From Catching Pokémon to Delivering Packages Niantic Spatial Powers Coco New Robots.

From Pokémon GO to Autonomous Deliveries: Niantic Spatial Partners with Coco Robotics to Revolutionize Robot Navigation

Niantic Spatial, the mapping and AI division of the augmented reality pioneer, has announced a strategic partnership with Coco Robotics, a leading provider of last-mile delivery robots. The collaboration aims to integrate Niantic’s proprietary Spatial AI and Visual Positioning System (VPS) into Coco’s fleet of delivery robots, enhancing their ability to navigate complex urban environments.

Precision Navigation via Spatial Intelligence

According to Coco Robotics, this integration is a game-changer for autonomous mobility. Unlike traditional GPS-based systems, Niantic’s Spatial AI and VPS utilize real-time visual data to create a high-fidelity understanding of the world in both 2D and 3D. This allows robots to recognize their exact surroundings with centimeter-level precision, ensuring safer and more reliable navigation through crowded sidewalks and intricate architectural layouts.

The Evolution of Niantic: From Gaming to Infrastructure

For those familiar with the Niantic name, this technology is the direct evolution of the infrastructure that powered global hits like Pokémon GO. In a major corporate shift, Niantic recently sold the Pokémon GO franchise to Scopely, alongside Pikmin Bloom and Monster Hunter Now.

While Niantic continues to operate its legacy titles Ingress Prime and Peridot the company’s primary focus has pivoted toward Niantic Spatial, its dedicated AI mapping business. Interestingly, the massive datasets collected by millions of players over the years have served as the foundational "training ground" for the very Spatial AI and VPS technologies now being deployed by Coco Robotics.

What sets Niantic's VPS apart from the competition is data. Over the past 10 years, AR game players worldwide have unknowingly "scanned" the real world through their smartphone cameras. This massive amount of data was used to create a high-resolution AR Map of the World, far exceeding typical satellite maps. This allows Coco's robots to "see" and "understand" daily changing obstacles more accurately than with LiDAR sensors alone.

A major problem for delivery robots is getting lost in narrow alleys or areas with poor GPS signal. Using a VPS significantly reduces this "robot stalling" rate, meaning lower delivery costs and increased speed for consumers.

The launch of their magnetic game, Pokémon GO, reflects Niantic's vision of a future beyond gaming. They aim to be a "real-world operating system." We'll see Niantic Spatial technology integrated into AR glasses, self-driving cars, and exploration drones, not just delivery robots.

The robots' centimeter-level accuracy in positioning significantly reduces sidewalk accidents, a key factor in gaining wider acceptance of delivery robots in public spaces by local municipalities.

 

Musk Terafab Revealed A $100B+ Gamble to Build a Galactic Chip Supply Chain. 

 

Source: Niantic Spatial 

💬 AI Content Assistant

Ask me anything about this article. No data is stored for your question.

From Pokémon GO to Autonomous Deliveries: Niantic Spatial Partners with Coco Robotics to Revolutionize Robot Navigation

Niantic Spatial, the mapping and AI division of the augmented reality pioneer, has announced a strategic partnership with Coco Robotics, a leading provider of last-mile delivery robots. The collaboration aims to integrate Niantic’s proprietary Spatial AI and Visual Positioning System (VPS) into Coco’s fleet of delivery robots, enhancing their ability to navigate complex urban environments.

Precision Navigation via Spatial Intelligence

According to Coco Robotics, this integration is a game-changer for autonomous mobility. Unlike traditional GPS-based systems, Niantic’s Spatial AI and VPS utilize real-time visual data to create a high-fidelity understanding of the world in both 2D and 3D. This allows robots to recognize their exact surroundings with centimeter-level precision, ensuring safer and more reliable navigation through crowded sidewalks and intricate architectural layouts.

The Evolution of Niantic: From Gaming to Infrastructure

For those familiar with the Niantic name, this technology is the direct evolution of the infrastructure that powered global hits like Pokémon GO. In a major corporate shift, Niantic recently sold the Pokémon GO franchise to Scopely, alongside Pikmin Bloom and Monster Hunter Now.

While Niantic continues to operate its legacy titles Ingress Prime and Peridot the company’s primary focus has pivoted toward Niantic Spatial, its dedicated AI mapping business. Interestingly, the massive datasets collected by millions of players over the years have served as the foundational "training ground" for the very Spatial AI and VPS technologies now being deployed by Coco Robotics.

What sets Niantic's VPS apart from the competition is data. Over the past 10 years, AR game players worldwide have unknowingly "scanned" the real world through their smartphone cameras. This massive amount of data was used to create a high-resolution AR Map of the World, far exceeding typical satellite maps. This allows Coco's robots to "see" and "understand" daily changing obstacles more accurately than with LiDAR sensors alone.

A major problem for delivery robots is getting lost in narrow alleys or areas with poor GPS signal. Using a VPS significantly reduces this "robot stalling" rate, meaning lower delivery costs and increased speed for consumers.

The launch of their magnetic game, Pokémon GO, reflects Niantic's vision of a future beyond gaming. They aim to be a "real-world operating system." We'll see Niantic Spatial technology integrated into AR glasses, self-driving cars, and exploration drones, not just delivery robots.

The robots' centimeter-level accuracy in positioning significantly reduces sidewalk accidents, a key factor in gaining wider acceptance of delivery robots in public spaces by local municipalities.

 

Musk Terafab Revealed A $100B+ Gamble to Build a Galactic Chip Supply Chain. 

 

Source: Niantic Spatial