Build, connect, and operate production inference
Start from a model, a custom OCI workload, or an endpoint you already run. InferCrane can own the complete deployment lifecycle or add policy and evidence around existing infrastructure. Your application keeps one OpenAI-compatible model name while providers, runtimes, and capacity plans change behind it. Qwen, Llama, Gemma, Kimi, and private fine-tunes all enter through the same model-artifact contract. Support is evidence-based per model, runtime, accelerator, and provider combination—not a blanket “every model everywhere” promise.Deploy from a model
Turn a model and serving plan into a durable endpoint, then evolve it through immutable revisions.
Create an inference project
Scaffold, validate, build, and deploy a reproducible workload from one project directory.
Connect without migrating
Add health, request evidence, and deterministic diagnosis around an existing vLLM, LiteLLM, or OpenAI-compatible endpoint.
Compose your stack
Combine LiteLLM, governed OpenRouter overflow, endpoint-scoped agent sandboxes, and signed training artifacts without merging ownership boundaries.
Ship a safer revision
Combine bounded performance validation with signed task-quality evidence and keep production unchanged when policy rejects it.
Handle uncertain capacity
Resume long operations, explain cold starts, compare measured serving plans, and govern external overflow.
One stable application contract
coder-production is the stable product identity. A binding may resolve it to an InferCrane-managed
deployment, an adopted workload, or governed external capacity. Applications do not need provider
credentials or physical model names when the serving plan changes.
Choose how much InferCrane owns
This ownership ladder lets a platform team prove value before handing over traffic or provider
lifecycle. Promotion is explicit; connecting an endpoint never silently changes production routing.
The proof loop
InferCrane does not use an LLM to decide production promotion. Policy inputs, measurements, reason codes, and revision identities are persisted so the result can be inspected and reproduced.Examples use qualified product surfaces, but infrastructure and runtime combinations have independent
evidence states. Check the capability matrix before relying on a combination in
production.