[In preview] Public Preview: Evaluations with Intelligent Trace Sampling

Vendor
Microsoft
Product
Microsoft Foundry
Type
Pricing
Announcement date
2026-06-03
Effective date
Date not published
Impact
Affected

In brief

[In preview] Public Preview: Evaluations with Intelligent Trace Sampling

What the source says

Microsoft Foundry observability introduces intelligent trace filtering and sampling for evaluations in public preview. Instead of running evaluations against all production traces, Foundry now select a representative subset of traces using a multi-stage MinHash farthest-first diversity algorithm, including deduplication, hard filers, aggregation and diversity-based selection for evaluation. This approach improves cost efficiency while producing significantly higher lexical diversity and diverse coverage compared to random sampling. Intelligent sampling is particularly effective for: evaluation and benchmarks, rubric generation and finetuning dataset curation. Learn more .

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Who is affected: The audience described by the Microsoft update is represented by: [In preview] Public Preview: Evaluations with Intelligent Trace Sampling Microsoft Foundry observability introduces intelligent trace filtering and sampling for evaluations in public preview. Instead of running evaluations against all production traces, Foundry now select a representative subset of traces using a multi-stage MinHash farthest-first diversity algorithm, including deduplication, hard filers, aggregation and diversity-based selection for evaluation. This approach improves cost effic

Why it matters: The change matters because the official source describes: [In preview] Public Preview: Evaluations with Intelligent Trace Sampling Microsoft Foundry observability introduces intelligent trace filtering and sampling for evaluations in public preview. Instead of running evaluations against all production traces, Foundry now select a representative subset of traces using a multi-stage MinHash farthest-first diversity algorithm, including deduplication, hard filers, aggregation and diversity-based selection for evaluation. This approach improves cost effic

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  • Raw capture
    2026-08-30T06:15:07.776356+00:00
  • Event
    [In preview] Public Preview: Evaluations with Intelligent Trace Sampling Microsoft Foundry observability introduces intelligent trace filtering and sampling for evaluations in public preview. Instead of running evaluations against all production traces, Foundry now select a representative subset of traces using a multi-stage MinHash farthest-first diversity algorithm, including deduplication, hard filers, aggregation and diversity-based selection for evaluation. This approach improves cost efficiency while producing significantly higher lexical diversity and diverse coverage compared to random sampling. Intelligent sampling is particularly effective for: evaluation and benchmarks, rubric generation and finetuning dataset curation. Learn more .
    source
  • Product Microsoft Foundry
    [In preview] Public Preview: Evaluations with Intelligent Trace Sampling Microsoft Foundry observability introduces intelligent trace filtering and sampling for evaluations in public preview. Instead of running evaluations against all production traces, Foundry now select a representative subset of traces using a multi-stage MinHash farthest-first diversity algorithm, including deduplication, hard filers, aggregation and diversity-based selection for evaluation. This approach improves cost efficiency while producing significantly higher lexical diversity and diverse coverage compared to random sampling. Intelligent sampling is particularly effective for: evaluation and benchmarks, rubric generation and finetuning dataset curation. Learn more .
    source
  • Insight a salesperson
    [In preview] Public Preview: Evaluations with Intelligent Trace Sampling Microsoft Foundry observability introduces intelligent trace filtering and sampling for evaluations in public preview. Instead of running evaluations against all production traces, Foundry now select a representative subset of traces using a multi-stage MinHash farthest-first diversity algorithm, including deduplication, hard filers, aggregation and diversity-based selection for evaluation. This approach improves cost efficiency while producing significantly higher lexical diversity and diverse coverage compared to random sampling. Intelligent sampling is particularly effective for: evaluation and benchmarks, rubric generation and finetuning dataset curation. Learn more .
    source

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