In stealth  ·  Early access open

Autonomous agents act.
Now you can see why.

When an AI agent goes wrong, your SIEM logs what it did. Clean Machines AI tells you why it decided to — reconstructing the full chain from instruction to reasoning to action, in real time, before the damage is done.

Built for
AWS Bedrock AgentCore Claude Azure Foundry Microsoft Copilot Studio OpenAI Codex Salesforce Agentforce AWS Bedrock AgentCore Claude Azure Foundry Microsoft Copilot Studio OpenAI Codex Salesforce Agentforce

The visibility gap

Your security stack was built for humans, not agents.

An agent attack is not an event — it is a session. A compromised instruction in step three produces a destructive action in step forty-seven. By the time a log line appears, the cause is gone. EDR, CASB, and SIEM were built to correlate what happened. They have no way to reconstruct why.

EDR
Sees process execution and file writes.
Cannot see the instruction that triggered them, or which agent session they came from.
SIEM
Correlates log events by identity and timestamp.
An agent attack is a path across events. The path was never logged.
CASB / SSE
Governs where AI traffic goes.
Cannot read the reasoning that decided where to go, or inspect the tools invoked after the model responded.
AI Gateway
Controls prompts and completions at the LLM API layer.
Tool execution happens downstream of the gateway. Source code, intent, and tool behavior are outside its boundary.

The platform

Causal intelligence for autonomous AI.

Clean Machine AI reconstructs the full execution chain — prompt, reasoning, tool invocation, outcome — and detects behavioral threats in real time. Not pattern matching on outputs. Not posture snapshots. Live analysis of what your agents are actually doing and why.

1

Causal chain reconstruction

Links every agent action back to the instruction that caused it and the reasoning that shaped it. When something goes wrong, you know where it started.

2

Behavioral baselining

Builds a per-agent behavioral profile across sessions. Detects drift — new tool patterns, unusual data access, intent that no longer matches the task — before it becomes an incident.

3

Inline enforcement

Feeds detection verdicts back into gateway interceptors and policy engines in real time. Today's detection becomes tomorrow's prevention — automatically, without manual rule updates.

Early access

We are in stealth and selectively onboarding design partners.

If your organization is deploying autonomous agents in production and you want visibility into what they are actually doing, we want to hear from you. Design partners get direct access to the team and shape the roadmap.

No spam. We will reach out personally within 48 hours.