21 tagged nasa, measured the same way as everything else here.
Skill Claude CodeCodex
Teaches the agent to use the state-memory-mcp MCP server to track workflow state, tasks, decisions, blockers, artifacts, plans, milestones, and their semantic relationships in a persistent graph database.
Skill Claude CodeCodex
Teaches the agent to process, ingest, analyze, and compare WebM, MP4, and GIF video recordings using vision-memory-mcp and state-memory-mcp.
Skill Claude CodeCodex
Teaches the agent to use the Visual Memory MCP server to cache webpage and application screenshots, matching layout states and avoiding redundant LLM vision calls.
Cursor rule Cursor
This project tracks workflow state, tasks, design decisions, and blockers using state-memory-mcp with project slug "spc".
Cursor rule Cursor
This project utilizes vision-memory-mcp to cache visual states, record layout transitions, provide element grounding, and avoid repetitive LLM vision calls.
Instructions file GitHub Copilot
Instructions for putervision/spc, covering state memory (state-memory-mcp), 1. priority order, 2. when to write to the graph, 3. workflow pattern and 4. codebase seeding on initialization.
Instructions file
Instructions for putervision/spc, covering state memory (state-memory-mcp), 1. priority order, 2. when to write to the graph, 3. workflow pattern and 4. codebase seeding on initialization.
Skill Claude CodeCodex
Audit code against NASA JPL's Power of Ten rules, extended for AI-assisted development. Use when checking code for dangerous complexity, unsafe control flow, resource leaks, hidden side effects, missing validation, weak CI gates, AI-generated artifacts, or missing failure-mode tests.
MCP server Claude CodeCodexCursor +2
MCP server for querying Neo4j Knowledge Graphs with custom tools for quering GeneLab. Runs locally from the mcp-genelab Python package. Needs 5 environment variables to run.
MCP server Claude CodeCodexCursor +2
MCP server for querying Neo4j Knowledge Graphs with custom tools for quering GeneLab. Runs locally from the mcp-genelab Python package. Needs 5 environment variables to run.
responsible-genai-hackweek/nicer-nisar
Instructions file CodexOpenCode
Instructions for responsible-genai-hackweek/nicer-nisar, covering agents.md, what this repository is, adding more context information, repository rules and python environment and package management.
responsible-genai-hackweek/nicer-nisar
Instructions file
Instructions for responsible-genai-hackweek/nicer-nisar: DO NOT edit this file. All releveant information lives agent agnostic in AGENTS.md.
responsible-genai-hackweek/nicer-nisar
Skill Claude CodeCodex
Read residuals and failure structure off an existing Mores Creek snow-depth product — where the model is wrong, against coherence, canopy, slope, elevation, and gate code — and decide whether a pattern is a real finding or an artifact of one pair. Use when a product looks wrong, when asked why the model fails…
responsible-genai-hackweek/nicer-nisar
Skill Claude CodeCodex
Fit, evaluate, and freeze a Mores Creek snow-depth-change model — matched InSAR/LiDAR pair selection, target aggregation, the holdout scheme that is actually honest, the feature ablation, the challenger rule, and what must go in the model card before an id is pinned. Use when adding a training pair, refitting after a…
responsible-genai-hackweek/nicer-nisar
Skill Claude CodeCodex
Re-check the archive and grid facts the Mores Creek pipeline rests on — GUNW CRS, geotransform, grid alignment, chunk shape, connected-component labels, polarization, data maturity, pair inventory — and update the VERIFIED/INFERRED/OPEN tags in CLAUDE.md and the nisar-data-access skill. Use after a NISAR reprocessing…
MCP server Claude CodeCodexCursor
NASA MCP — wraps NASA Open APIs (api.nasa.gov). Remote server at gateway.pipeworx.io.
MCP server Claude CodeCodexCursor
MCP server for NASA ADS (Astrophysics Data System) — search, citations, exports, visualizations. Runs locally from the nasa-ads-mcp Python package.
At most 3 mods per repository are shown here — the rest are on their repository pages: