Bench and USB-analysis skills: Cynthion setup, capture, pcap decode and protocol reverse-engineering, USB device profiles, the MCCI 3411 test device, Bus Pirate, Siglent oscilloscope control, OWON electronic load queries, and FNIRSI DPS-150 supply control.
Plugin hardware-lab from marketplace curtisg-skills in curtisgalloway/public-skills. Commands read from the repo's manifest — 8 days ago.
bus-pirateDrive a Bus Pirate 5/5XL/6 (buspirate) from its terminal or a host script: transaction syntax, mode selection, IO pinout, programmable power supply and pull-ups, per-pin voltage measurement, logic analyzer, and the BPIO2 binary scripting port. Use when probing, sniffing, scanning, or bit-banging an
cynthion-captureSet up and run USB traffic capture with a Cynthion USB analyzer. Covers device verification, loading the analyzer bitstream, hardware wiring, launching Packetry for GUI capture, and headless (no-GUI) capture to .pcap files using the bundled Rust or Python tools. Use when the user asks to capture USB
cynthion-pcap-decodeDecode, analyze, and diff USB capture files (.pcap/.pcapng) produced by Packetry and Cynthion. Use when the user mentions a .pcap or .pcapng from Packetry or Cynthion, asks to decode/analyze/read/diff/summarize a USB capture, or has questions about specific endpoints, descriptors, or transfer sequen
cynthion-reverse-engineerOrchestrate a structured USB protocol reverse-engineering session with Cynthion hardware: capture, diff, infer command structure for a proprietary device, then generate replay and Facedancer emulation scaffolds. Use to reverse a USB device's protocol or build a clone or emulator. Not for generic cap
cynthion-setupInstall and verify the software prerequisites for Cynthion skills (cynthion CLI, Packetry GUI, tshark, Linux udev rules). Run this once on a new machine before using any other Cynthion skill. Use when the user asks to set up Cynthion, install Cynthion software, or when a Cynthion skill fails due to
fnirsi-dps-150Read and control a FNIRSI DPS-150 USB-C bench power supply over its USB serial port with the bundled dps150.py: status, voltage and current setpoints, output on/off, plus the binary protocol, the handshake that makes a silent port answer, and which fields were verified on the wire. Use when the user
mcci-3411Operate an MCCI Model 3411 "Merganser" USB 3.2 Gen2 test device: find and drive its FTDI control port and on-device RTEMS shell, switch between loopback, USB-IF compliance, and multi-bulk personalities, and run host-side throughput and data-integrity tests with usbiotest. Use when an MCCI 3411, Merg
owon-dc-loadQuery an OWON OEL-series electronic DC load (tested on an OEL1520) over its USB-serial port - connection settings, the queries seen to work, and the non-standard replies that trip up generic SCPI clients. Use when the user wants to talk to, read, or script an OWON electronic load. Writes to the load
siglent-scopeRemote-control a Siglent SDS1000X-E series oscilloscope (SDS1104X-E, SDS1204X-E, etc.) over the network — SCPI command essentials, screenshots, deep-memory waveform transfer, and the firmware quirks that hang naive clients. Use when the user wants to talk to, automate, screenshot, or pull waveform d
usb-device-profileGenerate a USB device-profile JSON — endpoint transfer types, directions, and max packet sizes across all configurations — by reading the device's driver source, so the Cynthion decode pipeline can type endpoints when enumeration traffic wasn't captured. Use when asked to generate, update, or inspec
Working with a coding agent over time: session learning and teaching summaries, handoffs, transcript access, loop safety (intern-mode), design partnership, harness-agnostic skill authoring, and Google Docs review rounds.
17 skills · hooks
Engineering utilities: Jujutsu (jj) in place of git, evidence-based dependency scoring (dep-quality), conventions for CLIs that agents drive (cli-conventions), a seven-arm adversarial code review with a referee (review-swarm), and a release train that installs and smoke-tests every distribution channel before tagging (release-train).
5 skills
Every skill in this repository in one plugin: hardware-lab, agent-workflow and dev-tools combined. driver-porting lives in the driver-lab repository and is installed on its own. Install either this or the themed plugins, not both.
hooks
Driver porting and review: peripheral specs whose every fact cites the line it came from, reference reviews of a driver against another implementation, a hardware investigator that answers a question as anchored facts from sources a spec repository's license accepts, board specs with the board-expert reader and a scaffold for new ones, a spec verifier, and campaign review. The clean-room skills are a separate plugin in curtisgalloway/cleanroom-skills. Lives in curtisgalloway/driver-lab; this entry points there.
Statically analyze a local JS/Electron app you're authorized to study, with file+line evidence, and build an original reimplementation of what you find. Experimental. Phase 1: JS/Electron static analysis. Phase 2: native ELF/PE/Mach-O container inspection. Phase 3: .NET assembly metadata. Phase 4: EVM bytecode inventory. Phase 5: CUDA fatbin, cubin and PTX inventory. Parses, never executes. Dynamic analysis is a future phase, not yet implemented.
1 skill · 1 command · 1 agent
Reverse-engineer any codebase into a complete PRD. Frontend (React, Vue, Angular, Next.js), backend (NestJS, Django, Express, FastAPI), and fullstack. 2 Python scripts (codebase_analyzer, prd_scaffolder), 2 reference guides, /code-to-prd slash command.
1 skill
Network observability skills powered by Kubeshark MCP — root cause analysis, KFL traffic filtering, snapshot forensics, PCAP extraction.
4 skills · 1 MCP server
Mod almost any game you own with an AI agent: engine recon, reverse engineering, fal-generated art/3D/audio, in-game testing, showcase videos, and a shared knowledge base of how games were modded.
13 skills · 3 agents · 1 MCP server · hooks
Decompile Android APK/JAR/AAR with jadx, trace call flows through libraries, and document extracted APIs.
1 skill · 1 command
Operate a real iPhone from Claude Code through a local MCP server in the Zeptap Mac app. Claude sees the screen over USB and taps and types over Bluetooth, with nothing installed on the phone. Tools include screenshot, find_text, tap, tap_text, type_text, open_app and unlock. The Mac app is closed source and paid (macOS 14+), with the first hour free.
1 skill · 1 MCP server
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