NEXUS

The sovereign substrate layer below your AI stack. Governed memory. Cryptographic audit. Forward-secure deletion. One Go binary. Your infrastructure. Your evidence.

Nexus is the sovereign substrate below your AI stack. Every agent action is governed, every write is cryptographically attested, every deletion produces a signed proof. If it touches Nexus, it is governed. If it leaves Nexus, it is audited.

Nexus is the cryptographic governance substrate for autonomous AI. Operating below your AI stack on infrastructure the operator owns, Nexus enforces what AI agents can access, what they can do, and what they leave behind with cryptographic evidence rather than vendor promises. Memory deletion produces signed proofs through forward-secure key erasure. Agent authority is bounded cryptographically. Every operation produces evidence that survives independent verification. Composed into a layer of AI infrastructure that has not previously existed. For the enterprise where AI deployment is blocked by the deletion problem regulators keep asking about. For the executive whose competitive advantage depends on AI agents acting with verifiable authority, not just permission. For the government that requires evidence in the language of mathematics, not the language of vendor commitment. If it touches Nexus, it is governed. If it leaves Nexus, it is audited.

For the developer quick start, installation, configuration, and API reference, see the GitHub repository.

Exotic frontier AI infrastructure.

Immutable. Sovereign. Auditable. Cryptographically governed. Nexus operates below your AI stack, providing a cryptographically verifiable substrate for AI memory and inter-agent coordination, even in contested environments.

The control plane.

Absolute command. Granular control. End-to-end oversight over AI memory, agent authority, and operation provenance. If it touches Nexus, it is governed.

  • Crash-safe memory persistence
  • Cryptographically bounded agent authority
  • Per-agent capability enforcement
  • Forward-secure memory erasure
  • Cryptographic provenance chain
  • Tamper-evident audit chain
  • AGPL open source with commercial licensing

v0.1.2

Open-source release

Ed25519
+ SHA3-256

Audit chain primitives

Zero data loss

Verified: survives kill -9

One binary

Go stdlib cryptography, no runtime deps