experiment-bridge

Implement experiment plans into deployable code and collect initial results.

Updated May 20, 2026
One-click install
npx skills add https://github.com/lightrain-a/medtrace-aris --skill experiment-bridge-lightrain-a
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: experiment-bridge
Source: https://github.com/lightrain-a/medtrace-aris/tree/main/.vendor/aris/skills/experiment-bridge
Command: npx skills add https://github.com/lightrain-a/medtrace-aris --skill experiment-bridge-lightrain-a

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Converts an experiment plan into runnable, deployable code and immediately collects initial results so you can move from design to evidence without manual glue work.

Core Features & Use Cases

  • Plan-driven implementation: Reads EXPERIMENT_PLAN.md (plus FINAL_PROPOSAL.md) to determine run order, milestones, hyperparameters, metrics, and success criteria.
  • Code review and safe deployment: Optionally runs a cross-model code review before deploying to prevent logic/evaluation mistakes and wasted GPU time.
  • Sanity-first execution: Optionally runs the smallest sanity experiment first, then auto-debug-retries before launching the full suite.
  • Result collection + tracker updates: Parses outputs (JSON/CSV/logs), verifies metrics against ground-truth success criteria, updates EXPERIMENT_TRACKER.md, and prepares next-step handoff for review loops.

Use case: You already have an experiment plan ready and want to implement, review, deploy, and get initial results ready for the auto-review-loop.

Quick Start

Run the bridge on your plan file by asking the assistant: /experiment-bridge "refine-logs/EXPERIMENT_PLAN.md".

Frequently Asked Questions about experiment-bridge

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I convert an experiment plan into runnable GPU code and collect initial results?

To convert an experiment plan into runnable GPU code, you provide an EXPERIMENT_PLAN.md file defining datasets, metrics, and hyperparameters. The system implements the evaluation code, runs sanity checks, deploys to GPU, and parses output metrics into an experiment tracker.

What is the best way to orchestrate a workflow from experiment planning to deployment?

Workflow orchestration from planning to deployment involves reading plan artifacts to determine run order, implementing evaluation code, executing sanity-first checks, and updating trackers with parseable metrics. This bridges design directly to evidence without manual glue work.

How do I verify evaluation metrics against ground truth labels during GPU runs?

To verify evaluation metrics against ground truth labels, the system parses output formats like JSON, CSV, and logs after deployment. It checks these parsed metrics against the success criteria defined in your experiment plan to ensure accuracy.

Do I need an EXPERIMENT_PLAN.md file to automate experiment deployment?

Yes, you need an EXPERIMENT_PLAN.md file to automate experiment deployment. It acts as the required input, defining datasets, hyperparameters, run order, and deployment strategy, alongside optional proposal artifacts for context.

Can I run a small sanity check before launching a full GPU experiment suite?

Yes, you can run a small sanity check before launching a full GPU experiment suite. The system optionally executes the smallest sanity experiment first, auto-debug-retries on failure, and then proceeds to deploy the complete run suite.