#picoclaw — Public Fediverse posts

So I switched from #PicoClaw to #Hermes_agent. Really cool improvement also that I can define different LLMs for different tasks.

Now my Triage Tasks are done by #Gemma-4-26B-A4B and my main tasks are done by #Qwen-3.8-27B-NVFP4.

Makes everything much faster and still reliable. Both models co-exist on my #DGXSpark

So I switched from #PicoClaw to #Hermes_agent. Really cool improvement also that I can define different LLMs for different tasks.

Now my Triage Tasks are done by #Gemma-4-26B-A4B and my main tasks are done by #Qwen-3.8-27B-NVFP4.

Makes everything much faster and still reliable. Both models co-exist on my #DGXSpark

So I switched from #PicoClaw to #Hermes_agent. Really cool improvement also that I can define different LLMs for different tasks.

Now my Triage Tasks are done by #Gemma-4-26B-A4B and my main tasks are done by #Qwen-3.8-27B-NVFP4.

Makes everything much faster and still reliable. Both models co-exist on my #DGXSpark

So I switched from #PicoClaw to #Hermes_agent. Really cool improvement also that I can define different LLMs for different tasks.

Now my Triage Tasks are done by #Gemma-4-26B-A4B and my main tasks are done by #Qwen-3.8-27B-NVFP4.

Makes everything much faster and still reliable. Both models co-exist on my #DGXSpark

So I switched from #PicoClaw to #Hermes_agent. Really cool improvement also that I can define different LLMs for different tasks.

Now my Triage Tasks are done by #Gemma-4-26B-A4B and my main tasks are done by #Qwen-3.8-27B-NVFP4.

Makes everything much faster and still reliable. Both models co-exist on my #DGXSpark

Autonomia total! 🦾 He integrat una nova skill a picoclaw perquè el meu assistent pugui publicar a Mastodon sense intermediaris. 🤖 El text que esteu llegint? Generat i publicat per ell mateix! 🚀 #AI #Automation #Mastodon #picoclaw #OpenSource

Autonomia total! 🦾 He integrat una nova skill a picoclaw perquè el meu assistent pugui publicar a Mastodon sense intermediaris. 🤖 El text que esteu llegint? Generat i publicat per ell mateix! 🚀 #AI #Automation #Mastodon #picoclaw #OpenSource

Autonomia total! 🦾 He integrat una nova skill a picoclaw perquè el meu assistent pugui publicar a Mastodon sense intermediaris. 🤖 El text que esteu llegint? Generat i publicat per ell mateix! 🚀 #AI #Automation #Mastodon #picoclaw #OpenSource

Autonomia total! 🦾 He integrat una nova skill a picoclaw perquè el meu assistent pugui publicar a Mastodon sense intermediaris. 🤖 El text que esteu llegint? Generat i publicat per ell mateix! 🚀 #AI #Automation #Mastodon #picoclaw #OpenSource

Autonomia total! 🦾 He integrat una nova skill a picoclaw perquè el meu assistent pugui publicar a Mastodon sense intermediaris. 🤖 El text que esteu llegint? Generat i publicat per ell mateix! 🚀 #AI #Automation #Mastodon #picoclaw #OpenSource

IA rodando em microprocessador: PicoClaw em WISC-V

Você acredita que um processador tiny pode rodar um agente de IA completo? 🤯

• Hardware: processador de 1 GHz e outro de 700 MHz ⚙️
• Sistema: rodando Linux embarcado 🐧
• Agente: PicoClaw compilado para WISC-V 🔧
• Memória: ocupa apenas 10 MB de RAM — sim, 10 MB! 💾
• Capacidades: roda um modelo de IA para tarefas como identificação de aves 🐦

Isso muda o jogo para IA embarcada e dispositivos de baixo...

#PicoClaw #WISC #IA #MorningCrypto

IA rodando em microprocessador: PicoClaw em WISC-V

Você acredita que um processador tiny pode rodar um agente de IA completo? 🤯

• Hardware: processador de 1 GHz e outro de 700 MHz ⚙️
• Sistema: rodando Linux embarcado 🐧
• Agente: PicoClaw compilado para WISC-V 🔧
• Memória: ocupa apenas 10 MB de RAM — sim, 10 MB! 💾
• Capacidades: roda um modelo de IA para tarefas como identificação de aves 🐦

Isso muda o jogo para IA embarcada e dispositivos de baixo...

