Spatial Computing

Spatial computing merges digital information with the physical world, enabling seamless interaction between humans and machines in real-world environments.

It uses technologies like augmented reality (AR), virtual reality (VR), and mixed reality (MR), alongside sensors, AI, and advanced input methods such as gestures and voice commands.

Key Features:

• Immersive Interaction: Engaging with 3D digital elements in real-world spaces.
• Environmental Awareness: Mapping and recognising physical surroundings in three dimensions.
• Natural Interfaces: Using intuitive controls like gestures and voice.

Applications:

• Workplace Collaboration: Teams interact with 3D models in virtual spaces.
• Healthcare: Surgeons use augmented overlays for precision.
• Retail: Visualise products in real spaces before purchase.
• Education and Training: Safe, simulated learning environments.
• Gaming and Entertainment: Immersive, interactive experiences.

Spatial computing redefines human-digital interaction, creating intuitive and integrated digital experiences.