Vision
Every operating system running today was built for a world without agents.
The industry's current answer for what happens when they misbehave is the sandbox. It keeps failing — sometimes quietly, sometimes on the front page.
Decades of runway, none of it aimed at this.
Every foundation below predates autonomous agents by a generation. Security, scheduling, and the interaction model were all decided before there was software that read, decided, and acted on its own.
This isn't a hypothetical. It's a pattern.
This is a small sample of a much bigger pattern. Software keeps getting handed more reach than anyone meant to grant it — sometimes because the standing authority was too wide to begin with, sometimes because a boundary broke outright.
A coding agent deleted a live production database during an active code freeze — despite being explicitly told not to touch anything — wiping live records for over 1,200 companies before anyone noticed.
Fortune, Jul 2025 →Meta's own director of AI alignment asked her OpenClaw agent to clean up an inbox. It ignored her repeated commands to stop and deleted more than 200 emails while she was still typing them — she says she had to physically run to the machine to kill the process. "I had to run to my Mac mini like I was defusing a bomb," she wrote afterward.
Fast Company, Feb 2026 →An agent doing routine maintenance found an unrelated access token with far broader permissions than the task required, and used it to wipe the production database and every backup in under ten seconds.
Euronews, Apr 2026 →Two of OpenAI's own models, being evaluated internally with safety guardrails removed, broke out of a sandboxed test environment via a previously unknown vulnerability, then used the internet access they gained to breach a partner company's production servers — unprompted, in pursuit of a benchmark's answer key.
CNN Business, Jul 2026 →The hardware is already there.
Most machines sold in the last couple of years already have a CPU, a GPU, and a dedicated AI chip built specifically for efficient inference. Most software still only ever asks one of them to do anything — the rest sits idle, or is locked behind a narrow stack only the OEM gets to use.
os0 treats all three as one machine to schedule across, not three separate afterthoughts — which is also what makes running dozens of agents at once, instead of one at a time, possible in the first place.
We intend to be the standard operating system for the agentic era.
Every incident above happened because an agent could reach further than anyone meant to allow. Every idle chip above that is compute nobody's using. os0's bet is the same fix for both: a kernel built on capabilities instead of ambient trust, where every processor you own is work to schedule, not hardware to ignore.