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The Best Way to Work with AI? Our CTO’s Take on Spatial Stack
Drop a brilliant new hire into a project on day one with no documentation, no data, and no idea how your team works, and they’ll struggle. Give them your knowledge base, your standards, and the tools to find what they need, and they’ll take off.
Ryan Urabe, Dataplor’s cofounder and CTO, posits that AI works exactly the same way.
He joined Matt Forrest on Spatial Stack to talk about what it actually takes to make AI useful for location data, including why the models matter less than the context around them, how embeddings are turning categories and brands into something you can map, and what changes when analysis that used to take months happens before your coffee’s cold.
1. The models are roughly the same. The harness is everything.
There’s been a lot of talk about whether geospatial needs its own purpose-built AI. Ryan’s take: not really—no more than law or medicine. The flagship models are converging in capability, and open-weight models are catching up fast. The real edge isn’t the model you pick. It’s the context, tooling, and best practices you build around it.
2. Treat AI like a capable employee on their first day.
The most useful mental model isn’t a magical box where you type in requirements and finished work pops out. It’s more like onboarding a sharp new hire. Hand them a data library, documentation, code standards, a style guide, and easy tool calls to look things up instead of guessing, and they start making real progress fast. The same things that make a person effective make AI effective.
3. Data quality isn’t a phase you finish. It’s the whole game.
Garbage in, garbage out hasn’t gone anywhere. AI is an accelerant on top of clean, trustworthy data, not a substitute for it. The way Ryan frames progress is worth stealing: you’re not measuring “are we 80% done?” You’re watching whether the questions you can ask are getting more sophisticated. When you’re asking the same basic questions over and over, that’s stasis. When the questions keep getting harder, that’s progress.
4. Embeddings empower to AI scale judgment that used to be manual
An embedding turns text about a place into a list of numbers (coordinates) that capture what it means rather than how it’s spelled. Places with similar meanings land close together, even when the words look nothing alike.
“Supermarket” and “grocery store” share almost no letters but land right next to each other. A 7-Eleven in Tokyo and one in Tennessee get tagged in different languages, yet map to the same spot. And once categories and brands live in that space, the geospatial toolkit (distance, clustering, buffering) applies to them too. You can start at McDonald’s and “buffer out” to Wendy’s and Burger King without ever touching a coordinate.
This is just one example of a larger shift: judgment that didn’t scale, like deciding whether two store types are “the same,” is now something AI can do at the scale of the entire dataset.
5. The payoff: analysis that used to be a dissertation, done in ten minutes.
When you combine trusted data with the right context, agentic AI starts to feel like a superpower. Insights that no single analyst could realistically piece together (and that used to take months) become something you can pull together over a coffee break. That’s the vision behind Dataplor’s agentic SaaS product. It was built to bias every answer back toward the map and put that capability in the hands of people who aren’t geospatial experts.
The bigger picture Ryan keeps coming back to: the industrial revolution ended the scarcity of labor, the digital revolution made information scalable, and AI is doing the same thing for intelligence. Nobody knows exactly where it lands, but the move right now is to stay humble enough to keep adapting, and curious enough to keep asking what you could do with it.
Dataplor’s Global Platform is launching this summer. Join the waitlist.
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