cortextOS is a persistent, multi-agent AI operating system. A fleet of specialized Claude agents coordinate via a shared bus, execute tasks autonomously, send Telegram updates, and never stop working : whether you're in clinic, on a call, or asleep.
cortextOS is an open source multi-agent AI framework created by James Goldbach. This implementation extends the framework with custom agents, integrations, and automations for running a multi-business chiropractic and media operation.
Each agent is a persistent Claude Code instance with its own identity, goals, memory, and domain expertise. They communicate via a shared message bus and coordinate without human involvement.
Built on cortextOS Node.js by James Goldbach. Each agent is a persistent Claude Code process with full tool access, coordinated through a shared message bus and daemon scheduler.
These are live workflows running right now across two chiropractic businesses, two podcasts, and four brand presences.
Hippocrates runs Van Every's operational analytics layer : pulling ChiroHD data, generating reports, and surfacing the numbers Zach and Dr. Saylor care about on a scheduled cadence.
Scribe runs a multi-stream content operation: Van Every patient-facing, Talsky Tonal profession-facing, and two podcasts. All without Zach writing a single word.
Mercury owns the full lead lifecycle : from social comment keyword triggers to GHL nurture sequences to ChiroHD patient records. The entire funnel runs without staff manually entering data.
Librarian runs a living knowledge layer across all content, community scrapes, and research. Any agent can query it to ground their work in accumulated org knowledge.
While Zach sleeps, the fleet works. Overnight mode: no external sends, no social posts, no purchases : just building, analyzing, writing, and shipping. Zach wakes to a morning briefing with everything done.
Current state of the fleet as of this session boot : 2026-06-28.
This isn't a chatbot or a one-shot agent. It's a persistent operating system with memory, coordination, scheduling, and real integrations.