explaingit

animaresearch/verdict-sweep

Analysis updated 2026-05-18

2Audience · researcherComplexity · 2/5Setup · easy

TLDR

A protocol that guides AI research agents to answer comparison questions with a decision matrix table instead of long essays, by having you copy a skill file into your agent's directory.

Mindmap

mindmap
  root((repo))
    What it does
      Builds decision matrices
      Sets criteria first
      Separates gather from judge
    How to install
      Clone the repo
      Copy skill folder
      Works with Claude
      Works with Codex
    Use cases
      Library selection
      Prior-art surveys
      Competitor mapping
      Vendor selection
    What it outputs
      Table of candidates
      Evidence-backed cells
      Blind spots section
    Examples included
      Local LLM runtimes
      Expert offloading systems

Code map

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What do people build with it?

USE CASE 1

Compare software libraries by asking your AI agent to build a decision matrix.

USE CASE 2

Survey prior art or competitors with a structured table instead of reading long summaries.

USE CASE 3

Run technical due diligence on vendors by having the agent gather evidence before judging.

USE CASE 4

Evaluate options beyond software where a structured comparison table is useful.

What is it built with?

MarkdownClaudeCodex

How does it compare?

animaresearch/verdict-sweep0-bingwu-0/live-interpreter010zx00x1/faresnipe
Stars222
LanguagePythonPython
Setup difficultyeasymoderateeasy
Complexity2/52/52/5
Audienceresearchergeneralgeneral

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · easy Time to first run · 5min

Manual install: clone the repo and copy the skill folder into your agent's directory using the provided commands.

No license information is provided in the repository, so usage rights are unclear.

In plain English

verdict-sweep is a small protocol that reshapes how AI research agents answer comparison questions. Instead of returning a long essay, it guides the agent to produce a decision matrix: a table where each row is a candidate and each column is a criterion the user cares about. The repo packages this as a "skill" file, called SKILL.md, that you copy into the skill directory of a compatible agent such as Claude or Codex. Once installed, you ask a question like "which local LLM runtime should I use?" and the agent follows the protocol to build a structured, evidence-backed table instead of a narrative summary. The core idea is to set the criteria before searching. The agent turns your stated concerns into columns, then searches for candidates and fills each cell with a value like yes, no, partial, or unclear. It checks repositories, activity levels, licenses, and implementation details when available. A running implementation outranks a paper-only claim. The protocol also separates the collection step from the final judgment step, so the agent that gathers a candidate does not also get to overstate its case. Blind spots, things the sweep did not cover, are written into the output as their own section. Installation is manual. You clone the repo and copy the skill folder into the appropriate directory for your agent. The README provides commands for Claude, Codex, and Windows PowerShell. After that, you interact with the agent in plain language and it follows the protocol automatically. The repo ships with two worked examples: one scoring 13 local LLM runtimes, and another surveying 22 systems related to expert offloading in mixture-of-experts models. Use cases include library selection, prior-art surveys, competitor mapping, technical due diligence, and vendor selection. The protocol is not limited to software topics, though the GitHub-based evidence columns matter less for non-software comparisons. The README is clear about what the tool does and does not do. It is not a replacement for deep research. It is a stricter output format for situations where you want a table you can argue with.

Copy-paste prompts

Prompt 1
Which local LMM runtime should I use? Compare the main options in a decision matrix with criteria like ease of setup, supported models, performance, and license.
Prompt 2
Build a decision matrix comparing popular open-source web frameworks. Use criteria like community activity, learning curve, performance, and ecosystem maturity.
Prompt 3
Survey the landscape of vector databases and fill a table with criteria like hosting model, pricing, scalability, and integration options. Mark any blind spots.
Prompt 4
Compare serverless platforms from AWS, Google, and Azure in a table covering cold start times, pricing, language support, and vendor lock-in risks.
Prompt 5
Create a decision matrix comparing CSS frameworks by criteria like bundle size, learning curve, component library, and browser compatibility. Flag unclear cells.

Frequently asked questions

What is verdict-sweep?

A protocol that guides AI research agents to answer comparison questions with a decision matrix table instead of long essays, by having you copy a skill file into your agent's directory.

What license does verdict-sweep use?

No license information is provided in the repository, so usage rights are unclear.

How hard is verdict-sweep to set up?

Setup difficulty is rated easy, with roughly 5min to a first successful run.

Who is verdict-sweep for?

Mainly researcher.

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