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deploy-everywhere

Cross-compile PicoClaw Go binaries for all supported hardware targets and deploy them in one command. Supports: LicheeRV Nano (RISC-V), Raspberry Pi Zero (ARMv6), Pi 3/4/5 (ARM64), MIPS routers, old Android phones (ARM64), and x86_64 servers. Generates platform-specific init scripts (systemd/OpenWrt procd/Android service), then SCP-deploys and restarts. Adapted from OpenClaw's multi-platform deployment skill for Go cross-compilation.

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Comando de instalação

npx skills add https://github.com/mk-knight23/AI-Agent-PicoClaw --skill deploy-everywhere

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Fonte

mk-knight23/AI-Agent-PicoClaw

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Atualizado10 de março de 2026 às 00:14

SKILL.md

readonly

name

deploy-everywhere

description

deploy-everywhere

Cross-compile for every target. Deploy to all hardware in one command.

Usage

@PicoClaw deploy-everywhere --target lichee-rv-nano
@PicoClaw deploy-everywhere --target all                   # Build + deploy all targets
@PicoClaw deploy-everywhere --target rpi-zero --host pi@192.168.1.42
@PicoClaw deploy-everywhere --build-only --target arm64    # Just build, don't deploy

Supported Targets

Target	GOOS/GOARCH	Device	Deploy Method
`lichee-rv-nano`	`linux/riscv64`	SG2002, 256MB	SCP + systemd
`rpi-zero`	`linux/arm/v6`	BCM2835	SCP + systemd
`rpi-arm64`	`linux/arm64`	Pi 3/4/5	SCP + systemd
`router`	`linux/mips`	OpenWrt routers	SCP + procd
`android`	`linux/arm64`	Recycled phone (Termux)	ADB push + service
`server`	`linux/amd64`	Any x86_64	SCP + systemd
`wasm`	`wasip1/wasm`	Browser/Deno	Bundle

Build Pipeline

# What deploy-everywhere runs internally
GOOS=linux GOARCH=riscv64 go build -ldflags="-s -w" -o dist/picoclaw-riscv64 ./cmd/agent
GOOS=linux GOARCH=arm GOARM=6 go build -ldflags="-s -w" -o dist/picoclaw-armv6 ./cmd/agent
# ... etc for all targets

Deployment

# For each target with a configured host:
scp dist/picoclaw-riscv64 pi@lichee:/usr/local/bin/picoclaw
ssh pi@lichee "systemctl restart picoclaw"

Generated Files

dist/
├── picoclaw-riscv64            # LicheeRV Nano
├── picoclaw-armv6              # Pi Zero
├── picoclaw-arm64              # Pi 3/4/5
├── picoclaw-mips               # Router
├── picoclaw-amd64              # Server
init/
├── picoclaw.service            # systemd unit
├── picoclaw.procd              # OpenWrt procd script
DEPLOY_LOG.md                   # What was built + deployed, timestamps

HEARTBEAT Auto-Registration

After deploy, PicoClaw automatically registers the new device in HEARTBEAT.md, activating all configured tasks on the new hardware.

Philosophy

One codebase. Every device. The $10 LicheeRV Nano and the $500 server run the same binary, built from the same source. That's the power of Go's cross-compilation.

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code-reviewer

mk-knight23/AI-Agent-PicoClaw

Static analysis + AI review on Go code targeting edge and embedded systems. Runs go vet, staticcheck, gosec, and errcheck — then an AI pass focused on concurrency safety, goroutine leaks, context propagation, and low-memory patterns critical for <10MB edge deployments. Outputs CODE_REVIEW.md with CRITICAL/HIGH/MEDIUM/LOW severity. Adapted from Nanobot's Python code-reviewer for Go/edge runtime.

2026-03-100

security-scanner

mk-knight23/AI-Agent-PicoClaw

Go security audit for edge deployments: govulncheck for CVEs in Go modules, gosec for code-level security patterns, nancy for supply chain vulnerabilities, and analysis of network exposure on edge hardware (open ports, default credentials, TLS config). Generates SECURITY_REPORT.md. Adapted from ZeroClaw's Rust security-scanner for Go and IoT edge deployments.

