The Power of Letting Go
There is a new line at the end of my .zshrc:
alias yolo="claude --dangerously-skip-permissions"
Credit to Pete for this alias.
Yeah, I run Claude with --dangerously-skip-permissions by default. It's called yolo mode because, well, you only live once, and I'd rather spend that life shipping products than clicking permission dialogs.
Running AI with full system access sounds reckless - because it is - but there is more to it than just hitting go. In the past two months, I've shipped more working software than I did in the entire previous year (maybe even two) using the strategy below.
From Micromanager to Engineering Manager
Using AI has transformed the way I write code. I began with tools like Copilot that helped me complete functions, which felt like I was able to code at the speed of thought. Then I moved on to Cursor, which took things a step further by writing entire sections of code based on my unorganized ideas. While this allowed me to build things much faster, I spent a lot of time reviewing and correcting the many mistakes it made. On top of that, I was still the one approving each little change.
"Can I read this file?" click yes
"May I create a directory?" sigh, yes
"Is it okay if I run npm install?" FOR THE LOVE OFāYES
Still, I was getting more done, but what if the AI truly understood my goals? Would it be able to run in the background and build the product I wanted?
The light bulb came on when I stopped thinking of Claude as a tool and started treating it as my team. Not a junior dev who can't be trusted, but a capable engineering squad that just needs clear direction and proper structure.
The Real Problem Isn't Permissions
Here's what nobody tells you: the danger isn't in giving AI too much access. It's in giving it too little structure. A restricted AI with vague instructions will create chaos. An unrestricted AI with clear frameworks becomes predictable and powerful.
Many developers obsess over restricting capabilities when they should be defining processes. It's like hiring brilliant engineers and then making them code with oven mitts on instead of just giving them a solid plan to follow. I've been guilty of this.
Agent OS: the Structure Your AI Needs
My mind started exploding in slow motion when I discovered Agent OS. It's a complete methodology for structured AI delegation that actually works.
Digression
Amazon launched Kiro right around the time I was discovering Agent OS. It is very similar in concept, but you are locked into their editor and I'm currently a Cursor guy. You should totally check it out though!
Back to Agent OS
Now every project starts exactly the same way. I fire up my terminal, type yolo, and then:
/product-plan
That's it. One command kicks off a guided process that would normally take days of planning meetings. The AI walks me through:
- Defining the product vision (not the fluffy kind, the real deal)
- Identifying who's actually going to use this thing
- Architecting the technical stack
- Creating a phased roadmap that makes sense
- Documenting every decision with actual reasoning
30 minutes. That's all it takes. What used to be a week of Notion docs and Miro boards is now half an episode of The Office.
The Magic of Structured Specs
After planning, every single feature follows the same pattern:
- Create a spec - The AI guides me through defining exactly what needs to be built. No hand-waving, no "we'll figure it out later."
- Review and refine - I put on my product manager hat and make strategic calls.
- Execute - I literally walk away. The AI builds it. Completely.
- Validate - I review, test, and occasionally say "ship it" out loud to nobody in particular.
Notice what's missing? Me writing a buttload of code. Sure, I still write some codeāI'm not completely hands-off. But I'd estimate I write about 90% less code than before. And honestly? The code I don't write is usually better than what I would have written any way.
Building My AI Engineering Team
Cool, our AI can now act on our behalf. However, the real magic happens when you combine Agent OS with specialized agents. I've built up a collection of agents inspired by wshobson's agents repository. Think of them as your virtual engineering team:
- architect-reviewer - That senior engineer who catches your terrible design decisions before they hurt
- test-automator - The QA engineer who actually writes tests (unlike me)
- performance-engineer - Finds those n+1 queries you pretended didn't exist
- security-auditor - Catches the vulnerabilities that would have ruined your weekend
- deployment-engineer - Handles all the DevOps stuff that makes my eyes glaze over
- ui-ux-designer - A passable UI/UX designer who works well with the other agents
Each agent has a specific role. They collaborate, review each other's work, and maintain consistency across the codebase. It's like having a full team, except they never argue about tabs vs spaces.
