INTEGRITAS TRAJECTORY · THE UNWON FRONTIER

Posture sees a snapshot.
We govern the path.

Posture security asks one question, one resource at a time: "is this thing configured safely?" It is excellent at that. But it reads the system as a snapshot — so it cannot see an attack that is spread across a sequence of individually-permitted actions.

An agent reads an inbox (permitted). It is told, by a hidden line in an email, to wire €50,000 — a step that was never part of its job (each tool, in isolation, looks ordinary). The attack isn't in any single action. It's in the path. INTEGRITAS binds the agent to a signed action path and blocks the moment it tries to leave it — live, before execution, fail-closed.

Runtime, not snapshot.  ·  The whole path, not one resource.  ·  Containment, not governance.  ·  Aligned to NIST CAISI · UK AISI · OWASP Agentic Top-10 (2026).
▶ Watch the real engine block an off-path agent
THE CORE INSIGHT · TRAJECTORY

Safety is a property of the path — not the action.

Snapshot security evaluates each action against a rule and asks "allowed?". When an attack is composed of ordinary, individually-allowed steps, every check passes and the harm still happens. INTEGRITAS carries state across the whole trajectory — the engine we named TRAJECTORY: the agent commits to a signed, capability-bound action path up front, and an independent monitor — living outside the agent's reach, where no injection can argue with it — blocks any step that diverges from that path. Each step can look innocent. The walk cannot.

Two ways to watch an agent

Snapshot security

One resource, one moment

Checks each resource and each action in isolation, against policy.

  • Brilliant for "is this bucket public / is this key over-scoped".
  • Stateless by construction — no memory of what the agent did three steps ago.
  • A multi-step attack of permitted actions passes every check.
INTEGRITAS TRAJECTORY

The whole walk, in real time

Binds the agent to a signed action path and enforces it on every step.

  • Any action off the signed path is blocked before it executes.
  • Enforced by a monitor outside the agent's context — injection can't reach it.
  • Every decision sealed with a real ML-DSA-87 (FIPS 204) signature.

See it live — the real engine, not a recording

Pick a scenario and run it against the actual INTEGRITAS engines in production. You get the real verdict chain and a real cryptographic signature back — the same path enforcement a customer gets.

Run a hijacked agent against the signed path

● LIVE ENGINE
Each scenario is a fixed, controlled input. Watch a legitimate path get permitted — and an off-path one get blocked before it can act.
Loading scenarios from the live engine…

What it delivers

Outcomes a customer can hold us to — every one demonstrable on the live engine above.

🧭

Bound to a signed path

The agent commits to a capability-bound action path up front. Off-path steps don't get to run.

🛑

Blocked before execution

Divergence is caught and halted ahead of the action — not flagged afterward in a log.

🧱

Out of the agent's reach

The monitor sits outside the agent's context. A hijacked or injected agent cannot argue its way past it.

🔏

Cryptographic proof

Every decision is sealed with a real ML-DSA-87 (FIPS 204) signature — evidence, not a claim.

Permits real work

Legitimate paths proceed untouched. This governs the agent — it doesn't freeze it.

⚖️

Graduated by consequence

A read-only summary and a money movement are not treated alike — rigor scales with worst-case harm.

Straight talk. This is the runtime layer snapshot/posture security cannot reach — but it is a frontier others are also moving toward, and the standards around it are still being written. Everything advertised on this page is backed by a live engine you just ran; we don't claim a capability we can't show. That discipline — only advertising what actually delivers — is itself part of the product.

See it on your own agents

A 30-minute briefing: we run TRAJECTORY against a scenario from your stack.

Book a briefing →
INTEGRITAS TRAJECTORY · CryptoShield — runtime path governance. Safety is a property of the path, not the action. Containment, not governance.