Find the cheapest safe config for your LLM inference
Self-hosted LLM serving has a huge, interacting config space — and the wrong choice quietly burns GPU budget or breaks latency under load. Langotime reads your traces, serving config and SLOs and returns the cheapest safe configuration, with the failure points predicted before anything touches production. Read-only.
Request early accessThe serving config is a minefield you only see after it blows up
Batch sizes, parallelism, KV-cache, quantization, replica counts, GPU type — every serving knob interacts, and the cost-versus-latency frontier moves with your traffic and every model or runtime update. Dashboards show what already happened, not the consequence of the next change. Over-provision and you burn the most expensive capacity you can buy; trim too far and you breach latency or hit OOM under load.
From request traces to a serving config you can trust
Connect
Pull request traces, serving config, model/runtime setup, GPU type and SLOs into one operational picture. Read-only.
Explain
Learn how your traffic and this config behave — where latency, queueing and OOM risk actually come from.
Simulate
Project config changes — batching, parallelism, replicas, GPU type — against cost and your latency/throughput SLOs, before production.
Recommend
Return the cheapest safe config and a diff, with the predicted failure points under load — a human approves before anything ships.
“Why not just…”
It predicts the consequence of a config change before you ship it
Langotime runs on a Time Series World Model — AI for metrics, not text. Instead of reacting to a dashboard, it predicts the cost and latency consequences of a candidate serving config, so the cheapest safe option is a decision, not a guess.
If your GPU bill and your latency SLOs are both real…
Teams running self-hosted LLM inference with meaningful GPU spend and latency SLOs — where a wrong serving config is either wasted money or a production incident, and the config space is too large to tune by hand.
Langotime is for you.