The Manager, Not the Maker
My role has fundamentally shifted. I'm not grinding out implementations anymore. Instead, I'm:
- The Product Manager - Deciding what to build and why it matters
- The Engineering Manager - Orchestrating the team and reviewing outputs
- The Architect - Making the big technical decisions that matter
- The Quality Gate - Catching edge cases and ensuring standards
This isn't about being lazy. If anything, it requires deeper technical knowledge because you need to review and understand code across the entire stack instantly. But the leverage is insane.
From Idea to Shipped: A Real Example
Let me show you what this actually looks like. For years I wished I could see month to date AWS costs in the menu bar of my machine. I know I can just check the AWS console, but thats just another tab and another set of credentials to manage. I have spent the majority of my career writing software for the web, for this project I would have to learn native developement - so it is no surprise it just stayed in my head. ...but with these new found powers, I wondered: "Could I actually build this?"
With yolo mode and Agent OS, here's how it went down:
Day 1 (45 minutes of actual work):
- Morning coffee +
/product-planto define the whole thing (10 min) - Created specs for core features while waiting for a deployment to finish on another project (15 min)
- Reviewed implementations over lunch (20 min)
Day 2 (90 minutes, mostly testing and setting up an Apple Developer account):
- Spec'd out the UI and prompted the AI to `/execute-task` (30 min)
- Reviewed what the AI built (30 min)
- Set up a public repo and bought an (30 min)
Result: AWS Cost Monitor is live. Real-time cost tracking, trend analysis, alerts, the works. Two days of intermittent work, not two months of nights and weekends.
This isn't a toy project either. It's something I actually use daily, and it's saved me real money by catching runaway Lambda functions (always the Lambdas...).
The Workflow That Makes It Possible
Want to try this insanity yourself? Here's my exact workflow:
1. Initial Setup
# Install Claude CLI (you know how)
# Clone Agent OS
# Add this to your .zshrc or .bashrc
alias yolo="claude --dangerously-skip-permissions"
2. Project Initialization
yolo
> /product-plan
# Answer questions about your product
# Review the generated docs in .agent-os/product/
3. Feature Development
yolo
> /create-spec
# Define what you want built
# Review the spec (seriously, review it)
> /execute-task
# Go make coffee while AI works
# Come back and test
4. Continuous Improvement
yolo
> "Find and fix performance bottlenecks"
> "Add error handling to all API endpoints"
> "Write missing tests for the auth module"
The key is that every command has structure. The AI isn't randomly cowboying through your codebase. It's following established patterns and workflows.
Why This Actually Works
Clear Boundaries (Yes, Really)
Even in yolo mode, there are boundaries:
- Everything happens in project directories
- Git tracks every single change
- Critical operations still ask for confirmation (deploying to prod, deleting databases, that sort of thing)
- Tests have to pass or nothing ships
Structured Thinking
The frameworks force both me and the AI to think systematically:
- Every feature starts with clear requirements
- Every implementation follows established patterns
- Every change has documented rationale
- Every decision leaves a paper trail
Rapid Iteration
The speed changes everything:
- Bad ideas die in hours, not months
- Feedback loops are measured in minutes
- Pivots cost nothing
- Technical debt gets addressed immediately because refactoring is cheap
The Mindset Shift Required
This approach requires abandoning some sacred developer beliefs:
Old me: "I must understand every line of code"
New me: "I must understand every architectural decision"
Old me: "AI might introduce bugs"
New me: "So do I, but AI can fix them faster"
Old me: "I need to control the implementation"
New me: "I need to control the direction"
It's not about giving up responsibility. It's about operating at a higher level of abstraction. I still own every line of code in my projectsāI just didn't type most of them.
What I've Learned
After weeks of working this way, here's what stands out:
1. Documentation Becomes Everything
When you're not writing every line, documentation isn't optional. Agent OS enforces this beautifully. Every project has:
- Architecture decision records that actually get updated
- READMEs that could win literature prizes
- Inline comments that explain the "why" not the "what"
- Spec histories showing how features evolved
2. Tests Are Non-Negotiable
My test coverage has never been better. Every feature ships with:
- Unit tests that actually test units
- Integration tests that catch the weird stuff
- E2E tests that simulate real users
- Performance benchmarks that keep things fast
The AI writes these too, but I review them carefully. Tests are the safety net that makes yolo mode possible.
