AI extensions for ESP32 / STM32

Arduino benches simulated in the browser: sessions, sketch push, simulation, tests, challenges.

No-signup IoT backend: device names, sensor readings, history and live charts. No API key needed.

Checks an ESP32 project (board, pins, power, JLCPCB parts, costs) and gets the build finished.

Debug STM32 firmware on real hardware via GDB + OpenOCD/ST-Link/J-Link with decoded results.

Cyber-insurance posture for a whole SonicWall fleet: firmware, advisories, MFA, SSL-VPN exposure

Search SORACOM documentation: service guides, FAQ, API references, IoT recipes, etc.

Electronic component sourcing, BOM management, and PCB design workflows.

PCB assembly in Munich: upload Gerbers and a BOM, pick parts, get an instant price and ship date.

Build, publish and track embedded training courses in your product: courses, learners, SCORM.

Read-only VNISH firmware metadata, Ninja guidance and input-based mining economics calculations.

Autonomous multi-layer PCB routing, KiCad 9 DRC/DFM verification & IPC-2141A impedance MCP server.

Yeelight device discovery, state, control, and scene execution.

Page-cited retrieval for embedded docs, datasheets, MISRA, CMSIS, and RTOS references.

88 free engineering calculators: RF link budgets, LoRa/Meshtastic, PCB, solar, homelab. Keyless.

Search and review real KiCad and Altium PCB designs: schematics, BOMs, netlists, DRC/ERC.

63 paid services via USDC: crypto analytics, satellite, IoT, AI inference, prediction markets.

Connect AI agents to IoT devices — read sensors, send commands, manage ESP32 fleets.

GS1 element strings, DataMatrix, eight keys, ITF-14 print specs and price-embedded in-store codes.

Drive a live Altium Designer session: schematic, PCB and library tools. KiCad and EasyEDA too.

Use for any embedded or IoT hardware project (ESP32, STM32, Arduino, Pico, firmware, PCB, MQTT, Home Assistant, sensor dashboards), before buying parts. Picks the MCU, board and toolchain, decides where readings go and gives a phased build plan with time and cost.

Readiness checklist for homelab VLAN segmentation, local DNS filtering (Pi-hole, AdGuard Home), and WireGuard-style remote access. Use when planning or reviewing home network changes — splitting a flat network into trusted, IoT, guest, or management VLANs, moving DHCP to a local resolver, or adding VPN access — before changing router, firewall, DHCP, or VPN configuration.

Segmenting home networks into VLANs for IoT, guest, trusted, and server traffic using UniFi, pfSense/OPNsense, and MikroTik — including switch trunk config, firewall rules, and wireless SSID mapping. Use when splitting a home network into IoT, guest, trusted, and server VLANs on UniFi, pfSense/OPNsense, or MikroTik.

device.house — words become circuits. Design devices: BoM, enclosure, firmware, routed PCB.

MCP server for AI-assisted PCB design with KiCad 9.x

MCP server exposing KiCad PCB Editor functionality via IPC API

File I/O and primitive-placement tools so AI assistants can create and manage Altium libraries.

Finds the build-config lines that ship an ESP-IDF or Zephyr device with secure boot off, a debug por

Embedded, local-first agent memory: one SQLite file per namespace, no server, no cloud.

Involuntary memory for agents: time, place, sound and IoT cues surface memories unasked

Read live and historical IoT telemetry and actuate ESP32/Arduino hardware from a backend you host.

Draft a Ko-fi post for a supplied audience and post form. Use when the user needs a public or supporter-access update, blog, image, audio, or embedded video post with an explicit access boundary. It prepares text only and does not inspect eligibility, set audience, save, schedule, or publish.

Generate and validate a RACI matrix and governance responsibility document from a validated PNS. Use this skill when the user needs a standalone RACI chart, a governance matrix, or a responsibility assignment document for a process; when they ask to produce a RACI table, document who is responsible for what, or generate a governance framework for a process. Do not use it when the RACI table embedded in the SOP's Responsibilities section is sufficient — use okhp3-sop-work-instructions directly for that. Derives directly from PNS roles_and_raci and activity_sequence sections. Produces raci.md and governance-matrix.md.

Reverse engineer native, managed, Electron/JavaScript, packaged, firmware, and browser targets with REA, and build agent environments (AgentEnv bundles) of web applications from a live instance or a capture, and of Linux desktop apps with a task from a request. Use shipped-artifact or requested runtime evidence to explain features, compare versions, decompile code, or guide a reconstruction. Skip REA for ordinary source-repository architecture analysis.

Embedded, local-first memory and retrieval for AI agents. One SQLite file, no server, no API key.

Program, run and inspect STM32 targets over ST-LINK; every result verified, unverified or failed.

Full STRIDE-A threat model analysis and incremental update skill for repositories and systems. Supports two modes: (1) Single analysis — full STRIDE-A threat model of a repository, producing architecture overviews, DFD diagrams, STRIDE-A analysis, prioritized findings, and executive assessments. (2) Incremental analysis — takes a previous threat model report as baseline, compares the codebase at the latest (or a given commit), and produces an updated report with change tracking (new, resolved, still-present threats), STRIDE heatmap, findings diff, and an embedded HTML comparison. Only activate when the user explicitly requests a threat model analysis, incremental update, or invokes /threat-model-analyst directly.

Short-link service embedded in your AI workflow — shorten links, track campaigns, read stats.

Security cameras, surveillance cameras, network cameras, and どこでもカメラ (cameras anywhere) for homes, shops, offices, parking lots, warehouses, construction sites, farmland, and more… (Searches the content of securityiot.theshop.jp and answers through ヨミタス.)