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PicoClaw
Ultra-lightweight AI assistant that runs on $10 microcontrollers
+ Pros
- +Runs in under 10MB RAM – 99% less memory than OpenClaw
- +Single portable binary across ARM, x86, and RISC-V platforms
- +Boots in ~1 second with Telegram and Discord integration
- Cons
- -Limited to lighter workloads due to microcontroller constraints
- -Web search and voice transcription require external services
## Pricing
Open Source
Free
Single binary for ARM, x86, and RISC-V
## Best for
- +Ultra-low resource: runs on $10 microcontrollers, under 10MB RAM
- +Single portable binary across ARM, x86, RISC-V
- +Boots in ~1s; Telegram and Discord integration
## Avoid when
- +Heavy workloads or large context windows
- +Need for built-in web search or voice without external services
## Deployment
Local/edgeEmbedded (microcontroller)
## Security & reliability
Minimal binary; reduced attack surface. Execution on device; no built-in sandbox documented.
- ·~1s boot; minimal resource use
- ·Single binary deployment
## Integrations
OpenRouter, Anthropic, OpenAI. Telegram, Discord. Web search/voice via external services.
## Cost
Free/open source. Infra negligible (runs on microcontroller). Model = API only.
## Setup
Complexity: Medium
## Evidence / sources
- PicoClaw repoOfficial repo · Current
## Install
$ Download binary from GitHub releases## Supported Models
OpenRouterAnthropicOpenAI
## Chat Channels
TelegramDiscord
## System Requirements
<10 MB RAM, single-core RISC-V/ARM/x86
## Related Links
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