The master agent is Claude, set up to run real work — sites, documents, research, overnight builds — in supervised sessions on your own computer. This page is the exact playbook, start to finish: do part 00 once, then follow the parts in order and copy the prompts as you go. Practice rounds at the end are optional.
Your computer
Picked from your browser. Every command and file path on this page follows this choice, and you can change it any time.
Tell Dispatch what you want Plain English. No skill names.
Dispatch opens a session The session picks the right skill itself.
Check in Ask for status, correct in one line.
Collect the result A live link by default.
Part 00 · read first · set up once ever
What this is, and what you need
The master agent is Claude — Anthropic's AI — set up to work like a staffed control room on your computer. You tell one chat (Dispatch) what you want, in plain English. It opens isolated working sessions on your machine that do the work and report back. Do this part once; parts 01–03 are the loop you run forever.
What it does, day to day
Builds and deploys full websites and funnels. Writes documents, decks, spreadsheets and PDFs. Researches with cited sources. Plans marketing campaigns, audits SEO, and writes ad, email and landing-page copy. Runs multi-hour builds unattended overnight while you sleep.
What it never does without your yes
Deploy, publish, send, email, purchase, or delete — those always wait for your explicit go-ahead. It never invents numbers, testimonials, or results. Part 01 bakes these rules into every workspace you create.
Four words you will see everywhere.
Cowork is the tab in the Claude app where agent work lives. Dispatch is the chat inside it — the front desk, and the only thing you ever talk to. A session is one isolated worker that Dispatch opens for one job; sessions share nothing except files on disk. A skill is a step-by-step playbook a session loads for a kind of job — site build, SEO audit, spreadsheet. You install the library of them once, below; sessions pick from it on their own.
Set up your own machine about 15 minutes, once ever
A MacA Windows PCA Linux machine with the Claude desktop app, on a paid plan.
Download the app at claude.ai/download and sign in. Windows 10 or later. The Linux app is a beta for Ubuntu 22.04+ and Debian 12+; install it from Anthropic's apt repository so it updates itself. Other distributions are not supported yet. Cowork needs a paid plan; Max is the right one here because overnight runs eat usage. Everything runs locally, so the app must be open and the computer awake whenever sessions work — your phone is only a remote control. No Cowork tab in the app? Update the app, then check the plan.
Also install Git for Windows (git-scm.com). Code sessions use it for git and for running their commands.
Dispatch, the phone-to-desktop chat, is confirmed on Mac and Windows. We could not confirm it on the Linux beta. If you see Cowork but no Dispatch, paste every prompt in this manual into a new Cowork task instead. Computer use is not in the Linux beta either.
Download and install the skill pack.
Two files, 80 skills, free. Without them, sessions still run but miss the playbooks this whole manual assumes.
1 · skill-library.zip — in Claude Desktop, go to Customize → Skills → Upload and upload the zip as it is (do not unzip it). This is the library Dispatch task sessions see.
2 · agent-brain-code.zip — this holds a .claude folder for your home folder. It gives code sessions the same 80 skills, the skill finder, and the standing rules. Open the Terminal appPowerShell (Start menu, type "PowerShell")a terminal and paste this line. It adds the files and never overwrites anything you already have:
Install for code sessions — paste into TerminalPowerShellyour terminal
unzip -n ~/Downloads/agent-brain-code.zip -d ~
tar -xkf "$env:USERPROFILE\Downloads\agent-brain-code.zip" -C "$env:USERPROFILE"
tar is built into Windows 10 and 11. The k in -xkf keeps every file you already have. The folder lands at %USERPROFILE%\.claude.
If it says unzip is not found, run sudo apt install unzip first.
If you already had a ~/.claude/CLAUDE.md, yours is kept; open the one inside the zip and copy its "Skill routing" section into yours. The finder runs on Node.js: if typing node -v in the same window prints an error instead of a version number, install the LTS from nodejs.org or your package manager.
