March 11, 2026
CSI: Orbit, now with pickleball
Show HN: Satellite imagery object detection using text prompts
Type 'cars' and it finds them—crowd wowed, mobile mad, and pickleball perplexed
TLDR: A demo lets you type simple words to spot things in satellite images. Commenters loved the magic but slammed the mobile UI, shared wins (museum planes) and fails (pickleball courts), and debated ship tracking—showing usability and ethics matter as eye-in-the-sky tools go mainstream.
A flashy demo promises spy-from-the-sky object spotting—type simple words like “vehicles” or “bridges” and watch boxes pop up. The crowd ran toward it with popcorn. One early cheer: “This is cool,” as folks dove into the demo. But the first plot twist? Mobile users are fuming. JimmyJamesJames says it’s “almost impossible” on a phone, and the thread turned into a pinch‑zoom Olympics.
Then came the field tests. Fusslo did a double-take: nothing at first, then after zooming, the demo sprang to life. Their big moment: an aviation museum scan where the tool nailed weird planes and cars but missed one lonely helicopter—cue “Where’s the chopper?” jokes. Meanwhile, whall6 tried to hunt pickleball courts (the new suburban obsession) and the AI confidently circled… a farm driveway. The community declared, “AI hates pickleball,” and the memes wrote themselves.
Beyond the laughs, ge96 tossed a spicy question: could you “tag a ship from space and watch it travel?” That raised eyebrows about tracking and privacy, even as the devs touted speed, precision, and a full-fat platform with global maps and exports via the Dashboard. Verdict: half wow, half whoa, with phones catching strays and keyword dreams colliding with real-world messiness. CSI: Orbit meets Where’s Waldo, with bonus pickleball chaos.
Key Points
- •An interactive demo lets users test geospatial computer vision without creating an account.
- •Users can pan/zoom a high-resolution map and run real-time object detection via text prompts (e.g., vehicles, storage tanks, bridges).
- •The system uses vision-language models and a cloud-based inference engine for speed and precision.
- •The demo area is limited but demonstrates use cases like satellite logistics analysis and urban monitoring.
- •Upgrading to the full platform enables global mapping, multi-layer GeoJSON exports, and project management features.