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Glean unveils programmatic tool-calling agent harness for efficiency

Glean has developed a new agent harness designed to improve the efficiency and capabilities of enterprise AI agents. This harness utilizes programmatic tool-calling, where the AI model writes Python code to interact with Glean's tools and data, rather than issuing direct tool calls. This approach reduces token usage by 24% compared to previous methods by minimizing serialization and deserialization overhead. The system also incorporates a sandbox filesystem to manage intermediate data and tool outputs, with truncated previews shown to the model to maintain focus and efficiency during complex, long-running tasks. AI

IMPACT This development could lead to more token-efficient and capable enterprise AI agents by optimizing how models interact with tools and data.

RANK_REASON The item describes a new technical approach to building AI agent harnesses, focusing on implementation details and efficiency gains, rather than a novel model release or a significant industry-wide product launch.

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Glean unveils programmatic tool-calling agent harness for efficiency

COVERAGE [1]

  1. Glean blog TIER_1 English(EN) ·

    Building an efficient harness for advanced enterprise work

    Michael Cao Cathy Chen | See how Glean’s coding agent harness uses code execution, tool truncation, and progressive disclosure to reduce token usage by 24% on enterprise workflows.