Formally-verified safety for multi-agent LLM pipelines. 0 / 1,210 INV-15 violations, Z3-proved in 10.08 ms. AMD MI300X-native.
We proved 0\/1,210
INV-15 violations.
Z3-verified.<\/span>
0 / 1,210 violations
Two offline Rust binaries and one proof layer. EU AI Act Art. 12 L2 ready by default. Browse the toolkit →
The offline toolkit.
Six focused Rust binaries plus one proof layer. Each ships and stands alone.
Real-time signal & chain-of-custody for agent actions.
Open analyzerCommand-safety gate + seccomp / Landlock sandbox.
DocsOffline hybrid BM25 + vector MCP. One SQLite file.
DocsHMAC + Ed25519 + C2PA receipts. Tamper-evident provenance for every agent action.
DocsOWASP-A + NIST + ISO mapping. SARIF, CI-ready.
DocsEngineering positioning.
Criteria · design systems, isolate failures, define tests and audit decisions.
Honest level · start from zero with the tools, but familiar with informatics helps.
Depth · the included Python & JS course takes you further after.
The uncomfortable truth.
These numbers aren't ours. They come from people who actually measured.
of generative-AI initiatives in enterprise fail to deliver measurable return.
slower. What senior devs took longer with AI "acceleration" in a controlled study.
of agentic AI projects will be cancelled before 2028: cost and value unclear.
LLM risks exist for a reason: prompt injection, data leaks, over-permissioned agents.
The AI doesn't fail for lack of power. It fails for lack of criteria.
No magic. No marketing. Just tools that say what they do — and what they don't.
Apohara is built on one rule: claim only what the code can back. Every tool ships its benchmark, its threat model, and an honest scorecard of where it stops. Better to under-promise and let the code earn the trust.