Provider describes offline local processing and enterprise deployments. Exact package, hardware and distribution license require a commercial agreement.Source for Deployment scope (opens in a new tab)
Access & pricing
Prices belong to an endpoint and billing tier. A provider listing does not guarantee access for every account or region.
No verified currently selectable checkpoint for this historical name.
Access
Historical model or version description; current selector, access and retirement status unverified.
Regions
Hosted processing region not established. Offline local deployment is a separately described commercial option, not proof of the hosted API location.
Endpoint pricing has not been collected. Check the provider for applicable rates.
Data & enterprise terms
Retention, training use, regional processing and enterprise terms have not been summarized for this endpoint.
Caching
Caching can reuse earlier input processing. Availability, lifetime and billing depend on the endpoint. A cache hit still generates a new response.
01 / INITIAL INPUTProcess & retain
The system processes eligible input and retains reusable state.
02 / LATER REQUESTCheck available state
Reuse depends on matching input, session state and the cache policy.
03 / CACHE HITReuse & generate
Reusing state can reduce repeated work. Any charges follow the billing rules below.
Intron historical product documentation
Not verified
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
How it works
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
Minimum reusable input
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
Lifetime & refresh
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
How to enable it
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
Usage fields
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
Billing rules
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
Limits & data boundaries
Not collected
No model-specific inference-cache contract verified. Stored files, streaming buffers and account balances are not prompt caching.
No verified cache rate for this endpoint. An empty rate is not a zero charge.
Caching reviewed 16 Oct 2026
What the measurements say
Code-switched speech: Afrikaans WER
Intron · provider-reported
59.14%
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Published homepage benchmark table data, parsed as literals without executing website code. Lower WER is better. Dataset composition, evaluator configuration and sample counts are not fully specified; not independently reproduced. Version-specific row, not a universal accuracy guarantee. Missing baseline cells stay missing; averages across unequal language sets are not compared.
Latency and throughput depend on the host, request size, reasoning settings and load. There is no measured speed or global usage figure in this record.
The record behind the model
Why it is included
Commercial Sahara model family described by its provider alongside proprietary training and reserved service technology. No exact Sahara checkpoint was found among the reviewed public research weights. Family names and benchmark versions do not establish immutable API selectors.
