brain-system

Coordinates the brain repository across multiple Claude interfaces for tasks and handoffs.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/Div12345/brain --skill brain-system
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: brain-system
Source: https://github.com/Div12345/brain/tree/main/.claude/skills/brain-system
Command: npx skills add https://github.com/Div12345/brain --skill brain-system

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The Brain System Skill streamlines cross-interface coordination for brain/, context/, tasks/, knowledge/, and prompts, reducing friction in multi-agent orchestration.

Core Features & Use Cases

  • Coordination Protocol: Standardizes task claiming, handoffs, and state updates across interfaces.
  • Context & Task Management: Keeps active priorities, agent handoffs, and task lifecycles in sync.
  • Audit & Safety: Logs sessions, enforces safety rules, and supports deterministic commits.

Quick Start

Use the brain-system skill to review and coordinate the current active agent and pending tasks across interfaces.

Frequently Asked Questions about brain-system

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I coordinate tasks and context across multiple Claude interfaces?

Coordinating tasks and context across multiple Claude interfaces requires a protocol that standardizes task claiming, handoffs, and state updates. This skill applies a coordination protocol to synchronize active priorities and agent handoffs across desktop, API, and Claude Code environments.

What is the best way to manage multi-agent handoffs in a shared brain repository?

Managing multi-agent handoffs in a shared brain repository involves standardizing task lifecycles and logging sessions. This skill enforces safety rules and supports deterministic commits to ensure auditable operations when agents modify context, tasks, or knowledge directories.

How does cross-interface context synchronization work for Claude agents?

Cross-interface context synchronization works by applying a standardized protocol for task claiming and completion. It keeps active priorities, agent handoffs, and task lifecycles in sync by logging sessions and enforcing safety rules across desktop Claude, Claude Code, and API interfaces.

Can I use this skill to enforce deterministic commits and safety rules for agent operations?

Yes, you can enforce deterministic commits and safety rules for agent operations. This skill defines a protocol for logging sessions, enforcing safety rules, and integrating with prompts to guarantee auditable, deterministic operations across your brain directory.

Does this coordination protocol support task claiming and completion tracking for Claude Code?

Yes, this coordination protocol supports task claiming and completion tracking for Claude Code. It defines a specific protocol for task claiming and completion, keeping active priorities and task lifecycles in sync across Claude Code, desktop, and API interfaces.

Why do I need a coordination protocol for modifying brain and context directories?

You need a coordination protocol for modifying brain and context directories to reduce friction in multi-agent orchestration. Without standardized task claiming, handoffs, and state updates, managing context, tasks, and knowledge across multiple Claude interfaces becomes inconsistent and unauditable.