Autonomous Threat Containment
Threat Containment before it spreads. No connection required.
Chokely acts at the kernel, the instant a threat begins, containing it automatically across every Linux and Windows server you run, with no analyst, no ticket, no internet connection required.
By the time you get the alert, it's too late.
Mostsecuritytoolsworklikeasmokedetector.Theygooffafterthefirehasalreadystarted.Someonehastonoticethealert,figureoutwhathappened,andthenact.Hackersonlyneedseconds,andbythetimeapersonisreadingadashboard,thedamageisalreadydone.
An Automated Threat Response Engine.
- 01Every program that runs
- 02Every file that's opened
- 03Every connection to the internet
- 04Every device on your network
Every program that runs
The instant something starts up on your computer, we see it — before it gets the chance to do anything.
Throttle / protects your system
If it looks a little suspicious, we slow it down to protect performance. It can still run, just not fast enough to do damage quickly.
Every file that's opened
Reading something sensitive, like a password file, gets flagged the moment it happens.
Tarpit / wastes their time
Instead of blocking it outright, we keep it stuck going through the motions, getting nowhere. It looks like it's working. It isn't.
Every connection to the internet
If something tries to call out or send data somewhere it shouldn't, we catch it as it happens.
Kill switch / shuts it down
If we're certain it's an attack, we shut it down completely, right then. No waiting for a person to click anything.
Every device on your network
If a machine starts behaving like it's been compromised, we notice how it's talking to everything else around it.
Quarantine / seals it off
We cut it off from every other device on the network, instantly. It can't spread, and it can't call for help from anything nearby.
Every system activity we monitor becomes actionable security intelligence for your policies.
Every event in your environment is watched, scored, and acted on automatically.
Every process, file access, privilege change, and network connection is watched directly from the Linux kernel the instant it happens.
Each event is compared against known attack behaviors and contributes to a running risk score for that process, not just the individual event.
When that score crosses a response threshold, the engine automatically escalates its response—slowing it down, trapping it, isolating it, or stopping it completely.
Everything you need to watch, understand, and stop threats — without learning new software.
Not dashboards you check once a week. This is what your team looks at every day — built to answer "why did this happen" in one click, not one ticket.
Process correlation graph
See how one suspicious event connects to everything else around it — one click shows the full picture.
MITRE Navigator
See exactly which attacker tricks you're already covered against, mapped out the way your team already reads it.
Honeypots & rule simulator
Try a new rule against real traffic first, so you know it works before it's trusted to act on its own.
Global kernel visibility
See every server you're protecting, everywhere in the world, at the same time.
Works with no internet
Containment decisions happen inside the kernel, so protection never pauses when the connection drops.
One gateway, every server
Linux and Windows, one client or ten — all protected from a single multi-tenant control plane.