Pokémon Go Players' Data Now Steering Delivery Robots In Cities

From Catching Pokémon to Guiding Robots

Remember those days of chasing Pikachu around your local park? It turns out your Pokémon Go adventures weren't just for entertainment – they were paving the way for future tech. Niantic Spatial has teamed up with Coco Robotics to utilize the mapping data collected by millions of Pokémon Go players to enhance navigation for delivery robots.

Initially, the optional scans submitted by players helped Niantic develop its Visual Positioning System (VPS), which now steers Coco's autonomous delivery bots through places where GPS falls short. As robotics companies aim for precision in urban navigation, vision-based systems like this are becoming crucial.

A New Era for Urban Navigation

Launched in 2016, Pokémon Go sent players out into the world to capture virtual creatures and interact with landmarks using their phones. What many didn't realize was that their gameplay was also providing valuable data for Niantic's mapping technology. Fast forward to February, when Niantic Spatial announced its partnership with Santa Monica's Coco Robotics, marking a new chapter in urban delivery tech.

“143 million people thought they were catching Pokémon,” said one user on X. “They were actually building one of the largest real-world visual datasets in AI history.”

This groundbreaking VPS now uses physical landmarks to determine robots' locations, offering a reliable alternative to GPS in cities with complex landscapes.

Voluntary Contributions and a Growing Industry

Concerns have been raised about the use of player-generated data, but Niantic clarifies that all scans were voluntary and anonymized, solely aimed at improving the VPS. Players who chose to participate did so knowing they were helping refine a tech tool that's now crucial for autonomous deliveries.

Founded in 2020, Coco Robotics employs these vision-assisted bots for food and retail deliveries in various cities like Los Angeles, Chicago, Miami, and Helsinki. As urban environments become more challenging for traditional GPS, the synergy between gaming data and robotics offers a glimpse into how such collaboration can drive innovation.