2026-03-100

add-gmail

mk-knight23/AI-Agent-PicoClaw

Adds Gmail monitoring to PicoClaw via IMAP over TLS using pure Go. Creates channels/gmail.go with an IMAP poller using the go-imap library, polls INBOX for unread messages, drafts replies through the agent, and sends via SMTP. Compiles to a static binary with no CGo. Requires a Gmail App Password (not your Google account password).

2026-03-060

add-obsidian

mk-knight23/AI-Agent-PicoClaw

Mounts an Obsidian vault as a read-only knowledge source for PicoClaw. Creates tools/vault_search.go using Go's filepath.WalkDir and strings.Contains for fast zero-allocation search. Registers vault_search as a tool available to the agent. Works on any directory of Markdown files — synced vault, remote mount, or local copy. Requires the vault accessible as a filesystem path.

2026-03-060

add-slack

mk-knight23/AI-Agent-PicoClaw

Adds Slack integration to PicoClaw using the Slack Real Time Messaging API over WebSocket in pure Go. Creates channels/slack.go using gorilla/websocket, handles app_mention events, routes to the skill dispatcher, and replies in-thread. Compiles to a static binary. Requires a Slack bot token and app token with Socket Mode enabled.

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add-supabase

mk-knight23/AI-Agent-PicoClaw

Adds Supabase as PicoClaw's persistent backend using the Supabase REST API via Go's net/http. No heavy ORM — plain HTTP requests with JSON marshaling. Creates db/supabase.go with typed table helpers, db/migrations/001_init.sql for schema, and registers memory tools. Compiles to a static binary with zero CGo. Requires a Supabase project URL and anon key.

2026-03-060

Fonte

mk-knight23

mk-knight23/AI-Agent-PicoClaw

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Comando de instalação

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Útil paraSOC

Desenvolvedores de softwareInformática e Matemática15-1252L4

name

deploy-everywhere

description

deploy-everywhere

Cross-compile for every target. Deploy to all hardware in one command.

Usage

@PicoClaw deploy-everywhere --target lichee-rv-nano
@PicoClaw deploy-everywhere --target all                   # Build + deploy all targets
@PicoClaw deploy-everywhere --target rpi-zero --host pi@192.168.1.42
@PicoClaw deploy-everywhere --build-only --target arm64    # Just build, don't deploy

Supported Targets

Target	GOOS/GOARCH	Device	Deploy Method
`lichee-rv-nano`	`linux/riscv64`	SG2002, 256MB	SCP + systemd
`rpi-zero`	`linux/arm/v6`	BCM2835	SCP + systemd
`rpi-arm64`	`linux/arm64`	Pi 3/4/5	SCP + systemd
`router`	`linux/mips`	OpenWrt routers	SCP + procd
`android`	`linux/arm64`	Recycled phone (Termux)	ADB push + service
`server`	`linux/amd64`	Any x86_64	SCP + systemd
`wasm`	`wasip1/wasm`	Browser/Deno	Bundle

Build Pipeline

# What deploy-everywhere runs internally
GOOS=linux GOARCH=riscv64 go build -ldflags="-s -w" -o dist/picoclaw-riscv64 ./cmd/agent
GOOS=linux GOARCH=arm GOARM=6 go build -ldflags="-s -w" -o dist/picoclaw-armv6 ./cmd/agent
# ... etc for all targets

Deployment

# For each target with a configured host:
scp dist/picoclaw-riscv64 pi@lichee:/usr/local/bin/picoclaw
ssh pi@lichee "systemctl restart picoclaw"

Generated Files

dist/
├── picoclaw-riscv64            # LicheeRV Nano
├── picoclaw-armv6              # Pi Zero
├── picoclaw-arm64              # Pi 3/4/5
├── picoclaw-mips               # Router
├── picoclaw-amd64              # Server
init/
├── picoclaw.service            # systemd unit
├── picoclaw.procd              # OpenWrt procd script
DEPLOY_LOG.md                   # What was built + deployed, timestamps

HEARTBEAT Auto-Registration

After deploy, PicoClaw automatically registers the new device in HEARTBEAT.md, activating all configured tasks on the new hardware.

Philosophy

One codebase. Every device. The $10 LicheeRV Nano and the $500 server run the same binary, built from the same source. That's the power of Go's cross-compilation.