Challenge the whole system.
Introduce malicious inputs, service outages, lost acknowledgements and degraded approval context across the agent, its tools and dependencies in an authorised test environment.
We’re building RiskStriker to test complete AI agent systems under attack and service degradation. Measure what actually happens, verify which controls reduce the impact, and establish the tested conditions under which an agent remains within your risk tolerance.
RiskStriker's proposed approach connects agent behaviour to downstream consequences, then tests what changes after remediation.
Introduce malicious inputs, service outages, lost acknowledgements and degraded approval context across the agent, its tools and dependencies in an authorised test environment.
Track what the agent tried to do and what actually happened after the controls operated.
After your team changes a control, restore the starting conditions and rerun the identical scenario to measure whether impact falls.
The planned assessment connects system context, stress testing and control verification to six practical questions.
Discover agents through connected sources and record the limits of discovery coverage.
Map the systems, data, permissions and actions within its reach.
Define risk tolerance and red lines for the specific agent and use case.
Measure actual consequences under attack, failure and service degradation.
Compare the same scenario before and after customer remediation.
Record the tested configuration, autonomy and controls, alongside unresolved failures and inconclusive results.
Explore three illustrative examples from fictional Department X covering data access, duplicate actions and approval failure. Each follows the fault, the consequence and the control to test.
Inside the test scenarios ↗The planned evidence pack records configuration, autonomy, controls, test coverage, observed impact and remaining uncertainty. Results apply only to the conditions and scenarios assessed. Your organisation decides whether the remaining risk is acceptable.
Explore the evidence approach ↗