One adaptive loop, end to end.
Discover your live fleet. Assess what matters and where an attacker could be. Decide with a sealed core that learns from every move. Act through your unmodified policy controller. No LLM in the decision path, ever.
Scan
Phorvex scans the live environment and keeps a measured picture of your fleet as it changes. No hardcoded assumptions.
Understand
It works out what matters most in your fleet and where the risk is right now.
Choose
A sealed core determines the best defense inside hard safety and availability limits. The mathematics is intentionally not published.
Move
Chosen moves run safely through your unmodified policy controller or a native actuator, with a kill-switch, dry-run, rollback where possible, and a full audit record.
What makes it trustworthy.
Explainable
No LLM in the decision path. Every decision is recorded with its rationale, can be replayed from its record, and passes a deterministic safety gate before it runs.
Safe by construction
Moves that would breach availability or your SLOs are never taken. Stateful workloads are never destroyed. Phorvex quarantines them instead.
Adversarially hardened
A learning red-team continuously attacks the decision core. Weaknesses get closed and re-proven, and the red-team never touches decisions.
Multi-tenant safe
One tenant's activity has provably zero effect on another tenant's decisions, verified under a real adversarial attack.
You stay in control. Always.
Phorvex is built for operators who get asked hard questions in postmortems. Every control surface is explicit, scoped, and logged.
- Global kill-switch. Halt all actuation instantly, fleet-wide.
- Per-namespace dry-run. Watch what Phorvex would do before it does anything.
- Immutable audit trail. Every decision, taken or not, is on the record.
- Least-privilege actuation. An unmodified policy controller via its own APIs, or a scoped per-namespace service account.
See the architecture in depth.
The full architecture walkthrough and the technical overview are available under NDA.