The pack bundles open-source skills from other authors alongside original ones. Credits and licences are in the LICENSES folder inside each zip.
Create a free Vercel account.
Finished guides and reports come back as live hosted links, published on Vercel (vercel.com, free tier is fine). The first deliverable will ask you to log in once; after that it is silent.
Run the setup check.
Open Dispatch (Claude app → Cowork → Dispatch) and paste this. Expect READY. Along the way you will get a one-time folder approval; approve it. macOS may also offer to install its developer tools for git; accept. If it reports git is missing, install Git for Windows (step 1) and run the check again. If it reports git is missing, run sudo apt install git and run the check again.
Setup check — paste into Dispatch
Setup check. Change nothing, install nothing.
1. How many skills can you see? Name five, and confirm live-interactive-deliverable is among them.
2. Create the folder ~/Projects/setup-check if it does not exist, then start a code task there that runs:
node ~/.claude/skill-router/find-skill.js "build a landing page"
and report its top match.
3. Confirm sessions run on this machine and that guides and reports come back as live hosted links.
End with READY, or NOT READY plus the one thing to fix first.
The node ~/.claude/… line keeps its ~ on purpose: the session runs that command in Git Bash, where ~ means your home folder.
NOT READY, or anything confusing? Screenshot it and send it to whoever shared this guide with you. Do not push past a broken setup check.
Part 01 · do this once per project
Set up the workspace
Sessions are isolated. They share nothing except what is on disk, so the folder has to tell any new session what is going on.
Make one folder for the project.
Keep the path plain: no # or odd characters, they break some build tools.
Send Dispatch this prompt.
It creates the two files every later session depends on: CLAUDE.md (standing rules, read automatically by code sessions) and PROJECT-STATE.md (what is done, what is next).
Bootstrap a workspace
Set up [FOLDER PATH] as a project workspace.
Project (one sentence): [WHAT WE ARE BUILDING]
1. Create CLAUDE.md: who I am, standing rules, where things live. Under 60 lines. First line: "Read PROJECT-STATE.md first. Update it before you stop."
2. Standing rules must include: never deploy, send, purchase, or delete without my explicit yes; never invent numbers or results; ask before adding a dependency.
3. Create PROJECT-STATE.md with sections: Milestones (the build steps in order, numbered M1, M2, …), Done, In progress, Next, Decisions, Open questions.
4. Create docs/ and scratch/ folders. git init if this is not a repo yet.
5. Do not install anything or touch files outside this folder.
Finish by showing me the tree and the full text of both files.
Approve the workspace when asked.
The first session in a new folder needs a one-time approval, and the prompt appears right in the Claude app. Approve it now, at the desk. If it first comes up at 2 AM, the overnight run stalls at step zero.
Before any unattended run, send the pre-flight.Pre-flight check
Pre-flight check for an unattended run in [FOLDER PATH]. Change nothing.
Report:
1. Can you read and write here without a new approval prompt?
2. Do CLAUDE.md and PROJECT-STATE.md exist and agree with each other?
3. Which commands in the plan will need my approval? List them.
4. Is the git tree clean? What branch?
End with GO or NO-GO and the one thing I should fix first.
Part 02 · every task
Prompt through Dispatch
You talk to Dispatch. Dispatch opens the session, and the session works out which skill the job needs. You never have to know a skill name.
Open Dispatch.
Claude app → Cowork → Dispatch, from your phone or the desktop. Every prompt in this manual gets pasted into Dispatch — you never talk to a session directly. Claude Desktop must be open on your computer and the computer awake, because sessions run on your machine; the phone is just a remote. On the Linux beta, if there is no Dispatch, start a Cowork task and paste the prompt there.
Say what you want, in four parts.
Goal, context, guardrails, deliverable. Switch them on and watch a weak prompt become one that holds.
Strength 0/4 — "Fix the landing page."
