Validated chain
Web exploit chain via distributed engines
Orchestrator schedules web→recon agent→engine executes→identity→pivot agent picks up findings→telemetry signs and ships
Business impact
End-to-end chain captured with deterministic replay
Architecture
Distributed adversarial engine, secure-by-design
A modular platform engineered for production environments — orchestration AI, distributed validation engines, evidence-grade telemetry and an integration plane that meets your stack where it lives.
- Tamper-evident evidence chain
- Tenant isolation
- Region pinning
- Open data model + APIs
LiveModular Architecture · Live
ValidatedThe problem
Most security tools were not built for production-safe, continuous offensive operations
Running autonomous offensive agents against a live enterprise demands more than a scanner architecture. It requires safe-by-default execution, tenant isolation, signed evidence, deterministic rollback, scope guardrails and observability into every action.
Bolt-on architectures that wrap legacy scanners cannot meet that bar. Enterprise security teams need a platform engineered from day one for continuous adversarial operation.
The KeenSafe approach
Four layers, engineered for adversarial work at enterprise scale
KeenSafe is structured as four layers: an Orchestration AI plane that plans and sequences operations; a distributed Validation Engine plane that executes safely; a Telemetry plane that captures evidence with tamper-evident chain; and an Integration plane that wires findings into your existing security stack.
Every layer is independently observable, independently scaled, and independently auditable.
Capabilities
What ships in this engagement
Orchestration AI
Agentic planning layer that reasons about your topology, sequences ATT&CK chains, enforces scope and rules-of-engagement.
Distributed Validation Engines
Sandboxed agents executing per-engagement scope. Production-aware throttling, isolation and reversible actions are platform invariants.
Tamper-Evident Telemetry
Signed evidence chain captures every action — payloads, artefacts, screenshots, packets — for replay and regulator-grade audit.
Integration Plane
SIEM, SOAR, ITSM, ticketing, vuln management, identity providers, CI/CD and BI — bidirectional, with backpressure and retry.
Multi-Tenant Isolation
Per-tenant cryptographic boundaries on data, evidence, secrets and execution. MSSP-grade by design.
Open Data Model
Findings, paths, assets and identities exposed via API + export so SIEM, SOAR and BI consume them natively.
Attack path
How attackers actually move
Every attack path validated by KeenSafe traces back to the same architecture invariants. The orchestrator plans the chain. The engines execute it under guardrails. The telemetry plane captures every step. The integration plane delivers it to the stack that needs it.
Validated chain
Cross-cloud federated attack
Orchestrator detects AWS↔Azure trust→schedules cloud agent→integration plane delivers signed evidence to SOAR
Business impact
Cross-cloud lateral movement reproducibly demonstrated
Outcomes
Measurable, evidence-backed
Tamper-evident
Evidence chain
Every action signed; replay-deterministic for auditor or regulator.
Region-pinned
Data residency
Per-tenant region selection for storage and processing.
Independently scaled
Each layer
Validation engines scale horizontally per engagement; orchestration scales separately.
Open by design
Data + APIs
No lock-in. Findings, paths and evidence accessible to your stack.
For the board
Procurement-grade architecture
Procurement, legal, security review and audit teams all ask the same questions about an offensive security platform: where does the data live, who can act on what, how is execution bounded, what evidence survives an audit?
Every answer is engineered into the architecture. The Trust Center captures the procurement-facing version; this page captures the engineering version. They tell the same story.
Technical validation
Architecture invariants
The platform enforces four invariants on every operation: scope-bounded execution, production-aware throttling, tamper-evident evidence and tenant isolation. None can be turned off in production tenants.
- 01Orchestration AI plans operations and submits to engines via signed engagement contracts
- 02Validation engines run sandboxed per engagement; rules-of-engagement enforced at exec time
- 03Telemetry plane captures every action with cryptographic signing and replay determinism
- 04Integration plane fans evidence and findings out to stack consumers (SIEM/SOAR/ITSM)
- 05Audit log captures the full chain — engagements, actions, evidence, exports
Get Started
Architecture briefing for security and engineering leadership
A deep-dive walkthrough with our platform engineering lead — engineered specifically for procurement, infosec and architecture review.