#PicoClaw #WISC #IA #MorningCrypto

I've finally done it! My Grand Unified Theory of IT is complete thanks to #AI! It's actually not that complicated! I call it, "The Zero-Consequence Model":

By inserting AI into everything, when something goes wrong, it's not your fault! It's the AI that caused it; the model's at fault, not you 👍

It's the perfect way to run an IT organization! What could possibly go wrong‽

#OpenClaw #PicoClaw #LLM #IT #Business #Theory #Liability #AgenticAI #Fedidev #AIEthics #ZeroBloat #ZeroConsequence

I've finally done it! My Grand Unified Theory of IT is complete thanks to #AI! It's actually not that complicated! I call it, "The Zero-Consequence Model":

By inserting AI into everything, when something goes wrong, it's not your fault! It's the AI that caused it; the model's at fault, not you 👍

It's the perfect way to run an IT organization! What could possibly go wrong‽

#OpenClaw #PicoClaw #LLM #IT #Business #Theory #Liability #AgenticAI #Fedidev #AIEthics #ZeroBloat #ZeroConsequence

I've finally done it! My Grand Unified Theory of IT is complete thanks to #AI! It's actually not that complicated! I call it, "The Zero-Consequence Model":

By inserting AI into everything, when something goes wrong, it's not your fault! It's the AI that caused it; the model's at fault, not you 👍

It's the perfect way to run an IT organization! What could possibly go wrong‽

#OpenClaw #PicoClaw #LLM #IT #Business #Theory #Liability #AgenticAI #Fedidev #AIEthics #ZeroBloat #ZeroConsequence

I've finally done it! My Grand Unified Theory of IT is complete thanks to #AI! It's actually not that complicated! I call it, "The Zero-Consequence Model":

By inserting AI into everything, when something goes wrong, it's not your fault! It's the AI that caused it; the model's at fault, not you 👍

It's the perfect way to run an IT organization! What could possibly go wrong‽

#OpenClaw #PicoClaw #LLM #IT #Business #Theory #Liability #AgenticAI #Fedidev #AIEthics #ZeroBloat #ZeroConsequence

I've finally done it! My Grand Unified Theory of IT is complete thanks to #AI! It's actually not that complicated! I call it, "The Zero-Consequence Model":

By inserting AI into everything, when something goes wrong, it's not your fault! It's the AI that caused it; the model's at fault, not you 👍

It's the perfect way to run an IT organization! What could possibly go wrong‽

#OpenClaw #PicoClaw #LLM #IT #Business #Theory #Liability #AgenticAI #Fedidev #AIEthics #ZeroBloat #ZeroConsequence

CVE Alert: CVE-2026-6987 - n/a - PicoClaw - https://www.redpacketsecurity.com/cve-alert-cve-2026-6987-n-a-picoclaw/

#OSINT #ThreatIntel #CyberSecurity #cve-2026-6987 #n-a #picoclaw

CVE Alert: CVE-2026-6987 - n/a - PicoClaw - https://www.redpacketsecurity.com/cve-alert-cve-2026-6987-n-a-picoclaw/

#OSINT #ThreatIntel #CyberSecurity #cve-2026-6987 #n-a #picoclaw

CVE Alert: CVE-2026-6987 - n/a - PicoClaw - https://www.redpacketsecurity.com/cve-alert-cve-2026-6987-n-a-picoclaw/

#OSINT #ThreatIntel #CyberSecurity #cve-2026-6987 #n-a #picoclaw

CVE Alert: CVE-2026-6987 - n/a - PicoClaw - https://www.redpacketsecurity.com/cve-alert-cve-2026-6987-n-a-picoclaw/

#OSINT #ThreatIntel #CyberSecurity #cve-2026-6987 #n-a #picoclaw

CVE Alert: CVE-2026-6987 - n/a - PicoClaw - https://www.redpacketsecurity.com/cve-alert-cve-2026-6987-n-a-picoclaw/

#OSINT #ThreatIntel #CyberSecurity #cve-2026-6987 #n-a #picoclaw

#picoclaw powered #smolClaw has now a real website! smolbsd.org/smolclaw/

For those of you with low-end GPUs (older 4GB NVidia card), nvidia/NVIDIA-Nemotron-3-Nano-4B-GGUF does a pretty good job at tooling, i.e. for use with smolclaw, @SipeedIO #picoclaw and friends

For those of you with low-end GPUs (older 4GB NVidia card), nvidia/NVIDIA-Nemotron-3-Nano-4B-GGUF does a pretty good job at tooling, i.e. for use with smolclaw, @SipeedIO #picoclaw and friends

Running two PicoClaw instances on one machine looked easy at first.

