Leveraging a four-quadrant approach for evaluating Redpine Science

Filip Dorm, Leonora Vesterbacka
10/6/2026
cs.CL

Official code: redpine-ai/benchmarks (0 stars, MIT, last commit 2026-10-05).

Abstract

Redpine Science gives models and agents a single access point to a wide range of peer-reviewed literature, queried directly through the Model Context Protocol (MCP) and an API. This report evaluates Redpine Science on two levels: the relevance of the retrieved chunks, and a model's answer when it has access to Redpine Science compared to web search. Both public and expert-validated benchmarks are used. Public benchmarks are a widely accepted way to test model development and are comparable across labs, but risk saturation and memorization. To address this, we complement them with an expert-validated question set. In total, this report presents four evaluations. On ScholarQABench SciFact, the public answer-quality benchmark reported here, an agent with Redpine Science answers 94.4% of claims correctly against 87.6% with no retrieval. On the expert-validated question set, an agent with Redpine Science states 80.1% of the required claims against 70.2% for an agent restricted to web search. On the 668 queries of a public retrieval benchmark whose gold paper Redpine holds, stripped of any model reasoning, Redpine Science places the correct source paper in its top ten results for 83.1% of queries (Recall@10), against 79.3% for the benchmark's creator. A blinded expert relevance panel places Redpine Science's Precision@5 at 75.2% against 39.8% for the PubMed search tool. We release the expert-validated question set and instructions to reproduce every headline result above, at https://github.com/redpine-ai/benchmarks.

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Code Implementations(1)

MIT

Public benchmarks for Redpine's products, starting with Redpine Science.

00PythonOct 5, 20262 weeks agoMIT

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Cite this paper

@article{dorm2026leveraging,
  title  = {Leveraging a four-quadrant approach for evaluating Redpine Science},
  author = {Filip Dorm and Leonora Vesterbacka},
  year   = {2026},
  eprint = {2610.07937},
  archivePrefix = {arXiv},
  url    = {http://arxiv.org/abs/2610.07937v1}
}

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