Interception-first hypervisor kernel enforcing real-time policy rules, cryptographically signed WORM evidence receipts, SPIFFE workload identity attestation, and FinOps circuit breakers before agent side-effects reach production systems.
Simulate an autonomous AI agent requesting permission to run a tool action. Watch the Hypervisor evaluate rules, identities, and budget caps in under 5ms.
Proposed $1,250 refund exceeds single-agent autonomous limit ($500.00 USD). Escalated to Tier-2 Finance Manager.
Generative AI agents are transition from simple chat windows to autonomous execution engines capable of modifying databases, triggering financial wire transfers, and calling cloud infrastructure APIs.
Deterministic execution guardrails evaluated before side-effect tools run. Enforce strict parameter bounds, banned action lists, and required human sign-off rules.
Cryptographic SPIFFE IDs assigned to every agent process. Ensures agents cannot claim unauthorized authority tiers or execute side-effects under assumed identities.
Enforce daily transaction caps, total token spend ceilings, and automated safe degradation (falling back to draft mode or cheaper LLM models when budgets approach limits).
Every agent decision, evaluation result, and execution outcome is logged with cryptographically signed SHA-256 hashes to write-once-read-many storage for audit compliance.
Replay historical production episodes against updated policies or new model versions before deployment to verify zero regression and measure impact.
Emergency master kill-switches and agent-level lease revocation to quarantine rogue agents instantly upon prompt injection or unbounded loop detection.
Sits directly in the execution path between AI Agent logic and real-world system APIs.
Agent emits tool call intention (e.g. SQL query, refund API call).
Hypervisor verifies workload cryptographic certificate & risk tier.
Rego policy rules & FinOps envelopes checked in sub-5ms.
SHA-256 immutable evidence stored in audit spine.
Action executes, degrades, or routes to human approval.
Calculate projected cost reductions from prevented agent loops, automated token spend degradation, and avoided security incidents.
Start governing your AI workloads today with flexible deployment models.
For individual developers & testing environments.
For scaling production agent fleets across multiple teams.
Air-gapped deployment, dedicated HSM keys, custom SLAs.
No. The Hypervisor kernel policy engine is optimized in C++/Rust and compiled to WebAssembly, delivering sub-5ms evaluation latency. It evaluates rules concurrently during function call serialization.
Hypervisor operates at the tool execution boundary rather than attempting to filter raw prompt text alone. Even if an agent is tricked by malicious prompt injection, Hypervisor enforces hard deterministic execution rules (e.g., blocking forbidden SQL syntax or unbudgeted wire transfers) regardless of the LLM's internal intent.
Yes! Hypervisor is packaged as a lightweight Cloud Run container or Helm chart for Kubernetes, allowing you to run total sovereign governance inside your own security perimeter without sending agent telemetry externally.