AI
security
Agents, inference, and native execution. AI systems now run code, call tools, and reach real resources — which makes them a real security surface, not a conversational one.
- Scope
- Agents · Inference · Runtimes
- Lens
- Execution & authorization
- Based in
- Prague
An AI system that can act is a system that can be made to act.
The risk is not that a model says the wrong thing. It is what the system around it is allowed to do.
Once a model can call tools, run code, or reach data, the security question stops being about language and starts being about capability. An adversarial input — from a user, a retrieved document, or an upstream model — becomes an attempt to drive real actions against real systems.
We assess AI systems the way we assess any other execution surface: by asking what it can actually reach, and proving how far a hostile input gets.
Where AI systems actually expose risk.
- AI agents and tool-execution boundaries
- LLM application and prompt-handling security
- Inference runtimes and native execution paths
- Model-serving infrastructure and isolation
- Authorization between agents, tools, and data
- Supply chain for models, weights, and extensions
How we test AI systems.
Treat the agent as untrusted
Follow the native code
Test the authorization, not the prompt
Separate demo from deployment
A clear picture of real AI risk.
- Threat model for the AI system and its tool surface
- Demonstrated findings with real reach and impact
- Authorization and isolation boundary analysis
- Native-execution and runtime review where relevant
- Remediation guidance for engineers and model owners
- Retest of fixes against the original and variant cases
Shipping agents or inference to production?
If your AI system can call tools, execute code, or touch sensitive data, it deserves a real assessment. Tell us how it is wired, and we will tell you where it is exposed.
- Reply
- Within two business days
- Authorization
- Written, before any testing
- Based in
- Prague, Czech Republic