You will be attacked
by a machine.
Maybe tonight, at 3am, with no one awake.
Make sure something is.
500K events/sec320+ integrations3,100+ detectionsMITRE ATT&CKAutomated responseSelf-hosted
More Than Just SIEM
The attacker now runs AI — autonomous, instant, relentless.
Your defense has to run it too.
The new threat
AI made attacks autonomous, fast and cheap — an exploit ready in hours, attack tools sold by subscription, ransomware that writes its own code, whole break-ins run by a machine. Every one aimed at a company that thought it was too small to be a target.
See how our system deals with it ↓
Fourteen people, one AI product everyone suddenly wants, and no security team. Basically you. Tonight it gets attacked — watch how it ends differently.
No one is awake when an autonomous AI starts probing the startup — thousands of requests a second, almost no human in the loop. Your defense is how many people, and which of them is awake at 3am?
A machine attack meets a machine defense: events stream off every server, laptop, cloud account and network device in real time, watched every second. No night shift required.
A vulnerability disclosed yesterday already has a working exploit, and the AI walks straight to it — faster than any patch cycle. How long until you even see the scan?
Every scan is caught in-stream the moment it lands. The pipeline sustains 500K events a second, so a burst of probes is matched as it arrives — nothing sampled, nothing dropped.
Stolen credentials, validated automatically — to every system the attacker now looks exactly like one of your own engineers. If that login is active in your systems right now, what notices?
Correlation flags the impossible move — a new location, an odd hour, a path no real user takes. 320+ integrations and 3,100+ MITRE ATT&CK detections ship out of the box, so the account is caught by behaviour, not just a password.
Thousands of scattered events, one attack still in motion. How long does it take you to detect an incident — and can you prove the number?
Events from every system collapse into one ranked incident in under a second, correlated in-stream as they land — not a report you read in the morning.
The alert is born before a single file is touched, its severity set by exactly which assets and users are at risk. In your last incident, how much was detection — and how much was waiting for a human?
The wait is gone: alerts are scored by the assets and users actually at risk, grouped into incidents automatically, and handed straight to a response playbook.
No ticket. No human at the keyboard. The instant the rule fires, the response runs — how fast can your tools act entirely on their own?
Containment fires automatically the moment the rule trips — playbooks lock the account, kill the session, cut off the host, block IPs and run your own scripts.
The attacker is shut out automatically, and the founders slept through the whole thing — the SOC ran without them. How big a team does that take?
None. Self-hosted and multi-tenant, the whole platform runs on your own cloud, Kubernetes or bare metal — your data never leaves your walls.
You pay for your own servers, not a per-gigabyte meter. Security that scales with the startup, not against it.
Maybe tonight, at 3am, with no one awake.
Make sure something is.