Your dispatch prompt
Fix the landing page.
Template: research / writing
GOAL: [ONE SENTENCE: what done looks like]
CONTEXT: [who it is for, what exists already, files or links to read first]
GUARDRAILS:
- Cite a source for every number. No source, no number.
- Do not send, publish, or email anything.
- If something is ambiguous, pick the sensible default and note it.
DELIVERABLE: [what I get back. Leave the format open for a live hosted link, or name one: PDF, DOCX, XLSX, CSV]
Template: build / code
GOAL: [ONE SENTENCE: the change, and how we know it works]
CONTEXT: Folder [PATH]. Read CLAUDE.md and PROJECT-STATE.md first. Relevant files: [PATHS].
GUARDRAILS:
- Work on a new branch in a git worktree. Do not touch main.
- Do not deploy, push, or delete. Do not change copy.
- Ask before adding a dependency.
DELIVERABLE: Passing build and tests, a summary of what changed, and [SCREENSHOTS / DIFF]. Update PROJECT-STATE.md.
Dispatch takes it from there.
You do not choose any of this. It is here so you know what is happening.
It opens the right kind of session
Research and writing go to a task session (start_task). Anything in a repo goes to a code session (start_code_task), which can run on its own model and in its own git worktree so parallel sessions don't collide.
The session picks the skill
Every session starts with the catalogue of installed skills and matches your request against it. Ask for a landing page and it reaches for the site-building skill; ask why a page is not converting and it reaches for the conversion-audit skill.
You do not need to know skill names. There are far too many to remember, and that is the point of having them organised.
How it works: the session reads its skill list and picks by description. With the part 00 skill pack installed, sessions are also instructed to run a skill finder that searches the full description of every installed skill when nothing obvious fits, and to tell you in one line which skill they chose.
Name a skill only to override a choice you disagree with.
Only mention a model if you want a different one.
Say it in words: "use Haiku for this" or "run this on Fable".
Heavy reasoning: builds, debugging, strategy. The usual default
$$$$
Fable 5.1
The hardest, longest jobs only: multi-repo architecture, work Opus stalled on
$$$$$$$$$$
Cost follows API list prices as of Sept 2026 (Haiku $1, Sonnet $2, Opus $4, Fable $10 per million input tokens). On a subscription you do not pay per token — a heavier model simply burns your plan's usage limit faster.
Follow up in the same session.
To add or change something, tell Dispatch to pass it to that session ("tell the course-site session to also fix the footer"). It uses send_message, so the session keeps everything it already knows. Don't start a new one for a follow-up.
Collect the result as a live link.
Guides, reports, checklists, summaries and "what to do next" come back as a hosted interactive page on Vercel — the account you connected in part 00 — with the URL handed to you, not loose files on your machine (the live-interactive-deliverable skill does this on its own). Name a format, or ask for integration code, and you get that file instead.
Part 03 · while it runs
Check in, correct, and run it overnight
A session left alone drifts. The job is short check-ins: see what it did, correct it in one line, move on. Everything below gets pasted into Dispatch, same as part 02.
Ask for status.
Dispatch reads the session's transcript (read_transcript) and tells you what it actually ran. Look for repeated work, skipped tests, and a plan that quietly changed.
Status check
Status on the [PROJECT] session. Read its transcript; do not start new work.
- Milestone it is on, and roughly how far
- Last command it ran and the result
- Which skill it is using
- Anything it skipped or assumed
- Anything waiting on me
Correct in one line.
Say what is wrong and what is true. You still don't need a skill name: tell it the approach is off and to pick again.
Course-correct
Tell the [PROJECT] session: stop what you are doing.
You are [WHAT IT IS DOING WRONG]. Per PROJECT-STATE.md, [WHAT IS TRUE].
If the skill you picked does not fit this, find the one that does and tell me which. Then do [NEXT CONCRETE STEP] only and report back.
