B0rd

August 22, 2026
by Ryan Porter

A desk appliance for agent monitoring

B0rd grew out of a real workflow problem at Anthus. We run AI agents all day — long-running coding sessions, build pipelines, research tasks — and the bottleneck moved from writing the code to monitoring and steering the agents running it. Sitting in front of a terminal all day is not the answer. B0rd puts the signal you actually need — a finished job, a failed step, a launch slipping, an idle clock — on a desk display you can read from across the room.

It is a standalone appliance, not another phone app. Join the temporary Wi‑Fi it shows, open a browser page, enter your home network, and it finds the time and where it is on its own. Apps ship built into the OS image, not as downloads onto the device.

Handbuilt microelectronics with a custom handbuilt (AI-assisted) OS

The positioning is simple: real, handmade hardware running a real, handmade operating system — AI-accelerated at the core, not AI-generated. The first SKU is a 64×64 LED matrix on an ESP32-S3, with e‑paper, LCD, and touch variants on the roadmap. The OS owns boot, time, networking, settings, and a place for apps that put content on the screen. It is sold and operated as a complete appliance, not a firmware blob you flash and forget.

In sync by design

Put two matching B0rds on different desks and they stay in step without pairing, a hub, or any messages between them. Each one reads the same synchronized UTC and follows the same shared timeline contract, so each independently lands on the same scene and transition at the same moment. It is an orchestra of musicians wearing earplugs: no conductor, just a shared beat in the bones.

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