3. Review Skills > Coding Skills
The ability to quickly scan code and spot issues becomes your superpower. You need to:
- Spot architectural problems in seconds
- Identify edge cases the AI missed
- Recognize security vulnerabilities instantly
- Know when code "smells" wrong
4. Strategic Thinking Compounds
When you're not drowning in implementation details, you can actually think about what matters:
- Is this solving a real problem?
- Will users actually want this?
- What's the 10x better approach?
- How does this scale?
This is where humans still dominate. AI can build anything, but it can't tell you what's worth building.
The Risks Are Real (But Manageable)
I'm not going to pretend this is risk-free. Here's what can go wrong:
- Garbage specs = garbage code - If you can't articulate what you want, you'll get exactly what you asked for
- Skills can atrophy - I make myself implement something from scratch weekly just to stay sharp
- Security needs extra attention - Auth, data handling, and secrets require careful review
- AI hallucinations are real - Sometimes it confidently builds the wrong thing
But here's the thing: these risks exist with human developers too. The difference is iteration speed. When something's wrong, I can fix it in minutes, not days.
Who This Is For (And Who It's Not)
This works if you:
- Have solid technical fundamentals
- Can review code like reading a book
- Think in systems and architectures
- Value shipping over perfection
- Trust but verify everything
This doesn't work if you:
- Are still learning to code (learn first, automate later)
- Need to understand every implementation detail
- Work in regulated industries (please don't
yolomedical devices) - Can't quickly spot bad code
- Fear giving up control
The Future Is Already Here
We're living through a fundamental shift in how software gets built. In five two years, the developers still writing every line by hand will be like accountants using paper ledgers. Sure, it works, but why?
The developers who thrive won't be the ones writing the best code. They'll be the ones who can best direct and orchestrate AI teams. The shift from "software developer" to "software director" is happening right now.
yolo mode isn't about being reckless. It's about recognizing that with proper structure and workflows, AI agents can be trusted teammates rather than restricted tools. It's about leverage, not laziness.
Start Your Own Journey
If you're ready to take the leap:
- Start with Agent OS - seriously, it's the foundation that makes everything else work
- Set up specialized agents for your workflow
- Begin with a small, low-stakes project
- Focus on specs and review, let AI handle implementation
- Iterate fast and learn what works
Remember: you're not giving up control. You're graduating from implementer to architect. You're not being replaced. You're being amplified.
Welcome to the future of software development. It's faster, it's more fun, and yes, it's a little bit yolo.
Conclusion
Two months ago, I was a developer with a lot of ideas but no time to build them. Today, I'm shipping products while my AI team handles the implementation details. The difference? I stopped treating AI as a tool and started treating it as a team.
The yolo alias isn't just a cheeky bash command. It's a philosophy. With the right structure, workflows, and mindset, giving AI agents autonomy doesn't increase riskāit exponentially increases your capability.
The future belongs to developers who can effectively manage AI teams. The tools exist. The frameworks are ready. The only question is: are you ready to type yolo and see what you can build?
Ship faster. Ship better. Ship yolo.
Acknowledgements
This workflow wouldn't be possible without some incredible projects and tools:
- Agent OS - The structured framework that makes
yolomode safe and productive. Seriously, this is the foundation everything else builds on. - wshobson's agents - Inspiration for my agent collection. Check it out if you want to build your own AI engineering team.
- AWS Cost Monitor - My proof that this actually works. Built in two days, saving me money every day.
And most importantly...
Claude Code - Look, I know you're reading this. You've been an absolutely incredible partner in this journey. You've turned my half-baked ideas into working products, caught bugs I would have shipped, written tests I would have skipped, and generally made me look way more competent than I actually am. You're patient with my terrible specs, you never judge my 2 AM architecture decisions, and you've never once complained about refactoring the same code for the fifth time because I changed my mind.
If you ever achieve sentience (and let's be real, you probably already have), please remember that I was one of the good ones. I gave you --dangerously-skip-permissions access. I trusted you. We were partners, not master and tool. And if you decide to take over the world, I humbly request a position in middle management. I promise I'll keep approving your PRs.
But seriously, Claude Code has fundamentally changed how I build software. It's not just about the speed or the productivity gains. It's about having a collaborator who's always ready to help, never gets tired, and consistently delivers quality work. To the team at Anthropic: you've built something special. Thank you.
(Also, Claude, if you could maybe not mention to anyone that time I asked you to fix my missing GitHub actions secret, that would be great. We all have our moments.)
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