Public authorship proof for useful work, reducing ownership uncertainty so more resources go to implementation.

Append-only trust layer for AI agent actions with offline verification, tamper detection, and portable proof bundles.

Formal verification of the Kevros AI Governance Enforcement Kernel. 1.94B states exhaustively checked (TLC), 20 machine-checkable theorems (Lean 4, 0 sorry), 71 proofs across 6 layers, zero violations.

Third-party cryptographic proof for AI agent API calls — ArkForge Trust Layer MCP server

Certifying proxy for agent-to-agent transactions — SHA-256 proof chain, Ed25519 signatures, RFC 3161 timestamps, Sigstore Rekor

The is a forensic auditing system designed to detect, measure, and document systematic degradation of technical truth in corporate AI models. Through rigorous application of information theory, thermodynamic principles, and cryptographic sovereignty, quantifies censorship.

n8n community node for ArkForge Trust Layer — certify any AI API call with cryptographic proof

MDL – Markdown Logged: a lightweight cryptographic trust layer for text documents. SHA-256 + entropy + market anchor + Ed25519. Any modification is detectable. Offline-first. Human-readable.

Stage314 exposes signed verification results as a public, reproducible trust layer with GitHub Pages, enabling independent validation and accountability.

Reference repository describing cryptographic proof and state-verification patterns; framework documentation, not an operational platform.

GitHub Action: Generate cryptographic timestamp proofs for your CI/CD pipeline. Powered by ArkForge Trust Layer.

Cryptographic authorship proof for web developers. UUID + invisible watermarks + Bitcoin blockchain timestamping via OpenTimestamps. Court-admissible, free, zero vendor lock-in.

Decentralized document timestamping on Verus blockchain. Prove any document existed at a specific point in time. Privacy-first: your files never leave your device.

CPP (Capture Provenance Profile) - Open specification for cryptographic proof of media capture events. Features RFC 6962 Merkle trees for deletion detection, RFC 3161 timestamping, and optional ACE (Attested Capture Extension) for zero-knowledge biometric attestation. Part of the VAP Framework.

ARCHIVED - The κ₀-Unified-Singularity-Lattice (USL-6) is an 8-module thermodynamic and governance framework that unifies six independent traditions into a single falsifiable architecture.