×
Niantic’s ‘Large Geospatial Model’ has big implications for AR and wearables
Written by
Published on
Join our daily newsletter for breaking news, product launches and deals, research breakdowns, and other industry-leading AI coverage
Join Now

The development of Large Geospatial Models marks a significant advancement in how machines could interact with and understand physical spaces, with implications for augmented reality and urban planning.

The breakthrough technology: Niantic, known for Pokemon Go, has unveiled its Large Geospatial Model (LGM), a sophisticated system that enables machines to perceive and navigate physical environments with unprecedented precision.

  • The LGM leverages advanced 3D computer vision capabilities to help machines orient themselves in mapped spaces similarly to human spatial awareness
  • Over 10 million 3D scans from locations worldwide form the foundation of the model, with approximately 1 million new scans being added weekly
  • The system incorporates more than 50 million trained neural networks, utilizing trillions of parameters to process and understand spatial data

Technical capabilities: The LGM demonstrates remarkable abilities in spatial understanding and reconstruction, pushing the boundaries of current geospatial technology.

  • The model can generate complete 3D representations of buildings from partial scans, effectively filling in missing information through AI-powered extrapolation
  • Centimeter-level accuracy in global mapping is achievable through the system’s sophisticated processing capabilities
  • The technology enables machines to comprehend and interact with physical environments in real-time, a crucial advancement for augmented reality applications

Real-world applications: Niantic’s geospatial model opens up numerous possibilities across various sectors and use cases.

  • Architects and urban planners could utilize the technology for detailed site analysis and visualization
  • Historical preservation efforts could benefit from the ability to create detailed digital records of locations
  • Future augmented reality experiences could become more immersive and contextually aware through improved environmental understanding
  • Smart glasses and other AR devices could leverage the technology for enhanced spatial awareness and user interaction

Looking ahead and market impact: The development of Large Geospatial Models represents a significant step toward more sophisticated augmented reality experiences, though questions remain about data privacy and real-world implementation challenges in diverse environments.

Pokemon Go creator may have cracked the future of smart glasses — and it's all about AI

Recent News

AI agents reshape digital workplaces as Moveworks invests heavily

AI agents evolve from chatbots to task-completing digital coworkers as Moveworks launches comprehensive platform for enterprise-ready agent creation, integration, and deployment.

McGovern Institute at MIT celebrates a quarter century of brain science research

MIT's McGovern Institute marks 25 years of translating brain research into practical applications, from CRISPR gene therapy to neural-controlled prosthetics.

Agentic AI transforms hiring practices in recruitment industry

AI recruitment tools accelerate candidate matching and reduce bias, but require human oversight to ensure effective hiring decisions.