Point it at a skill only when it picked wrong.
Sessions choose their own skill and say which. If the status check shows the wrong one, or none, tell it what kind of job this is. A skill name is optional.
Point a session at the right skill
Tell the [PROJECT] session: you are using [SKILL IT NAMED, or "no skill"] and that is the wrong fit.
This job is [KIND OF JOB: a site build / an SEO audit / a bug hunt / a report for the team].
Search your installed skills for the one built for that, tell me which you picked and why, then redo [THE STEP] with it.
Verify before you accept "done".
"Done" is a claim. Have Dispatch show you the build output and screenshots from the transcript, and open the live link yourself.
Overnight: kick it off with state on disk.
Milestones are the numbered M1, M2, … items PROJECT-STATE.md has carried since part 01. Before bed: Mac plugged in, lid open, automatic sleep off (System Settings → search "sleep")PC plugged in, sleep set to Never while plugged in (Settings → System → Power)machine plugged in, automatic suspend off (on GNOME: Settings → Power → Automatic Suspend), Claude Desktop running. A sleeping computer pauses every session.
Overnight kickoff
This is an unattended overnight run in [FOLDER PATH].
GOAL: Complete milestones [M2–M4] in PROJECT-STATE.md, in order.
RULES:
- After each milestone: run the build and tests, then update PROJECT-STATE.md with what is done and what is next.
- If you are blocked, write the blocker in PROJECT-STATE.md and move to the next milestone that does not depend on it.
- Do not deploy, push, send, purchase, or delete anything.
- If you stop for any reason, the state file must already be current.
When the usage limit hits, wait, then resume the same session.
Your plan caps how much the sessions can do in a stretch; at the cap they pause. Nothing is lost. Limits reset on a schedule, and the limit message in Dispatch says when. After the reset, resume that session. A new one would start cold and redo work.
Resume after the limit resets
The usage limit has reset. Tell the [PROJECT] session to continue.
1. Re-read PROJECT-STATE.md and the last thing it was doing.
2. Report in three lines: what is finished, what was in progress, what is next.
3. Carry on from the in-progress item. Do not redo finished milestones.
Same rules as before: no deploy, push, send, or delete.
In the morning, keep guiding.
Ask for status again, correct any drift, and give the go-ahead for anything outward-facing (deploys, sends) yourself.
Reference: what sessions reach for no need to memorise
You never have to type these. This is only so the one-line "I'm using X" from a session means something to you.
A guide, report, checklist or summary with no format named
live-interactive-deliverable
Documents, decks, sheets, PDFs
docs, docx, pptx, xlsx, pdf
Mail, calendar, Drive
google-workspace
Recurring or timed runs
schedule
Turn a routine into a reusable skill
skill-creator
Nothing installed fits
It searches skills.sh and proposes one for your approval
Superpowers is the name of a skill pack (planning, debugging, test-driven development); ponytail is a plugin that keeps code and token spend small. Superpowers arrives with your part 00 install. Ponytail is an optional extra that is not in the pack; if your sessions never mention it, nothing is broken.
Seeing words like swarm, LiteLLM or tier-cheap in a transcript? That is the advanced layer in part 05. You do not need it day to day.
Part 04 · make it yours
Make your own speaking and teleprompter skills
The pack has no on-camera coach and no script auditor, on purpose. Those two only work when they are built around one person, so you build your own. It takes one interview and two prompts.
Why not a ready-made one
A speaking coach has to know how you sound on a good day: your pace, your phrases, the audience you talk to, the things you never say. A canned one coaches you toward somebody else's voice.
Why the rules must be yours
Every field has claims you cannot make and facts you must get right. A script auditor is only useful if it checks your field's rules, written down by you, before the camera rolls.
What you end up with
Skill
What it does for you
Your on-camera coach
Shapes a script so it sounds spoken, preps you before a recording, reviews a take and names the three fixes that matter most, and answers delivery questions with one drill.
