idea-discovery-robot

Generate benchmark-grounded robotics research ideas from a broad direction.

Updated May 29, 2026
One-click install
npx skills add https://github.com/Mang30/myskills --skill idea-discovery-robot-mang30
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: idea-discovery-robot
Source: https://github.com/Mang30/myskills/tree/main/skills/idea-discovery-robot
Command: npx skills add https://github.com/Mang30/myskills --skill idea-discovery-robot-mang30

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It helps you generate robotics research ideas from a broad direction by grounding each candidate in robotics-specific constraints, simulators/benchmarks, and measurable novelty.

Core Features & Use Cases

  • Robotics-framed literature survey: maps the field by embodiment, task family, observation/action interfaces, and sim2real/evaluation quality rather than generic ML metrics.
  • Pipeline-style idea generation and filtering: produces benchmark-ready candidates that include failure expectations, required metrics, and a sim-first pilot plan.
  • Novelty and external review workflow: verifies novelty with robotics context and produces a publishability-focused report with an evidence package.

Use cases: when you want “robotics idea discovery” for areas like manipulation, locomotion, navigation, drones, humanoids, or general robot learning—especially when you need ideas that can be validated in simulation and against credible benchmarks.

Quick Start

Use the idea-discovery-robot skill with your robotics direction to generate ranked, sim-first, benchmark-grounded research ideas.

Frequently Asked Questions about idea-discovery-robot

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

FAQPage Schema
How do I generate robotics research ideas from a broad direction?

Robotics idea generation maps the field by embodiment, task family, and observation/action interfaces to produce candidates that include failure expectations, required metrics, and a sim-first pilot plan rather than relying on generic ML metrics.

Can I use this for embodied AI tasks like manipulation and drone control?

Yes, embodied AI idea generation applies to manipulation, locomotion, navigation, drone/humanoid control, and robot learning tasks, specifically requiring explicit sensor/actuator definitions and sim2real constraints to ground the research candidates.

How does novelty checking work for robotics research ideas?

Novelty checking verifies candidate ideas against existing robotics literature using robotics-specific context, then produces a publishability-focused report with an evidence package to confirm the benchmark-grounded idea is measurably novel.

Do I need to define sim2real constraints to get benchmark-grounded robotics ideas?

Yes, you must define YAML-based skill metadata and adhere to enforced sim-first execution rules, ensuring the generated robotics ideas include required metrics and can be validated in simulation against credible benchmarks.

What is the best way to evaluate robotics ideas against credible benchmarks?

Robotics idea generation is limited by its enforced sim-first execution rules and reliance on agent tool access to chain sub-steps, meaning it is not suited for research directions that cannot be validated in simulation or lack explicit sensor/actuator interfaces.