We set out to make AI integration as fast and frictionless as possible — one binary, zero overhead, every platform.
To eliminate the operational burden of deploying AI assistants at scale. SuperFastClaw ships as a single static binary — no Node.js, no Docker, no npm installs — so any team can wire AI into every messaging platform they use in minutes, not days.
A world where AI is a seamless layer across every communication channel — from enterprise Slack workspaces to IoT MQTT brokers — powered by open infrastructure that any developer can run, audit, and extend. Fast, private, and truly yours.
Every architectural decision in SuperFastClaw flows from a small set of non-negotiable values.
Cold start under 50 ms. Memory under 12 MB at idle. Performance is a feature, not a footnote.
Ed25519 license verification, bearer-token auth, and no telemetry sent home — your data stays yours.
One YAML file activates or deactivates any channel or provider. Swap models per-session at runtime.
Pure Go stdlib wherever possible. Each external dependency is a deliberate, justified decision.
We were building internal AI tooling and kept hitting the same wall: every open-source gateway was Node.js-based, required hundreds of megabytes of dependencies, and took over a second to cold-start on a modest server. Deploying it to IoT edge hardware was out of the question.
We decided the right answer was a single Go binary that compiled to under 8 MB, started in milliseconds, consumed a fraction of the RAM, and supported every channel our teams actually use — from Telegram bots to MQTT-connected sensors on the factory floor.
SuperFastClaw is that binary. It bridges 10 messaging channels and 3 AI providers, ships with a built-in security agent, handles mobile push notifications natively, and reloads config without a restart — all without a single runtime dependency beyond the OS kernel.
Three engineers who believed developer tooling should be fast, minimal, and truly portable.
Systems engineer with a focus on high-throughput network services. Designed SuperFastClaw's WebSocket gateway, session manager, and the raw HTTP + SSE provider layer that keeps the binary dependency-free.
AI infrastructure engineer specialising in multi-provider orchestration and agent tooling. Architected the provider abstraction layer and the multi-turn agent runner that powers SuperFastClaw's built-in security analysis.
Platform engineer with deep expertise in messaging integrations and IoT protocols. Built the channel adapter layer — from Telegram and Discord to MQTT and Matrix — and the mobile push notification pipeline for APNs and FCM.
Run the gateway in under two minutes. One binary, one config file, ten channels live.