Where Phorvex earns its keep.
Four situations where detection-first tooling structurally fails, and a deterministic moving-target defense does not.
Zero-day and stealth dwellers
An attacker with a zero-day emits no alert, and a quiet one intends to dwell for months. Phorvex evicts the foothold in seconds, before it spreads, because its decisions never depend on a signature firing. In our benchmark: eviction in about 5.5 seconds at 100% prevention, while reactive tools never acted.
See the proofStateful workloads under attack
The standard playbook kills the pod, which kills the database, the training job, the long-running batch. Phorvex disrupts the attacker without destroying the work. Its feasibility model refuses destructive rotations and quarantines instead. Twenty of twenty stateful jobs preserved.
How quarantine worksAI inference protection Validating
Poisoned KV-caches, malicious LoRA adapters, GPU co-residency. This is attacker state that survives a pod restart. Phorvex evicts poisoned caches and adapters and rotates GPU partitions and inference routes. Mechanisms are CI-tested, with effectiveness figures pending GPU validation.
Explore the AI productMulti-tenant platforms
Defense on a shared platform must never become a side-channel. Phorvex tenant isolation is proven exact-zero. One tenant's activity has provably zero effect on another's decisions, verified under a real adversarial attack, with isolated audit history and actuation scope per tenant.
Isolation detailsWhich one is yours?
Bring us the scenario that keeps your team up at night. We will map it to the decision loop in a briefing.