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Keenable AI's open-sourced NEEDLE benchmark addresses a critical flaw in evaluating search agents by dynamically regenerating queries to prevent models from cheating via parametric memory or static answer keys. By pulling fresh data hourly from diverse sources like SEC filings and RSS feeds, this tool ensures that performance metrics reflect genuine retrieval capabilities rather than memorized responses. This approach provides a more rigorous standard for assessing the reliability of AI search tools in real-world scenarios where information freshness is paramount.
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Keenable AI Open-Sources NEEDLE: A Live Search Benchmark That Rebuilds Its Query Set Every Hour

MarkTechPost5 min read

How do you benchmark a web search API when the thing being tested can read the answer key? A search agent has a fetch tool. If the gold labels sit in a public dataset, the agent can download them mid-evaluation and skip retrieval entirely. A similar problem arises when the answers are already encoded in […] The post Keenable AI Open-Sources NEEDLE: A Live Search Benchmark That Rebuilds Its Query Set Every Hour appeared first on MarkTechPost.

How do you benchmark a web search API when the thing being tested can read the answer key? A search agent has a fetch tool. If the gold labels sit in a public dataset, the agent can download them mid-evaluation and skip retrieval entirely. A similar problem arises when the answers are already encoded in the model’s parametric memory: a correct response no longer demonstrates that web search worked. Keenable’s answer is NEEDLE, a live open-source benchmark that rebuilds its query set from fresh public sources rather than freezing one.…

Excerpt shown under the publisher's RSS terms · 90 words · full text and figures are on the publisher's site

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