More and more people are handing an AI agent like Claude Code the whole job of managing their computer, from clearing out the Downloads folder to sorting notes and files. But there's a curious paradox at work. Folders get tidy enough that it really feels like "AI is managing my computer" — yet turning that same material into new ideas remains just as elusive as before. This piece argues the root cause lies in categorization itself as a method, and lays out, step by step, how to get an AI agent to build connections instead of categories — and unlock creativity in the process.
Why Tidier Folders Leave You More Stuck, Not Less
Most of the organizing an AI agent does by default is librarian-style sorting: documents into a documents folder, receipts into a receipts folder, everything filed neatly by topic. It looks great, but it has a structural limit. Data has no meaning on its own. Even thousands of perfectly sorted files are still just data — they only become information once you can read meaning into them. A category answers "where did I put this," not "why does this matter to me right now." That's exactly why the blankness remains even after the tidying is done.
Center Interests, Not Categories
Zettelkasten and Second Brain — two well-known memory systems — differ in their specifics but share one core principle: ditch library-style categorization and instead store and link memories around whatever you currently care about. The same news clipping filed under "Economic News" simply sits there and stops. But linked to an active interest like "the subscription service I'm launching next year," it lands right alongside your draft proposal, competitor notes, and an excerpt from the book you read yesterday. The first step is shifting your filing criterion from the properties of the material to your own present interests.
Creativity Is the Ability to Spot Invisible Connections
Once material starts accumulating around your interests, what comes next matters most: the ability to spot the invisible relationships among the information that's piled up is, in fact, creativity. New ideas don't appear out of nowhere. When two notes that seemed unrelated meet under the same interest, the hidden relationship between them surfaces, and a combination nobody else has seen is born. If folder sorting is the work of keeping material apart, connection-centered storage is the work of systematically raising the odds of these encounters.
If AI Is Managing Your Computer, Put It to Work on Connections
This is where an AI agent's real value shows up. The biggest barriers to doing connective work yourself are time and memory — and an agent can take both off your hands. All it takes is changing how you instruct it. Instead of "put this file in the right folder," try this instead. First, give it the list of interests you're currently pursuing and have it judge which one each new item touches. Second, when it saves something, have it also leave a link to related existing notes or files. Third, have it periodically scan material scattered across different folders and report back pairs worth connecting. Whether "AI managing your computer" ends up being glorified cleanup or the groundwork for creativity comes down to this difference in instructions.
A Checklist to Start Today
Here's the order to put this into practice right away.
1. Narrow your active interests and projects down to three to five, and tell your agent what they are. 2. When new material comes in, have it ask "which interest does this touch," not "what type of file is this." 3. Every time something is saved, have it leave a link or a one-line note pointing to related material. 4. Once a week, set aside time for it to report back pairs of material worth connecting. 5. Write the reason for each connection in your own words — because you, in the end, are the one who turns data into information by reading meaning into it.
We're already living in an era where the agent handles the folder tidying. Now it's time to ask yourself a different question: is the AI managing your computer a librarian, or a connector?