Your script auditor
Checks a written script before filming: runtime at your reading pace, read-aloud hazards, a scored review, and a pass against your accuracy and compliance rules, with anything that must be fixed first marked as a blocker.
Let the AI interview you.
Open Dispatch and paste this. It asks a few questions at a time and ends by saving a speaking profile. Answer in your own words; rough answers are fine. If you have a script or a transcript of yourself, hand it over when asked. Real samples beat descriptions.
1 · Interview me
Interview me so we can build two personal skills: an on-camera speaking coach and a teleprompter script auditor, both made for me and nobody else.
Ask a few questions at a time and wait for my answers. Push back when an answer is vague. Do not write any skill yet.
Cover, in this order:
1. What I record: the kinds of video (sales video, lesson, short clip, webinar), typical length, where it is published.
2. My audience: who they are, what they already know, what they are skeptical about.
3. My voice: how I sound when I am at my best, phrases I use, phrases I never use, how formal I am. Ask me for a script or transcript of me and study it.
4. My delivery: my natural pace (time me reading 150 words if I do not know), where I rush, my habits and filler words, what feedback I have had before.
5. My setup: camera, teleprompter or notes, how many takes I usually do.
6. Structure I trust: how my videos open, how they make the case, how they close, what I ask the viewer to do.
7. Accuracy rules for my field ([MY FIELD]): facts, figures and terms that must be exactly right, and who or what is the source of truth.
8. Compliance rules for my field: claims I must never make, words I must avoid, disclaimers that must be said, anything that needs sign-off before publishing. If I am not sure, list what I should ask my compliance contact, and mark those items as unconfirmed.
9. People whose speaking I want to learn from, and what specifically I want to borrow from each.
10. Hard lines: persuasion tactics I refuse to use.
When we are done, save everything as speaking-profile.md in [FOLDER PATH]: my answers organised under those ten headings, direct quotes of my real phrasing, and a list of open questions. Show me the file and ask me to correct it.
Generate your on-camera coach.
Read the profile, fix anything wrong in it, then paste this.
2 · Build my speaking coach
Build me a personal skill called [MY-NAME]-speaker-coach from [FOLDER PATH]/speaking-profile.md. Use your skill-creation skill and follow it, including writing a few test cases.
The skill coaches my on-camera delivery. It must work in four modes and pick the right one from what I give it:
1. Script coach: I have a script or an idea. Give a verdict on the structure, then a speakable, marked-up version (pauses, emphasis, breaths) in my voice.
2. Pre-record prep: I have a final script and a session coming. Give a one-screen run sheet: setup, warm-up, marks, take plan.
3. Take review: I have a recording or its transcript. Measure what can be measured (pace, pauses, filler words, length), then name the three fixes that matter most. No long lists.
4. Coach on call: I ask a delivery question. Answer briefly with one drill.
Put the detail in reference files the skill reads only when needed:
- structure: how my videos open, make the case and close, from my profile
- delivery: lens, energy, pace, pauses, voice, face, hands, warm-ups
- teleprompter: reading without sounding read, script marking, recovering from stumbles
- storytelling: the kinds of stories and examples that fit my audience
- persuasion ethics: for each technique, the honest use and the manipulative version, with my hard lines on top
- accuracy and compliance: the rules from my profile, word for word. Items I marked unconfirmed stay marked unconfirmed.
- sources: where each piece of advice came from and how solid it is
Rules for the skill itself:
- It coaches toward how I sound at my best, using my real phrases. It never rewrites me into a generic presenter.
- It never adds a number, a promise or a claim I did not make.
- Every review ends with a compliance line: none, or a list with timestamps or line numbers.
- If a rule in my profile is unclear, it asks me. It does not guess.
Install it where my code sessions can use it, and also give me a zip I can upload at Claude Desktop → Customize → Skills. Then run its test cases and show me the results.
