-preserving provenance, sovereign storage guarantees through PSW vaults, and integration with the broader Techmanity Stack, including TIP v9. 0, KNOWDES v2. 0, MetaMesh v1. 0, WEBB v1. 0, WEBBIUM v1. 1, and the Rahmn Standard. INTERGET positions cryptographic provenance as foundational infrastructure for the AI era, transforming reproducibility, attribution, accountability, and verification from organizational policy objectives into protocol-level guarantees for distributed intelligence systems.
Rashon Rahming (Fri,) studied this question.