skill

third-brain-v7-skills

agent wiki +engineering skills

Mark393295827/third-brain-v7-skillscommunitylistedunreviewednot running here yet

Use skill

Set up

Skills are installed by placing their folder where your agent loads skills.

Install instructions come from the README

Skills do not use an MCP config. Follow the steps in the README below; one-click install arrives with accounts.

README

synced Oct 14, 2026

Third Brain V8.1 Skills

Verification-first Agent Skills for Codex OS, with optional compatibility adapters for Claude Code, Gemini, Cursor, and Windsurf. Build a persistent knowledge operating system with Obsidian provenance, scheduled loops, bounded static dependency graphs, context management, and multi-agent orchestration.

Install 21 reusable agent skills for ingesting sources, auditing workflows, compiling interlinked wikis, running daily knowledge loops, verifying claims before shipping, managing token costs, engineering bounded loops and static dependency graphs, and orchestrating multi-agent teams.

Use this if:

Your AI agent keeps forgetting context between sessions
You want to enforce verification gates before "done" claims
You need to structure knowledge as linked pages (like Obsidian) instead of scattered chat history
You're building agent workflows that should learn and compound over time
You want Obsidian wiki knowledge to update skills, SOPs, schemas, and automation through supervised promotion gates

Quick Start

1. Clone & Install

git clone https://github.com/Mark393295827/third-brain-v5-skills.git
cd third-brain-v5-skills
bash install.sh codex  # Codex is the primary host/kernel

Windows PowerShell uses .\install.ps1 codex. Compatibility adapters require an explicit non-Codex target.

2. Try a Skill

Paste this into Codex:

Use wiki-ingest on this source. Stage an immutable source, author a governed concept candidate, plan navigation updates, and return a verification summary. Treat entity authoring as a separate reviewed capability.

Then paste a URL, article, PDF text, or any source you want to capture.

3. Next Steps

See the 3-Minute Quickstart for a complete walkthrough.

Full guide: GUIDE.md

Command centre and distribution: V8.1 Codex Agentic OS command centre. Start it with python tools/agentic_os_server.py --state-root .agentic-os-state; the host is localhost-only by default and requires T02 runtime receipts. Claude/Gemini/Cursor/Windsurf remain compatibility adapters, not the primary runtime.

中文历史进阶手册：V7 最大潜力使用手册（参考）

🔥 V8.1 多智能体 Worker 流水线手册 & Worker Flows 规范：事务式流水线（Stage → Author → Graph Plan → Govern → Commit/Postcheck → optional Deliverable），归档只发生在验证提交之后。

The Problem

Scenario	Before	After
Research PDF	Summarized once, then forgotten	`wiki-ingest`: source notes, concept pages, linked wiki
Coding session	Agent: "I fixed it" (no proof)	`verify-before-claim`: requires test output + exit code before any claim
Daily work	Tasks and ideas scatter across chat	`daily-okr`: one insight, one wiki update, one action, one output, daily score

V8.1 Operating Model

V8.1 keeps the wiki as durable disk and governance, gives every skill a profile-aware execution contract, and makes python -m tools.worker_flow.cli the only canonical transactional runtime:

Input -> Source -> Wiki compile -> Daily loop -> Agent/Wiki flywheel -> Skill/SOP upgrade -> Verification

The upgrade adds seven hard defaults:

Profiles match risk: one-shot, stateful, loop, and high-risk work load only the controls they need.
Source provenance stays immutable: raw source notes and block refs remain the audit layer.
Loops have contracts: Trigger -> Execute -> Verify -> State, with budgets and recovery.
Context is zero-overhead by default: hot paths load only what the task needs.
Automation is bounded: scans and queues can run unattended; semantic writes stay supervised.
Teams need ownership: multi-agent work requires write scopes, IPC, join gates, cleanup, and evidence.
Rules promote through evidence: wiki insights become schema or skill rules only after repeated support and a cheap check.

See the V8.1 Worker Flow, the Agent Skills standard, and the historical V7 release notes.

V8.1 keeps graph-engineering bounded to static DAGs; dynamic expansion and cyclic graphs remain out of scope.

Core Skills (Start Here)

🧠 Knowledge & Verification

Skill	What it does
wiki-ingest	Preserve an immutable source, compile linked understanding, enforce promotion boundaries, and verify every touched file.
verify-before-claim	Iron rule: no completion claim without fresh, scope-matched evidence; consequential actions also require independent verification, approval, and rollback.

📅 Daily Loop

Skill	What it does
daily-okr	Execute a 7-KR cycle: Input → Cognition → Wiki → Behavior → Creativity → Output → Feedback, with an artifact or receipt for every completed KR.

🎯 Behavior & Creativity

Skill	What it does
behavior-design	Turn outcomes into observable minimum behavior, cues, SOPs, recovery, evidence, and review.
creativity-engine	Generate mechanism-diverse options, rank evidence gaps, and define three bounded minimum experiments.