Generate your script auditor.3 · Build my script auditor
Build me a personal skill called [MY-NAME]-script-auditor from [FOLDER PATH]/speaking-profile.md. Use your skill-creation skill and follow it, including writing a few test cases.
The skill audits a WRITTEN script before I film it. It reads only; it never edits my script unless I ask. It works in two layers:
Layer 1, measure. Write a small script that takes a file or folder and reports:
- runtime at my reading pace of [MY WORDS PER MINUTE] and at 20 faster
- sentence and paragraph length
- read-aloud hazards: numerals and symbols, parentheticals, tongue-twisters, phrasing that reads fine but is awkward to say, stray markup
- how the script opens and what it asks the viewer to do at the close
- pause and cue density
- a wording scan against the claims and words my profile says to avoid
Mark each finding BLOCKER (do not film), FIX (change before filming) or WATCH (a person should look). The scan only matches wording, so the skill must treat its output as places to look, not as the verdict.
Layer 2, judge. Read the whole script and score it 0 to 3, with a one-line reason each, on: structure, hook strength, clarity, read-aloud readability, pacing and runtime, strength of the call to action. Then run the accuracy and compliance pass from my profile and give PASS, FIX or BLOCKER.
Every audit comes back in this shape:
- the score table
- Must fix before filming
- Worth fixing
- Accuracy and compliance notes
- What is working
Put the scoring anchors and my accuracy and compliance rules in reference files, word for word from my profile. Items I marked unconfirmed stay marked unconfirmed, and the skill says so in every audit that touches them.
Rules for the skill itself:
- It never softens a blocker and never invents a rule I did not give it.
- It never rewrites my voice. Suggested lines use my phrasing from the profile.
Install it where my code sessions can use it, and also give me a zip I can upload at Claude Desktop → Customize → Skills. Then audit [PATH TO ONE OF MY REAL SCRIPTS] and show me the result.
Use them, then keep correcting them.
From here you never name them. Say "check this script before I record" or "review this take" and the session picks your skill. When it gets something wrong about you, tell it, and add: "update my skill so this sticks." The skill is only as good as its last correction.
These skills help you prepare. They do not replace your field's compliance or legal review. If a rule matters, have the right person confirm it and put the confirmed wording in your profile.
Part 05 · advanced · when one session is not enough
The swarm: agents that hand work to each other
Everything so far is you supervising sessions. The swarm is the next step: several agents with fixed roles pass a job down a line on your own machine, an orchestrator checks every hand-off, and you only step in for decisions that matter. Come here once parts 00–04 feel routine.
Sessions (parts 01–04)
One worker per job. You open it, check in, correct it, approve the result. Best for anything where your judgement is part of the work.
The swarm
A pipeline of role agents (planner, architect, builder, tester, critic) that runs queued tasks without you. Best for repeatable jobs where a test or a check, not your eye, can tell whether the result is right.
How it fits together
Part
What it does
Model gateway (LiteLLM, self-hosted)
One door to every model. Agents ask for a tier, never a vendor model: tier-local (free, runs on your computer), tier-cheap (fast default), tier-strong (hard tasks only). Swapping the model behind a tier is a one-line change. It listens only on your own machine, not your network.
Role agents
Planner, architect, builder, tester and critic, each with its own instructions, built on the open-source ChatDev framework. The tester writes checks from the task before the builder starts.
Orchestrator
Watches an inbox of queued tasks, runs each one down the line, scores every hand-off, and serves a dashboard on your own machine. Daily and monthly spend caps stop paid model calls when they are reached.
Sandbox
Generated code runs in a locked container: no network, no secrets, read-only files, hard memory and CPU limits.
Evals
A standing set of tasks with known answers, re-run after changes, so "it got better" is measured rather than claimed.