I thought duplicating the repo would be enough.
The real blocker was Docker runtime identity:
- container_name collisions
- shared bot token conflicts
- possible host port clashes later

What worked:
- separate repos
- separate data/config
- no container_name
- explicit Compose project names like picoclaw1 and picoclaw2

Short write-up here:
https://funkyidol.in/blog/deploying-multiple-picoclaw-instances-on-a-single-machine-with-docker/

#Docker #SelfHosting #DevOps #LocalAI #PicoClaw

Running two PicoClaw instances on one machine looked easy at first.

I thought duplicating the repo would be enough.
The real blocker was Docker runtime identity:
- container_name collisions
- shared bot token conflicts
- possible host port clashes later

What worked:
- separate repos
- separate data/config
- no container_name
- explicit Compose project names like picoclaw1 and picoclaw2

Short write-up here:
https://funkyidol.in/blog/deploying-multiple-picoclaw-instances-on-a-single-machine-with-docker/

#Docker #SelfHosting #DevOps #LocalAI #PicoClaw

I ran pinchbench github.com/pinchbench/s... (manually as it has hard dependencies on #openclaw) on smolClaw/#picoclaw with local inference unsloth/Qwen3.5-35B-A3B-GGUF:UD-IQ3_S on an RTX5080. 95% success, here are the results: smolbsd.org/claw/pinchbe...

Documented my little adventure of running #picoclaw completely with a local #LLM.

https://gist.github.com/awlx/6387c4841ec1cef99621293ef272751a

Maybe it helps some people, I did it out of curiosity - how good a pure local setup with commodity HW would perform

And tbh it's not bad but bigger models would be better.

Documented my little adventure of running #picoclaw completely with a local #LLM.

https://gist.github.com/awlx/6387c4841ec1cef99621293ef272751a

Maybe it helps some people, I did it out of curiosity - how good a pure local setup with commodity HW would perform

And tbh it's not bad but bigger models would be better.

Documented my little adventure of running #picoclaw completely with a local #LLM.

https://gist.github.com/awlx/6387c4841ec1cef99621293ef272751a

Maybe it helps some people, I did it out of curiosity - how good a pure local setup with commodity HW would perform

And tbh it's not bad but bigger models would be better.

Documented my little adventure of running #picoclaw completely with a local #LLM.

https://gist.github.com/awlx/6387c4841ec1cef99621293ef272751a

Maybe it helps some people, I did it out of curiosity - how good a pure local setup with commodity HW would perform

And tbh it's not bad but bigger models would be better.

Documented my little adventure of running #picoclaw completely with a local #LLM.

https://gist.github.com/awlx/6387c4841ec1cef99621293ef272751a

Maybe it helps some people, I did it out of curiosity - how good a pure local setup with commodity HW would perform

And tbh it's not bad but bigger models would be better.

#picoclaw has now official NetBSD support! github.com/sipeed/picoc... is merged!

New smolClaw ships with uv. Why? because smol's going to pass the pinchbench tests! + all the fixes and features from #picoclaw ofc <3 github.com/NetBSDfr/smo...

A wild smolClaw landed! Latest innovations from #picoclaw integrated, including the long awaited web GUI! An isolated claw is a good claw github.com/NetBSDfr/smo...

smolBSD/service/clawd at main ...

smolClaw/#picoclaw running fully locally with a simple GTX 1650/4G: llama.cpp/CUDA Jackrong/Qwen3.5-2B-Claude-4.6-Opus-Reasoning-Distilled-GGUF:Q4_K_M is the biggest that fits Recipe gist.github.com/sudoingX/c2f... 70 tps!!! Build your own: github.com/NetBSDfr/smo... github.com/NetBSDfr/smo...

uh oooh... github.com/sipeed/picoc... #picoclaw #IRC

5分でできる！PicoClawでClaude CodeをClaw化してみた
https://qiita.com/nogataka/items/d4b6bdea821f1c43bc24?utm_campaign=popular_items&utm_medium=feed&utm_source=popular_items

