Table of Contents:

Spatial computing infrastructure encompasses the hardware, software, and network systems that enable interaction and navigation within three-dimensional spaces. Here are the major components:

• Hardware:
  • Edge Devices: Sensors, cameras, AR/VR headsets, and other IoT devices.
  • Processors: CPUs, GPUs, and specialized processing units for real-time data handling.
• Software:
  • Development Tools: SDKs, 3D engines, and libraries for application development.
  • AI/ML Technologies: Algorithms and frameworks for intelligent data analysis and decision-making.
• Data Management:
  • Spatial Data Management: Systems for managing spatial information, including acquisition, storage, and retrieval.
  • Synthetic Data: Generation and integration of artificial data to enhance model training and simulation.
  • Data Pipelines: Architecture for data ingestion, processing, and analytics, ensuring data flow between devices and systems.
• Connectivity & Network:
  • Infrastructure to support seamless data transmission and accessibility across devices.
• Security & Privacy:
  • Technologies and protocols to protect data integrity and user privacy in spatial environments.
• Cloud Computing:
  • Services and platforms for scalable processing, storage, and access, central to managing extensive data loads and complex computations.

Hardware

Startup Example: Magic Leap

Summary: Magic Leap specializes in Mixed Reality (MR) technology through its Magic Leap 2 headset, which merges the physical and digital worlds, enhancing user interaction with both. This MR headset incorporates advanced spatial computing, precise eye-tracking, and high-resolution sensors to support a range of applications in sectors like healthcare, manufacturing, and architecture. Its immersive capabilities enable professionals to interact with data and digital objects in real-time, improving workflow efficiency and engagement.

Head Office: Plantation, FL

Funding: founded in 2010, raised $3.98B

Startup Example: Light Field Lab

Summary: Light Field Lab is revolutionizing visual experiences with its SolidLight technology, which creates high-resolution, holographic displays that bring digital content into the real world as three-dimensional objects. Their system includes modular video wall panels, advanced computational hardware, and WaveTracer™ software for real-time rendering, targeting use cases in advertising, entertainment, and virtual collaboration. This technology allows for transformative, lifelike digital interactions without the need for traditional screens or VR headsets.

Head Office: San Jose, CA