HELM AI Kernel - OSS policy enforcement, proof receipts, evidence verification, protocol contracts, SDKs, and local evidence viewer.

Deterministic pre-execution gate for AI agents (fail-closed, YAML policy)

Systems language and runtime for explicit authority, typed distribution, and security-first process supervision.

🏛️ Deterministic rejection layer for computational legal claims. Verifies dates, amounts, and structured constraints; blocks unproven legal outputs.

A deterministic three-state stop controller. Constraint-first design through executable clarity.

Temporal contracts and governed time based state logic for Riverbraid.

AXIOM-MESH is a reference architecture for executing authenticated capabilities across distributed networks while preserving economic sovereignty, governance closure, and fail-closed safety guarantees. It features a 4-pillar runtime (Gateway, Hypervisor, Sandbox, Grid) with multi-chain support. Primary deployment on PulseChain.

Fail-closed Codex/Claude Code skill for crypto quant alpha research - Stage 0, falsification, provider concordance, promotion gates

Open, verifiable agent framework — fail-closed orchestration, evidence-based verification, tamper-evident audit chains (SHA-256/HMAC).

Deterministic refusal and boundary enforcement layer for Riverbraid.

Deterministic governance predicates and allow or deny decision logic for Riverbraid.

Governed vision input and perception contract surface for Riverbraid.

Cluster manifest, orchestration, and stationary state verification for Riverbraid.

Minimal deterministic Riverbraid kernel for constrained environments.

Governed audio input and output contract surface for Riverbraid.

Governed action execution surface for Riverbraid.

Foundational invariants and verification surfaces for Riverbraid.

Riverbraid v1.5.0 | Resonant Intelligence Architecture

Deterministic allowlist-first policy gate for LLM applications, agents, and AI gateways.

Produktivreifes .NET-Tool für deterministische Datei- & MIME-Erkennung mit fail-closed Archivvalidierung, sicherer Extraktion und Hashing-Evidenz (SHA-256/HMAC).