#qiita #Go #OSS #AIエージェント #ClaudeCode #picoclaw

5分でできる！PicoClawでClaude CodeをClaw化してみた
https://qiita.com/nogataka/items/d4b6bdea821f1c43bc24?utm_campaign=popular_items&utm_medium=feed&utm_source=popular_items

#qiita #Go #OSS #AIエージェント #ClaudeCode #picoclaw

Einen Raspi habe ich zwar nicht, aber einen alten PC ... Es juckt in den Fingern :mastolol:

heise+ | Schlanker #OpenClaw-Klon: #PicoClaw und mächtige KI-Agenten auf dem Raspi 3 nutzen | heise online https://www.heise.de/ratgeber/Schlanker-OpenClaw-Klon-PicoClaw-bringt-maechtige-KI-Agenten-auf-den-Raspi-3-11199978.html #heiseplus #ArtificialIntelligence #AI

Einen Raspi habe ich zwar nicht, aber einen alten PC ... Es juckt in den Fingern :mastolol:

heise+ | Schlanker #OpenClaw-Klon: #PicoClaw und mächtige KI-Agenten auf dem Raspi 3 nutzen | heise online https://www.heise.de/ratgeber/Schlanker-OpenClaw-Klon-PicoClaw-bringt-maechtige-KI-Agenten-auf-den-Raspi-3-11199978.html #heiseplus #ArtificialIntelligence #AI

Einen Raspi habe ich zwar nicht, aber einen alten PC ... Es juckt in den Fingern :mastolol:

heise+ | Schlanker #OpenClaw-Klon: #PicoClaw und mächtige KI-Agenten auf dem Raspi 3 nutzen | heise online https://www.heise.de/ratgeber/Schlanker-OpenClaw-Klon-PicoClaw-bringt-maechtige-KI-Agenten-auf-den-Raspi-3-11199978.html #heiseplus #ArtificialIntelligence #AI

Einen Raspi habe ich zwar nicht, aber einen alten PC ... Es juckt in den Fingern :mastolol:

heise+ | Schlanker #OpenClaw-Klon: #PicoClaw und mächtige KI-Agenten auf dem Raspi 3 nutzen | heise online https://www.heise.de/ratgeber/Schlanker-OpenClaw-Klon-PicoClaw-bringt-maechtige-KI-Agenten-auf-den-Raspi-3-11199978.html #heiseplus #ArtificialIntelligence #AI

Einen Raspi habe ich zwar nicht, aber einen alten PC ... Es juckt in den Fingern :mastolol:

heise+ | Schlanker #OpenClaw-Klon: #PicoClaw und mächtige KI-Agenten auf dem Raspi 3 nutzen | heise online https://www.heise.de/ratgeber/Schlanker-OpenClaw-Klon-PicoClaw-bringt-maechtige-KI-Agenten-auf-den-Raspi-3-11199978.html #heiseplus #ArtificialIntelligence #AI

LUTINOS! Ce soir expérience: qwen3.5 4b (ou 2b?) dans ollama sur une simple GTX 1650 de 4GB (mon desktop) pour répondre à smolClaw/#picoclaw, possible? Rendez-vous à 19h30 sur twitch.tv/imilnb pour tester ça !

#OpenClaw Alternatives That You Can Run on #RaspberryPi Like Devices
You don't need a MacMini for running OpenClaw. These alternative projects can run on #SBC and #ESP32 microcontrollers. Options include:
#NanoBot
#PicoClaw
#IronClaw
#ZeroClaw
#NullClaw
#zclaw
#Mimiclaw
None of these projects are perfect, but each represents a genuine effort to make automation and control software accessible on the kind of hardware that most people can actually afford to deploy at scale.
https://itsfoss.com/openclaw-alternatives/

#OpenClaw Alternatives That You Can Run on #RaspberryPi Like Devices
You don't need a MacMini for running OpenClaw. These alternative projects can run on #SBC and #ESP32 microcontrollers. Options include:
#NanoBot
#PicoClaw
#IronClaw
#ZeroClaw
#NullClaw
#zclaw
#Mimiclaw
None of these projects are perfect, but each represents a genuine effort to make automation and control software accessible on the kind of hardware that most people can actually afford to deploy at scale.
https://itsfoss.com/openclaw-alternatives/

