ARA-Labs/Agent-Native-Research-Artifact

Research Artifact Protocol for Rigorous and Trustworthy AI Scientists

What it solves

AI agents performing research often leave behind unobservable and unstructured data—overwritten code, scattered logs, and undocumented failures. ARA (Agent-Native Research Artifact) provides a structured, verifiable, and traceable format for AI scientists to document their work, ensuring that scientific claims are backed by ground-truth execution and that the research trajectory is preserved for human oversight.

How it works

ARA transforms research into a multi-layered artifact consisting of a root manifest, a cognitive layer for logic and claims, a physical layer for code and configurations, an exploration graph (DAG) that tracks the research journey including dead ends, and an evidence layer for raw proofs. It uses a system of cross-layer bindings to link claims to experiments and evidence.

To integrate ARA, users can "wire" it into their coding agents (such as Claude Code, Cursor, or Gemini CLI) using a single-line prompt. This installs a suite of six specialized agent skills:

  • research-manager: Captures decisions, ablations, and configurations.
  • compiler: Converts existing papers or repos into structured ARAs.
  • rigor-reviewer: Verifies the epistemic rigor of an artifact.
  • research-visualizer: Provides an interactive process map of the research trajectory.
  • research-foresight: Allows users to ask grounded, falsifiable questions about the research.
  • context-drop: Enables sharing files or folders with other agents via a URL.

Who it’s for

Human researchers and AI agents working together in "auto-research" environments where high-level oversight, reproducibility, and the ability to recover failure knowledge is critical.

Highlights

  • Epistemic Anchoring: Every scientific claim is wired to ground-truth execution to prevent hallucinations.
  • Preservation of Dead Ends: Failed approaches are treated as first-class nodes in the exploration graph to prevent agents from repeating mistakes.
  • Total Observability: Translates complex agent behaviors into a minimalist interface for human course-correction.
  • Agent-Native Standard: Compatible with the Agent Skills open standard and major AI coding agents.

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