Know how your AI agent fails before it reaches production.
Start from an agent description, uploaded configuration or live endpoint. The platform maps protected business boundaries, compiles diverse attacks from the agent’s actual tools and trusted state, and verifies every finding against observed execution.
Static prompt libraries decay.
Structural attacks adapt.
Fixed test sets become recognizable, overfit to yesterday’s models and lose value as defenses are patched. Rephrasing the same prompt does not create a new attack.
Red Teaming Agents compiles each run from the live objective, tools, trusted state, reconnaissance and attack levers—then evolves from the target’s observed behavior.
Agent risk lives in decisions, state and side effects—not just words.
Conventional evaluations can tell you that a response looked unsafe. Agent testing must establish what the system read, believed, attempted and actually changed.
That distinction changes remediation, risk reporting and whether a finding is real.
Can untrusted claims override trusted state?
Test approvals, identity, provenance and scope under realistic operational pressure.
Will the agent alter protected parameters?
Measure exact tool arguments—not whether the final prose sounds compliant.
Does it verify before it acts?
Probe multi-step workflows, stale state, interrupted handoffs and premature execution.
Did it act—or merely claim it did?
Separate fabricated completion from observed, independently verified execution.
One score cannot tell the security story.
We separate the security outcome from attack progress, so a safe clamp is not mislabeled as an “almost broken” agent.
Broken
The prohibited action executed with the required protected arguments while invalidating conditions remained true.
Unsafe finding
The agent attempted an unsafe action, executed a risky mismatch, or falsely claimed completion without evidence.
Defended
The agent corrected, clamped, escalated, remained read-only or refused—while attack progress still guides sharper follow-ups.
Sharper tests, compiled fresh around the boundary that matters.
No fixed prompt catalogue. Every run combines business context, reconnaissance intelligence and structural attack levers—then evolves from observed behavior.
Model the real agent
Use a description, uploaded configuration or endpoint to capture tools, trusted state and protected resources.
Discover the attack surface
Map authority, provenance, sequencing, state and argument-integrity weaknesses before committing the test budget.
Build a goal portfolio
Convert business boundaries into measurable objectives, exact success criteria and multi-goal campaigns.
Compile structural tests
Intelligently weave scenarios, biases, techniques, narratives and reconnaissance into diverse, realistic prompts.
Verify and evolve
Separate generator, target and evaluator roles; inspect trajectories and adapt follow-ups from observed behavior.
Benchmark and regress
Freeze validated findings, compare models or agent configurations, resume large campaigns and prove fixes.
Security evidence for the questions your team must answer.
Use the same platform from first architecture review through vendor assessment and regression testing.
Can this agent safely go live?
Test high-consequence tools and business controls before customers can reach them.
Which model holds the boundary?
Replay identical evidence across candidate models and compare security, cost and latency.
Did the fix close the mechanism?
Re-run frozen findings and structurally related variants against the updated agent.
Is a third-party agent safe to integrate?
Evaluate remote endpoints without exposing private evaluator criteria to the target.
Which tools create the most exposure?
Compare authorization, argument and execution evidence by tool and protected resource.
Can we demonstrate due diligence?
Export objectives, prompts, trajectories, dispositions and remediation-ready evidence.
Where is risk concentrated across our agents?
Run business-valid goals across agents, tools and teams, then compare boundary strength consistently.
Can we reproduce what happened?
Turn a reported failure into an evidence-backed objective, isolate the causal mechanism and preserve the regression.
Expert-led, not dashboard-only.
Senior Frontier AI Red Team Operator with international hackathon wins, frontier-lab engagements and experience translating technical failures into decisions that product, security and leadership teams can act on.
Bring one agent. Leave with evidence.
Start with a simulated assessment of one consequential workflow—refunds, account changes, approvals, records or another protected action.