The rule that keeps it safe
The swarm may act alone only where something other than a model's opinion can tell it that it was wrong, or where being wrong is cheap to undo. Every action has a tier, set in code and never decided by a model:
Tier
Examples
What happens
T0 · observe
Read files, search, compute, run code in the sandbox
Automatic
T1 · reversible
Write files in the workspace, create drafts, open a local branch
Automatic, logged, undoable
T2 · consequential
Send a message as you, publish, spend money, delete, change an outside account, touch a live system
Queued for your approval while the swarm keeps working on everything else
An action nobody has given a tier is treated as T2. That is the same "nothing outward-facing without your yes" rule from part 00, enforced in code instead of by asking nicely.
Tool decisions
LiteLLM (self-hosted): use it. The model gateway above.
OmniRoute: do not use. It had a critical remote-code-execution flaw. LiteLLM replaced it.
Graphify: on hold. Likely redundant with Claude Code and the swarm's own indexing.
Building your own
The swarm is not in the skill pack. It is software you run, not instructions, and it is still being built on the original setup, so treat it as a project, not an install. You need:
Docker Desktop for MacDocker Desktop for Windows (with the WSL 2 backend)Docker Engine from your distribution or docker.com.
An Anthropic API key from console.anthropic.com. API use is billed per call, separately from your Claude plan; that is why the spend caps exist.
Comfort reading a terminal. The sessions do the building; you approve each step.
Start your swarm — paste into Dispatch (it becomes a code task)
Help me build a small agent swarm on this computer, step by step. Stop for my approval before each step.
Folder: ~/Projects/agent-swarm
1. Check that Docker is installed and running. If not, tell me exactly what to install and stop.
2. Model gateway: run LiteLLM in Docker, pinned to a specific image version, listening on 127.0.0.1 only. Define three tier aliases: tier-local (a free local model, optional), tier-cheap and tier-strong. Agents must only ever ask for a tier.
3. Secrets: put my API key and the gateway's master key in a .env file that is git-ignored. Never print them.
4. Spend caps: a daily and a monthly dollar limit that block paid tiers when reached. Start at [DAILY $] and [MONTHLY $].
5. Sandbox: generated code runs in a container with no network, no secrets, a read-only filesystem and memory and CPU limits.
6. Roles: planner, architect, builder, tester (writes checks from the task before the builder starts) and critic, on the open-source ChatDev framework.
7. Orchestrator: an inbox folder of queued tasks, a log of every hand-off with a score, and a local dashboard.
8. Action tiers: T0 observe and T1 reversible run automatically; T2 (send, publish, spend, delete, touch any outside account) is queued for my approval. Anything without a tier is T2. Build no T2 actions yet.
9. Prove it: run one demo task end to end, show me the dashboard and the spend, then write a one-page README with the start, stop and submit-a-task commands.
Keep PROJECT-STATE.md updated after every step. Do not deploy or publish anything.
Expect this to take several sessions, and run it overnight with the pattern from part 03 if you like. When the demo works, start with one repeatable job you already do by hand, and add a T2 action only once you trust the T0/T1 results.
Part 06 · TFG agents
The Hive Console
The Hive Console is TFG's command center on top of GoHighLevel: it drafts and answers your lead texts in your voice, runs the follow-up drip inside the legal calling and texting hours, writes your call wrap-ups into GHL, and gives you a ranked list of the people most likely to close today. Three steps get you set up.
Install the Master Agent Guide skill pack in your own Claude.
Same two files as part 00. Do the parts for the Claude you use. Doing both is fine.
Claude desktop app: open Claude, go to Customize → Skills → Upload, and pick skill-library.zip from Downloads. Upload the zip as it is; do not unzip it.
The Claude desktop app is not available for Linux. On Linux, install for Claude Code below.
Claude Code (the terminal app, on MacWindowsLinux): close any open Claude Code windows, then run this. It puts 80 skills in ~/.claude/skills%USERPROFILE%\.claude\skills and keeps any files you already have.
