#picoclaw — Public Fediverse posts

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

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

Por tanto desorden empece a probar #Picoclaw, la copia de #Openclaw pero china hecha con #golang.
Funciona mucho mas estable.

He subido un Pull Request integrando #Deltachat para comunicacion.

Si me pueden ayudar con su like en Github estaria increible:

https://github.com/sipeed/picoclaw/pull/2167

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.

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

#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/

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

#picoclaw
#piclaw
#zclaw

https://share.google/5AA2VbwsaslDE6joI

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