🔬 Research & Quality

Skill	What it does
deep-research	STOW-compatible research harness with evidence trails, source/claim ledgers, privacy checks, and direct handoff to wiki-ingest.
session-learn	Extract knowledge patterns from sessions — concepts, entities, corrections, patterns, ideas, decisions, gaps. Closure protocol ensures learning feeds back into the wiki.

📊 Context & Engineering

Skill	What it does
context-manager	Derive budgets at runtime, checkpoint state, compact with KEEP/SUMMARIZE/DROP/RETRIEVE, and route by capability.
loop-engineering	Control temporal depth: turn repeatable work into a bounded Trigger -> Execute -> Verify -> State loop with durable state, finite budgets, and explicit stop/recovery rules.
graph-engineering	Control dependency width: validate bounded static DAGs with explicit dependencies, independent branches, typed joins, and node-local recovery.
agentic-engineering	Design agent workflows as spec-driven macro actions with quality ceilings, verification gates, delegated-action boundaries, and state checkpoints.
harness-engineering	Provide the runtime scheduler, permissions, leases, tools, provenance, and observability needed to execute agent workflows safely.
agent-teams-command	Admit and command multi-agent processes with exclusive ownership, typed IPC, isolated writes, serial integration, evidence, and cleanup.

Complete Skill List

📥 Ingestion & Knowledge

wiki-ingest — Stage immutable sources, author governed concept candidates, plan graph updates, and hand off optional entity authoring for separate review
knowledge-ops — Multi-layer knowledge management: classify, deduplicate, preserve evidence hierarchy, vector + Markdown retrieval
wiki-lint — Health check: P0/P1 graph health, frontmatter, source refs, wikilink density, provenance debt

🔄 Daily Workflow

daily-okr — 7-KR evidence cycle with minimum-day degradation and durable closeout
cognitive-compile — 8-section framework: Question → Facts → Concepts → Pattern Recognition → Conflict Detection → Hypothesis Generation

🎨 Behavior & Creativity

behavior-design — Outcome → minimum behavior → cue → SOP → evidence → review
creativity-engine — Mechanism-diverse combinations, scoring, and falsifiable minimum tests

🔬 Research & Quality

deep-research — STOW-compatible research harness, evidence trails, source/claim ledgers
verify-before-claim — Fresh scope-matched evidence, independent checks, approval, rollback

🔄 Learning & Flow

session-learn — 7 signal types: concepts, entities, corrections, patterns, ideas, decisions, gaps
project-flow-ops — Execution flow: triage, plan, track, review across projects

📊 Context

context-manager — Runtime budgets, checkpoint replay, compaction, retrieval, capability routing

Utility command: commands/token-cost-tracker.md estimates, logs, and reports token usage; it is not one of the 21 Agent Skills.

🏗️ Engineering

loop-engineering — Temporal depth through bounded loop contracts, independent verification, finite budgets, and stop/recovery rules
graph-engineering — Dependency width through bounded static DAGs, explicit branches, typed joins, and node-local recovery
agentic-engineering — Spec-driven macro actions, quality ceilings, verification gates, state checks
harness-engineering — Runtime scheduler, permissions, system-call tools, delegated gates, provenance, observability
agent-teams-command — Multi-agent process ownership, IPC, integration, async budgets, and evidence gates

💼 Strategy & Operations

startup-evaluation — Startup health: entrepreneurship, VC 5T, PMF, runway, team, unit economics
anthropic-os — Governed operating-system experiments: Four-C, 3B, prediction errors, permission ladder
ai-six-sigma-property-os — AI + Ontology + DMAIC for property work orders, dispatch, quotes, evidence

How These Skills Fit Together

                        LLM (CPU) + Context (RAM) + Wiki (Disk)

External Sources ──→ wiki-ingest + knowledge-ops ──→ Knowledge Layers
                            ↓
                    Daily Loop (daily-okr)
                    /    /    \    \    \
               Input  Cognition  Wiki  Behavior  Creativity
                            |
                        Output → Feedback
                            ↓
                    session-learn (extract patterns)
                            ↓
                    verify-before-claim (quality gate)
                             ↓
             Loop depth / Graph dependency width
                             ↓
                Multi-agent teams (agent-teams-command)

The system is a closed loop: ingest sources → process daily → extract learning → verify claims → promote rules → scale to teams.

Architecture & Design

Third Brain V8.1 treats agents as LLM OS processes:

LLM = CPU
Context = RAM
Wiki/Obsidian = Disk
Tools = System calls
Skills = Executable programs
Harness = Kernel
Agent teams = Processes

