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Self-hosted lightweight object storage speaking three interfaces at once — the S3 API (boto3 / AWS-SDK compatible, AWS Sig V4), a plain HTTP API (curl-friendly, Bearer auth), and MCP (Streamable HTTP tools for agents). Buckets/objects with SQLite metadata and flat-file storage on disk; buckets are config-defined (no create/delete API), each with a public/private flag, a private key + public key pair, optional TTL expiry, and a max upload size. Auth is per-bucket keys plus a cross-bucket master key; presigned GET/PUT URLs for handing out single-object access. Use when the user wants to put/get/list/delete files in a self-hosted S3-compatible store, generate presigned upload/download links, drive their own boto3-compatible object storage, or connect an agent to object storage over MCP.

HTTP client for a user-deployed mt5-httpapi MetaTrader 5 bridge. Use ONLY when the user has explicitly installed and configured mt5-httpapi AND provided MT5_API_URL. Read endpoints (account, symbols, rates, ticks, server-side technical-analysis enrichment via the wickworks sidecar, history, backtest report fetching) are safe to invoke. Trade-mutating endpoints on /orders and /positions require explicit per-action confirmation showing symbol, side, volume, and SL/TP; terminal shutdown/restart also require explicit confirmation naming the target terminal and operation. Never invoke mutations on inferred intent. Do not use this skill for generic market-data, charting, or trading questions where the user hasn't named mt5-httpapi.

Text-to-speech generation via Qwen3-TTS over SSH. Preset voices, voice cloning, voice design. Use when the user wants to generate speech audio, clone voices, or work with TTS.

Connect to a user-deployed audiolla server to perform stem separation, mastering, MIR analysis, DSP transforms, and loudness normalization on audio files.

Multi-mailbox IMAP/SMTP control plane exposed as a REST API + MCP server (streamable HTTP) on a single port. Read, search, send, mark-seen, and delete mail across multiple inboxes in one call — `GET /inbox` fans out across every IMAP account in parallel and returns a merged, newest-first feed. Use when you need an agent (or a script, or a curl one-liner) to drive one or more real mail accounts without standing up a webmail UI, a message store, or any per-provider client library. Stdlib `imaplib`/`smtplib` under the hood, FastAPI on top, bearer-token auth optional.

Configure and operate Peen, the durable coding-agent backend. Use when setting up a provider and Docker workspace, sending work over WebSocket, adding project harness rules, or inspecting and controlling durable sessions.

Headless-detection-resistant browser automation in Docker for authorized QA, compatibility testing, and defensive security research. Camoufox + OS-level input + persistent fingerprints. Use only with sites you own or have written authorization to test.

Self-hosted AI platform — one `docker-compose up`, one OpenAI-compatible endpoint at http://localhost:4000. Bundles inference (Groq/Cerebras/OpenRouter/HuggingFace/Mistral/Cohere/Ollama/vLLM/llama.cpp/claudebox/pibox-zai/Anthropic/OpenAI), MCP tool use, a stealth browser cluster, image generation (FLUX/DALL-E/SD), speech synthesis (Kokoro/Qwen3-TTS/Chatterbox/OpenAI TTS), transcription (Whisper/Parakeet), S3-compatible object storage, agentic code execution (Claude Code + pi-coding-agent + sandboxed piston), web search (SearXNG), an email gateway (mailbox), a Telegram client (Telethon), time-series forecasting + tabular ML (predictalot), audio/video production (audiolla/flickies), an async job queue (proxq), and a web UI (LibreChat) — all reachable through one bearer token and automatic per-model fallback routing. Use when the user wants a one-command self-hosted OpenAI-compatible stack that aggregates many providers/tools behind a single endpoint instead of wiring each service up individually.

Claude Code running on the network inside a Docker container (aicodebox-based), managed via the claudebox wrapper/CLI. Exposes seven ways to drive it — interactive shell (`claudebox`), one-shot exec (`claudebox "prompt"`), an HTTP REST API (`/run`, async run-id polling, `/files` CRUD), an OpenAI-compatible `/openai/v1/chat/completions` adapter (streaming SSE, multi-turn, multimodal), an MCP server (streamable HTTP, gated by CLAUDEBOX_MCP_MODE — mounts at `/mcp` on the API port when API mode is also on, else runs standalone on its own port), a Telegram bot, and a YAML cron scheduler. Auth is per-mode bearer tokens (CLAUDEBOX_API_MODE_TOKEN, CLAUDEBOX_MCP_MODE_TOKEN, CLAUDEBOX_TELEGRAM_MODE_TOKEN) or none if unset — unset tokens mean the surface is unauthenticated. Use specifically for installing, configuring, launching, or scripting against a claudebox container/wrapper — not as a generic "run any coding task" tool.

pi-coding-agent (earendil-works) running on the network inside an aicodebox container. Exposes seven programmatic surfaces on one image — interactive shell, one-shot exec (`-p "..."`), an HTTP REST API (run/async/cancel, workspace file ops), an OpenAI-compatible `/openai/v1/chat/completions` endpoint (streaming, client-executed tool calling, response_format/JSON-schema), an MCP server at `/mcp` (mounted in API mode or as a sidecar), a Telegram bot, and a cron scheduler that fires pi on a schedule. Foreground modes (API/Telegram/Cron) are mutually exclusive except Telegram+Cron; MCP coexists with any of them. Bearer-token auth per surface (`PIBOX_API_MODE_TOKEN`, `PIBOX_MCP_MODE_TOKEN`), empty = no auth. Use when the user wants to drive pi-coding-agent programmatically over HTTP/MCP/Telegram/cron instead of a local terminal session, or needs to reason about which pibox mode/endpoint fits a given integration.

Self-hosted OpenAI-compatible speech service. /v1/audio/transcriptions fronts 12 open ASR models (Whisper, Parakeet, Nemotron-3.5-ASR, Canary, Sherpa-ONNX, Vosk); /v1/audio/transcriptions/stream accepts live PCM over WebSocket. /v1/audio/speech fronts 3 TTS engines / 4 backends — Kokoro-82M (41 baked voices, PyTorch + ONNX runtimes), the CUDA-only Qwen3-TTS family (voice cloning, preset speakers, voice design), and the CUDA-only Chatterbox Turbo (English, 19 inline emotion tags, transcript-free cloning). Stereo diarization, URL fetching, six ASR/file-staging MCP tools, bearer auth.