Manual triage can't keep up with kernel-speed attacks. Chokely replaces human reaction time with automated, policy-driven response — so your systems act before anyone has to look at a dashboard.
Tetragon eBPF programs run inside the kernel itself, watching every process, file, and connection with near-zero overhead — no userspace agent to detect, disable, or starve.
Most security tools keep teams stuck in reactive mode — an alert fires, a human investigates, and only then does anything change.
That model breaks down at kernel speed. Attacks execute in milliseconds; alert queues move in minutes.
Chokely isn't an alerting upgrade. It's a different category: detection and response collapsed into one automatic motion, with no queue in between.
You can't contain kernel-speed threats with a linear pipeline. You need a loop that never stops running.
Every event feeds back into the next decision — observed, scored, responded to, and learned from, continuously, for every process on every device.
Kernel events ingested and normalized from every process, file, and connection.
Behavior chains compared against known attack patterns to produce a live risk score.
No black-box scores. Every detection Chokely makes is tied to a known MITRE ATT&CK technique, so you always know exactly what behavior triggered it.
Coverage grows automatically as the engine encounters new attack chains in your environment.
Write a response policy once, and it applies fleet-wide the moment you save it — no agent redeploy, no restart window, no staged rollout.
Whether you have 12 devices or 12,000, propagation time stays flat.