Choose a model without accepting a black box
InferCrane’s Verified Models catalog is a small, reviewed set of deployment starting points. It is not a hosted-model marketplace and it does not imply that one model runs on every GPU, runtime, or provider.- the Hugging Face repository and immutable commit;
- publisher, task, protocol, capabilities, and modalities;
- license URL and gated-access requirement;
- reviewed runtime configuration and serving profiles;
- review date and an explicit evidence boundary.
Evidence levels
The current built-in catalog contains only configuration-verified entries. Measured results stay
tenant-scoped in benchmark history and immutable model recipes; InferCrane does not silently promote
them into universal claims.
Current collections
The catalog follows application tasks rather than a single popularity ranking. Selection considers current ecosystem adoption, an official upstream model card, license clarity, and compatibility with InferCrane’s qualified runtime line.
This is not a claim that every entry is best for its category. Evaluate quality on the application’s
own data, then benchmark the exact serving plan before promotion.
Catalog review uses the upstream Hugging Face model metadata, the
vLLM 0.8.5 support matrix, and each
publisher’s model card and license. Task-oriented discovery is informed by model-library patterns
used by Replicate and
Baseten, but InferCrane entries remain provider-neutral and do not
copy their performance or availability claims.
Popular models that require a newer, unqualified runtime are not presented as one-click templates.
They remain available through the explicit-model path, and can enter the reviewed catalog after the
runtime and protocol matrix is qualified.
Any Hugging Face model remains available
The catalog is convenience, not an allowlist:ModelArtifact identity during the durable deployment
lifecycle. A catalog entry simply starts with a reviewed commit and clearer license/protocol
metadata.
API
Authenticated consoles and automation can use:performance_claims: false. Trustworthy performance comes from
AIPerf benchmarking, Inference Lab, and the exact
evidence attached to a revision.