MCP server and workbench for LLM-driven C64 reverse engineering: persistent typed 6502 analysis graph with impact que...
Copy the install, test the workflow, then decide if it earns a permanent slot.
Fresh repo activity plus visible builder pull. This is the kind of tool people test before it turns obvious.
Copy the install, test the workflow, then decide if it earns a permanent slot.
You can test this quickly and remove it cleanly if it misses.
GitHub health unknown. no security policy. Fresh enough repo health and manageable issue load keep the risk controlled.
AI Agent
Universal
Model
Multiple
Fastest way to find out if C64ReverseEngineeringMCP belongs in your setup.
Copy the install command, run a real test, and back it out cleanly if it slows you down.
claude mcp add c64reverseengineeringmcp -- npx c64reverseengineeringmcpRun this first. You will know quickly if the workflow earns a permanent slot.
claude mcp remove c64reverseengineeringmcpNo messy cleanup loop. If it misses, remove it and keep moving.
Install Location
~/ └─ .claude.json └─ mcp_servers/ └─ c64reverseengineeringmcp ← registers here
MCP server and workbench for LLM-driven C64 reverse engineering: persistent typed 6502 analysis graph with impact queries, semantic disassembly annotation, byte-exact rebuild verification. Uses the TRX64 daemon as runtime.
Source: GitHub repository
Source check: October 18, 2026
Upstream commit: October 18, 2026
Repository state: Not marked archived
Honeystax upvotes are community interest signals, not star ratings. GitHub stars and repository health are source measurements; editorial risk and trial-cost notes are Honeystax analysis.