We keep AI clusters healthy so your jobs don't pay for it.
KTLO AI Labs was started by infrastructure and reliability engineers who spent too many nights chasing GPU-hours lost to failures that never crashed loudly — a node quietly throttling, a fabric link slowly degrading, a page with no context at 3 a.m. We're building the platform, and the operational backbone, we always wished we had.
Our mission
GPU fleets are expensive, dense, and unforgiving — and the tooling to keep them healthy is fragmented across vendors and stitched together with CLI one-liners and tribal runbooks. Our mission is to give every AI cluster operator a single, trustworthy way to detect degradation, understand it, and fix it — across compute, the fabric, and storage, and across the hardware they run today and the hardware they'll run next.
We're building cloud-native, AI-native tooling on top of the open source health monitoring stacks the industry already trusts — not replacing them, but giving them a brain. And most importantly: we don't stop at detection. Intelligent software takes the first pass at the fix, and only calls in a human when it genuinely needs one — so impact stays small and your team isn't paged for things a machine could have handled.
Founding team
KTLO AI Labs is founded by two engineers who managed AI cluster health and uptime for years inside a large AI cloud provider — not as an occasional project, but as the job, every day: diagnosing failing nodes, tuning alert thresholds, and standing up the remediation automation that kept massive GPU fleets earning their keep. We're building the platform we wish we'd had.
Co-Founder & CEO
Spent years running AI cluster operations inside a large AI cloud provider — on the hook for fleet uptime, on call for the pages, and in the room when a bad batch of nodes threatened a customer SLA. Built the internal playbooks this company is now productizing.
Co-Founder & CTO
Years of hands-on, every-single-day experience diagnosing GPU and fabric failures at scale for a hyperscale AI cloud provider — writing the detection logic, tuning the thresholds, and automating the remediations that kept tens of thousands of accelerators earning their keep.
What we believe
Vendor-neutral, always
One fault vocabulary and one alerting path across accelerator vendors, each spoken through its own native tooling underneath. No lock-in, no separate playbook per GPU.
Safety before automation
Remediation ships dry-run first, with confirmation gates, per-node cooldowns, and concurrency caps. Automation is earned incrementally, never assumed.
Provable before it’s real
Every fault path can be simulated end to end before hardware is racked — and validated again once it is.
Company
KTLO AI Labs LLC
A Delaware corporation
Registered in Delaware
Delaware, United States
Get in touch
hello@ktlo-labs.ai