One operator, one model, every variant, chained inside a single request. Odigos lets you see into the runtime like never before and block AI-powered attacks at the function level, with nothing in your code.
A WAF waits for a request that fails validation. EDR waits for a file opened out of pattern. A SIEM waits for a log line that reads wrong. ADR watches one process, and only its surface. A precise attack gives none of them anything until it is over, because it moves as permitted calls across services. Odigos reads the calls.
One service resolves an identifier. Another loads the record it was handed. A third returns it. Each call is valid on its own and normal for the service that made it. The attack lives in the order and the arguments, which is the view nothing else keeps.
Kernel-level sensors see the outside of your application: a socket opened, a file read. Odigos sees what happened inside it: which function ran, what it was handed, what it returned, across every service, in every language. Nothing is added to your code and nothing runs in your process. Under 1% CPU in production, across more than a million cores.
One malicious call, three ways to stop it. Kill the process and every request on that service fails. Kill the thread and the request it was serving dies. Or refuse that one call, and nothing else notices. The service keeps serving, the policy is scoped to the callers you name, it ships and reverts without a redeploy, and it comes off when the real fix lands.
One operator with a frontier model now runs what took a team. See every function call in every service, with nothing in your code, and block the attack where it happens. Start on one service: fourteen days, success criteria written first.
One command, one service, no code change. Read the deployment guide.