Install for Claude Code — paste into TerminalPowerShellyour terminal
unzip -n ~/Downloads/agent-brain-code.zip -d ~
tar -xkf "$env:USERPROFILE\Downloads\agent-brain-code.zip" -C "$env:USERPROFILE"
Use PowerShell (Start menu, type PowerShell), not Command Prompt: the commands above are PowerShell. Claude Code on Windows also needs Git for Windows (git-scm.com). tar is built into Windows 10 and 11.
If unzip is not found, run sudo apt install unzip first.
Then start Claude Code again (claude) and ask it: "Which skills do you have for GoHighLevel and follow-up texting?" It should name them.
Add the Hive connector to your Claude.
The connector lets your Claude look up your Hive contacts and read your campaigns, and lets admins run Training and the reply simulator. It signs in as you, so it sees exactly what you see in the Hive Console. It never sends a text or changes anything in GoHighLevel. The address is the same on every computer:
The TFG Hive connector address
https://hive-mcp.chrisb-financial.workers.dev/mcp
Claude desktop app (macOSWindows):
Open Claude's settings (Claude menu → Settings, or ⌘ and commaclick your name at the bottom left, then Settings), go to Connectors and choose Add custom connector.
Name: TFG Hive. URL: https://hive-mcp.chrisb-financial.workers.dev/mcp. Leave the advanced settings empty and choose Add.
Choose Connect next to TFG Hive. Your browser opens the Hive sign-in: enter the email you log in to GoHighLevel with and open the sign-in link it emails you, in the same browser.
On "Allow Claude to use Hive as your name?", choose Approve. The browser hands you back to Claude, and TFG Hive shows as connected.
On a Team or Enterprise plan, an owner adds the connector once in the organization's settings; you then only choose Connect and sign in.
The Claude desktop app is not available for Linux. Use Claude Code below.
Claude Code (on MacWindowsLinux): add it once, then sign in from inside Claude Code.
Add the connector — paste into TerminalPowerShellyour terminal
claude mcp add --transport http --scope user tfg-hive https://hive-mcp.chrisb-financial.workers.dev/mcp
Start Claude Code (claude), type /mcp, pick tfg-hive and choose Authenticate. Your browser opens the same Hive sign-in: use your GoHighLevel email, open the emailed link, and choose Approve. --scope user makes it work in every folder.
What each tool does
contacts_search finds your contacts by name, email or phone.
contacts_get shows one contact's details and filled custom fields.
campaigns_list lists your campaign buckets and the room left under the daily drip cap.
campaigns_stats shows today's texts against GoHighLevel's 600-a-day limit. Admins only.
training_stages lists the conversation stages Training can practice. Admins only.
training_run lets you play the lead for one practice turn and shows the reply the Hive would send. Nothing sends. Admins only.
sims_run runs up to 5 simulated conversations and reports which passed. Nothing sends. Admins only.
Try it: ask Claude "Use TFG Hive to find my contact Jane Smith." If a tool answers "Not allowed", that record or tool isn't open to your account. To disconnect, remove the connector in Claude; Chris can also revoke it in the Hive Console under Settings → Connected apps.
Log in to the Hive Console.
Open tfg-crm-edge.pages.dev in your browser (it moves to crm.triumphantfg.com soon). It works the same on Mac, Windows and Linux.
If the browser asks for a site password first, use the one Chris gives you.
First time: choose Create an account, enter the invite code from Chris, and use the email you log in to GoHighLevel with as your username.
Chris links your account to your GHL user and switches it on. You'll see your own leads only.
After that, sign in with that GHL email and your password.
Optional · practice
Practice rounds
Nothing here is required to use the system. Each round says which part it tests. Your best score in each counts toward your rank.
Round 1 · Think like Dispatch tests part 02
In real use Dispatch and the session make these choices for you. Here you sit in their seat: a task comes in, you pick the session type, the model and the skill, so you can recognise a good choice when you see one.