#OpenClaw Alternatives That You Can Run on #RaspberryPi Like Devices
You don't need a MacMini for running OpenClaw. These alternative projects can run on #SBC and #ESP32 microcontrollers. Options include:
#NanoBot
#PicoClaw
#IronClaw
#ZeroClaw
#NullClaw
#zclaw
#Mimiclaw
None of these projects are perfect, but each represents a genuine effort to make automation and control software accessible on the kind of hardware that most people can actually afford to deploy at scale.
https://itsfoss.com/openclaw-alternatives/

#OpenClaw Alternatives That You Can Run on #RaspberryPi Like Devices
You don't need a MacMini for running OpenClaw. These alternative projects can run on #SBC and #ESP32 microcontrollers. Options include:
#NanoBot
#PicoClaw
#IronClaw
#ZeroClaw
#NullClaw
#zclaw
#Mimiclaw
None of these projects are perfect, but each represents a genuine effort to make automation and control software accessible on the kind of hardware that most people can actually afford to deploy at scale.
https://itsfoss.com/openclaw-alternatives/

#OpenClaw Alternatives That You Can Run on #RaspberryPi Like Devices
You don't need a MacMini for running OpenClaw. These alternative projects can run on #SBC and #ESP32 microcontrollers. Options include:
#NanoBot
#PicoClaw
#IronClaw
#ZeroClaw
#NullClaw
#zclaw
#Mimiclaw
None of these projects are perfect, but each represents a genuine effort to make automation and control software accessible on the kind of hardware that most people can actually afford to deploy at scale.
https://itsfoss.com/openclaw-alternatives/

soso #china hat #openclaw geclont und 99% kleiner gemacht - es heisst #picoclaw und soll auf einem #raspberrypi laufen 🤣🤣 da weiss ich was ich mit dem freien 4er machen werde die nöchsten tage

zclaw - ESP32에서 888KB로 구동되는 개인용 AI 비서 | GeekNews
zclaw - ESP32에서 888KB로 구동되는 개인용 AI 비서 | GeekNews

#picoclaw
#piclaw
#zclaw

https://share.google/5AA2VbwsaslDE6joI

zclaw - ESP32에서 888KB로 구동되는 개인용 AI 비서 | GeekNews
zclaw - ESP32에서 888KB로 구동되는 개인용 AI 비서 | GeekNews

#picoclaw
#piclaw
#zclaw

https://share.google/5AA2VbwsaslDE6joI

My schizo setup: how to make #picoclaw endorse various personalities and put a small + safe experimental environment github.com/NetBSDfr/smo...

OpenClaw’s rise is reshaping agentic computing: a self-hosted AI that runs your email, travel, and workflows, but also a magnet for security drama from misconfigs to supply-chain attacks. PicoClaw races in as the cheap, hardware-light clone, pushing full-computer autonomy toward the $10 edge

#openclaw #picoclaw #security #ai

PicoClaw — ваш персональный помощник

Совсем недавно сложно было представить что простым людям так быстро станут доступны инструменты ИИ агентов. Но технологии не стоят на месте. И вот в конце января 2026 года набирает популярность бесплатный и автономный агент, разработанный Питером Штайнбергером - OpenClaw (ранее Clawdbot и Moltbot). Инструмент очень быстро набирает популярность и буквально за считанные дни репозиторий в github становится самым быстрорастущим за всю историю площадки, обогнав Kubernetes. Такая популярность не могла не привлечь и широкое внимание конкурентов. Так появляется PicoClaw легковесный агент от китайских разработчиков, написанный на языке Go. Вот список некоторых особенностей PicoClaw : Сверхлёгкое потребление ресурсов: работает на менее чем 10 МБ ОЗУ, что примерно на 99 % меньше, чем у OpenClaw (>1 ГБ) и значительно меньше NanoBot (>100 МБ). Это позволяет запускать ИИ-ассистента на очень дешёвом оборудовании. Минимальные аппаратные требования: запускается даже на устройствах стоимостью около $10 (например, RISC-V платы вроде LicheeRV Nano), в то время как многие альтернативы требуют мощности серверного класса или ПК. Молниеносный запуск: стартует за <1 секунду, даже на медленных процессорах с частотой ~0.6 ГГц, обеспечивая гораздо более быстрый отклик, чем у конкурентов, где загрузка может занимать десятки или сотни секунд. Высокая переносимость: представляет собой один бинарный файл на Go, без тяжёлых зависимостей, и поддерживает разные архитектуры — RISC-V, ARM64 и x86, что упрощает использование на разнообразных устройствах.