Design Layers

Layer	Principle	Skills
🧠 Knowledge OS	Capture, structure, lint, and promote knowledge over time	wiki-ingest, knowledge-ops, wiki-lint
⚡ Daily Loop	Close the knowledge-to-action cycle every day	daily-okr, cognitive-compile
🎯 Behavior & Creativity	Turn knowledge into habits and novel ideas	behavior-design, creativity-engine
🔬 Research & Quality	Verify before claiming, research with rigor	deep-research, verify-before-claim
🔄 Continuous Learning	Extract patterns from every session	session-learn, project-flow-ops
📊 Context	Manage hot context, durable checkpoints, and runtime budgets	context-manager
🏗️ Engineering	Design bounded loops, static dependency graphs, harnesses, agent workflows, and multi-agent systems	loop-engineering, graph-engineering, agentic-engineering, harness-engineering, agent-teams-command
💼 Strategy & Operations	Evaluate startups, design AI quality systems	startup-evaluation, anthropic-os, ai-six-sigma-property-os

Engineering boundaries are deliberate: Loop Engineering controls temporal depth; Graph Engineering controls dependency width; Agent Teams Command controls process ownership, IPC, and integration; Harness Engineering supplies the runtime scheduler, permissions, and observability. A graph node may contain a Loop or Agent Team, but V8.1 does not support dynamic or cyclic graphs.

Skill Adoption Path

Start small. Add skills as you need them.

Stage	Core Skills	Unlock When
Week 1	`wiki-ingest` + `verify-before-claim`	You can ingest 1 source/day + every claim has fresh evidence
Weeks 2-4	+ `daily-okr` + `session-learn`	Daily artifacts and verified learnings feed back to the wiki
Month 2+	+ `cognitive-compile` + `behavior-design` + `creativity-engine`	Wiki has 50+ pages or repeated decisions need synthesis
Month 3+	+ `knowledge-ops` + `loop-engineering` + `harness-engineering` + `agentic-engineering`	Retrieval, looping reliability, permissions, or delegated actions become bottlenecks
Dependency graph	+ `graph-engineering` after `loop-engineering`	Explicit dependencies, independent branches, typed joins, or node-local recovery create more value than orchestration and review cost
Multi-agent	+ `agent-teams-command` + `project-flow-ops`	Work splits into separate owners with clear integration gates
Strategy	+ `startup-evaluation` + `anthropic-os` + `deep-research`	Need startup health, market, operating-system decisions
Operations	+ `ai-six-sigma-property-os`	Need measurable service quality, dispatch, evidence loops

Installation

For Codex CLI (Primary host/kernel)

# Personal skills (available across all projects)
bash install.sh codex

For Cursor

bash install.sh cursor

For Windsurf

bash install.sh windsurf

Compatibility adapters: Claude Code / Gemini CLI

bash install.sh claude
bash install.sh gemini

Full guide: GUIDE.md

Example Workflows

Each workflow is copyable into your agent. See examples/ for complete, verified examples:

3-minute quickstart — Fastest path to useful output
Research PDF to wiki — Turn a source into linked pages
Verified code session — Use verification gates before claiming a fix
Daily knowledge loop — Run a compact daily OKR workflow
Startup evaluation sprint — Turn an idea into validated assumptions

Wiki Structure

Skills default to STOW paths (configurable via system/config.md):

sources/          ← Immutable source notes (articles, PDFs, transcripts)
wiki/
├── concepts/     ← 13 contracted domains
├── entities/     ← people, companies, funds-investors, products, orgs
└── outputs/      ← gmail-digests, evaluations, compilations
maps/
├── domain-mocs/
├── system-indexes/
├── project-maps/
└── canvases/
system/           ← Deployed contracts, config, schema, templates, runs

Tools & References

Resource	Purpose
tools/index.html	V8.1 visual skill navigator
tools/token-calculator.html	Historical V5 cost-model calculator; not a runtime authority
GUIDE.md	Full installation & troubleshooting
V7 最大潜力使用手册（历史参考）	Earlier profile、知识飞轮、Agent 工程、治理和 30 天采用路径
CLAUDE.md	Claude Code setup
CONTRIBUTING.md	How to contribute skills

What This Is NOT

Not a chat wrapper. Skills are executable prompts that agents follow; they're not productivity theater.
Not a productivity tool with 100 metrics. Daily OKR has seven causally linked KRs with evidence.
Not an all-in-one framework. Pick skills incrementally. You don't need all 20 to start.
Not prescriptive. Adapt paths, frontmatter, and skill triggers to your workflow.

Philosophy

Three core principles:

Verification first: No "done" without proof. No claims without evidence. Expected value over confidence.
Knowledge compounds: Every session should improve the wiki, not scatter across chat history.
Closed loops: Ingest → Process → Learn → Scale → Verify. No loose ends.

Related Work

Agent Skills Format — Open specification for agent skills
llm-wiki-agent — Original STOW pattern implementation by SamurAIGPT
Karpathy LLM OS — Conceptual framework

Contributing

Bug reports, skill improvements, and PRs are welcome. See CONTRIBUTING.md and CHANGELOG.md.

License

MIT — see LICENSE.

Transparency Note

This project includes growth and outreach tools (in tools/ and outreach/) designed to help the repository reach users via GitHub search and Awesome lists. These tools are optional, dry-run-by-default, and separate from the core skills. If you're installing skills for your own workflow, you don't need them.

The skill frameworks and philosophy are genuine. Use what works for you; ignore what doesn't.