Turn Claude Code Into Your Executive Assistant in 27 Mins
A 27-minute live build that wires Claude Code into a context-aware AI that plans your day, runs research, and checks on your team, all in parallel.
March 5thA 34-minute live walkthrough of one creator's AI operating system, built on the four Cs: Context, Connections, Capabilities, and Cadence.
Building an AI operating system is not about choosing the right model - it starts with one default habit and compounds through four ordered layers that together turn a chat tool into a second brain that acts on your behalf.
An AI operating system begins with one decision: defaulting to your agentic harness instead of scattered tabs. The four-Cs framework - Context (your CLAUDE.md as a routing tree), Connections (live vs. static data via APIs and CLIs), Capabilities (skills encoding repeated prompts), and Cadence (automated triggers) - describes the build order and explains why skipping layers creates brittle systems. The creator walks through his actual HERC 2 project structure live, including a permission-layer principle that no prompt is a security boundary: only scoped API keys are.
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Obsidian graph and Claude Fable benchmark table. Frames the video as a live system walkthrough, not a getting-started guide.

Close the tabs. Default to one harness. Before/After slide: scattered tools vs. single compounding context.

Diagram: Context to Connections to Capabilities to Cadence. Second brain equals first two layers; OS equals last two.

CLAUDE.md as a router pointing to rules, skills, wikis, other projects. Live VS Code walkthrough of HERC 2 folder structure and OtherWorlds pattern.

Tier-1 map of weekly apps by category (Revenue, Calendar, Comms, Tasks, Meetings, Knowledge). APIs and CLIs preferred over MCP servers for control and cost.

Live demo of /goal slash command generating a who-I-am video from transcripts. One-shot relationship-map app. Explains why static data goes stale and how live connections fix it.

Repetition is the signal for a skill. Assembly-line sessions: one clean job, then pass output. 20+ skills shown live. Update every skill after each use.

Three trigger types: manual, event, schedule. Autonomy is earned through battle-testing. Cautionary story: agent sent a discount code to 150-200K people unintentionally.

Thought partner with devil's advocate framing; grill-me skill for knowledge extraction; have agent verify its own work visually or with Playwright.

Cost, data privacy, no-code entry via GitHub starter repo, handling confident mistakes, live connections via APIs, team rollout.

You are building your own personal OS, not a Claude Code OS. Folders, markdown, skills, routing logic - that is the IP that survives every model switch.
Every capability gap you feel with AI tools is almost always an architecture gap, not a model gap - and fixing it follows a specific order.
“An OS doesn't start with architecture. It starts with a default.”
“I think of my CLAUDE.md file as my router. It's like, okay, this is where the files live.”
“Your skill will almost never be perfect on the first try. Every time you use your skill, that's data.”
“A prompt is never a permission layer. If it can, it will.”
“You're not building a Claude Code AIOS. You're building your own personal operating system.”
See every word as it's spoken — crank it to 2× and still catch all of it. The same dual-channel trick behind Amazon's Kindle + Audible.
An Obsidian knowledge graph fills the screen - hundreds of nodes, each one a piece of a creator's business. The claim is audacious: a single AI agent understands this better than its owner does. What follows is not a product demo but an architecture tour, and the lesson is that the model is the least interesting variable.
A build-order framework for an AI operating system. Context = who you are and your routing tree. Connections = live data access. Capabilities = skills and automations. Cadence = scheduled/event-triggered runs. The order is not optional - each layer depends on the previous.
CLAUDE.md acts as a router, not a knowledge store. It holds pointers to where content lives. Pulse check: if you cannot manually drill to any file, the agent cannot either.
Each Claude Code session should do one thing well and hand a clean output to the next session. Parallel tasks delegate to cheaper sub-agents with one summary returned to the orchestrator. Prevents context rot.
A prompt is never a permission layer. If an agent has a credential, assume it will use it. Real permission layers are scoped API keys that limit physical capability: archive instead of delete, draft instead of send, read instead of edit.
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34:07A 27-minute live build that wires Claude Code into a context-aware AI that plans your day, runs research, and checks on your team, all in parallel.
March 5thA 29-minute walkthrough of the Four Cs framework for running your entire business through Claude Code.
May 29thA full brand built live — design system, pitch deck, website, app, and launch video — plus the two-meter session strategy that makes it sustainable.
April 30thA 35-minute walkthrough of Anthropic's new canvas design tool — from brand brief to deployed Vercel site — with a hard look at how fast you can burn through your weekly quota.
April 21stA 17-minute tier-list of one practitioner's actual daily stack — and the five mental models that keep him from drowning in new releases.
May 8thA 13-minute same-day breakdown of Claude Opus 4.8 — what changed, why effort level is now the primary control surface, and five prompting adjustments direct from Anthropic docs.
May 28th