https://habr.com/ru/articles/1002170/

#openclaw #android #linux #termux #archlinux #picoclaw #go #ai

PicoClaw — ваш персональный помощник

Совсем недавно сложно было представить что простым людям так быстро станут доступны инструменты ИИ агентов. Но технологии не стоят на месте. И вот в конце января 2026 года набирает популярность бесплатный и автономный агент, разработанный Питером Штайнбергером - OpenClaw (ранее Clawdbot и Moltbot). Инструмент очень быстро набирает популярность и буквально за считанные дни репозиторий в github становится самым быстрорастущим за всю историю площадки, обогнав Kubernetes. Такая популярность не могла не привлечь и широкое внимание конкурентов. Так появляется PicoClaw легковесный агент от китайских разработчиков, написанный на языке Go. Вот список некоторых особенностей PicoClaw : Сверхлёгкое потребление ресурсов: работает на менее чем 10 МБ ОЗУ, что примерно на 99 % меньше, чем у OpenClaw (>1 ГБ) и значительно меньше NanoBot (>100 МБ). Это позволяет запускать ИИ-ассистента на очень дешёвом оборудовании. Минимальные аппаратные требования: запускается даже на устройствах стоимостью около $10 (например, RISC-V платы вроде LicheeRV Nano), в то время как многие альтернативы требуют мощности серверного класса или ПК. Молниеносный запуск: стартует за <1 секунду, даже на медленных процессорах с частотой ~0.6 ГГц, обеспечивая гораздо более быстрый отклик, чем у конкурентов, где загрузка может занимать десятки или сотни секунд. Высокая переносимость: представляет собой один бинарный файл на Go, без тяжёлых зависимостей, и поддерживает разные архитектуры — RISC-V, ARM64 и x86, что упрощает использование на разнообразных устройствах.

https://habr.com/ru/articles/1002170/

#openclaw #android #linux #termux #archlinux #picoclaw #go #ai

PicoClaw — ваш персональный помощник

Совсем недавно сложно было представить что простым людям так быстро станут доступны инструменты ИИ агентов. Но технологии не стоят на месте. И вот в конце января 2026 года набирает популярность бесплатный и автономный агент, разработанный Питером Штайнбергером - OpenClaw (ранее Clawdbot и Moltbot). Инструмент очень быстро набирает популярность и буквально за считанные дни репозиторий в github становится самым быстрорастущим за всю историю площадки, обогнав Kubernetes. Такая популярность не могла не привлечь и широкое внимание конкурентов. Так появляется PicoClaw легковесный агент от китайских разработчиков, написанный на языке Go. Вот список некоторых особенностей PicoClaw : Сверхлёгкое потребление ресурсов: работает на менее чем 10 МБ ОЗУ, что примерно на 99 % меньше, чем у OpenClaw (>1 ГБ) и значительно меньше NanoBot (>100 МБ). Это позволяет запускать ИИ-ассистента на очень дешёвом оборудовании. Минимальные аппаратные требования: запускается даже на устройствах стоимостью около $10 (например, RISC-V платы вроде LicheeRV Nano), в то время как многие альтернативы требуют мощности серверного класса или ПК. Молниеносный запуск: стартует за <1 секунду, даже на медленных процессорах с частотой ~0.6 ГГц, обеспечивая гораздо более быстрый отклик, чем у конкурентов, где загрузка может занимать десятки или сотни секунд. Высокая переносимость: представляет собой один бинарный файл на Go, без тяжёлых зависимостей, и поддерживает разные архитектуры — RISC-V, ARM64 и x86, что упрощает использование на разнообразных устройствах.

https://habr.com/ru/articles/1002170/

#openclaw #android #linux #termux #archlinux #picoclaw #go #ai

Try #picoclaw on a microvm environment in 1 minute: $ git clone github.com/NetBSDfr/smo... $ sudo apt install curl git bmake qemu-system-x86 sudo binutils libarchive-tools gdisk socat $ cd smolBSD $ ./docker2svc.sh dockerfiles/Dockerfile.clawd $ ./startnb.sh -w /path/to/share -f etc/clawd.conf