Spatial Planning and Remote Collaboration

Automate workflows and enable teams to collaborate seamlessly across physical and digital environments.

Latest Research

“CoCreatAR” – how developers can collaborate remotely to enhance outdoor AR content creation

Developers need to understand the real world, but they often work remotely. That’s why Niantic Labs has built CoCreatAR – a new system designed to bridge the gap between remote developers and the real world – and will be presenting a paper at the 2025 Conference on Human Factors in Computing Systems (CHI).

Real-world applications

Enhance decision-making, collaboration, and operational efficiency with immersive and data-driven solutions.

Site surveys

Risk assessments

Virtual tours

Remote assistance and collaboration

Enhance employee training

Accelerate learning with immersive AR technology

Transform traditional training through virtual environments:

  • Practice complex procedures with simulations and AR training

  • Learn assembly processes with 3D model guidance

  • Get real-time AR feedback during hands-on training

  • Access expert guidance through AR overlays

  • Train remotely with shared 3D workspaces

Improve collaboration

Connect teams across locations with shared virtual spaces

Enable seamless teamwork through immersive AR technology:

  • Review 3D models in shared virtual environments

  • Annotate designs with AR markups in real-time

  • Guide remote team members with AR overlays

  • Collaborate on virtual prototypes

Design, optimize, and manage complex projects

Integrate private and public mapping data for seamless project delivery

Boost project performance with comprehensive data integration and visualization:

  • Combine private facility maps with public GIS data in shared virtual spaces

  • Design and review projects through AR/VR environments

  • Track progress and assets with real-time AR overlays

  • Coordinate teams with integrated mapping platforms

  • Access historical and live data through immersive interfaces

Bridge digital and physical worlds with precise localization and on-device processing