Spatial computing has a bigger challenge than improving virtual reality hardware: changing human behavior. Oluwaseyi Sosanya, CEO of Gravity Sketch, argues that unlike previous computing transitions, spatial computing asks people to adopt an unfamiliar way of interacting with digital information rather than simply modifying established habits.
Develop 3D tells that VR also faces a perception problem because it remains closely associated with head-mounted displays and consumer entertainment. Sosanya argues that the headset should be viewed as a delivery mechanism rather than the technology itself. Spatial computing is fundamentally about experiencing and manipulating digital information in three dimensions using interactions that resemble how people perceive the physical world.
For designers and engineers, this shift could provide more natural ways to communicate shape, volume, scale, and spatial relationships. Current headsets are unlikely to represent the technology’s final form, but consumer demand has accelerated hardware development and lowered costs, helping make spatial computing accessible to businesses.
Enterprise adoption is already demonstrating measurable benefits. Ford reportedly reduced some interior design processes from months to about 20 hours, potentially saving $33.5 million per vehicle in development costs. Lockheed Martin achieved a 10-fold return on its investment in virtual product development and avoided $10 million in potential costs within one year. Rocket manufacturers are similarly using VR to evaluate designs and identify problems before production.
Aerospace, robotics, and medical organizations are also applying immersive environments to product evaluation, collaboration, and data analysis. These examples suggest that spatial computing’s progress should be judged by improvements in workflows rather than consumer headset sales.
Adoption will nevertheless take time. Organizations must adapt established processes and convince users to work differently. Sosanya argues that spatial computing will mature gradually as companies discover applications where three-dimensional interaction provides advantages that conventional screens cannot. Its future, therefore, depends less on selling more headsets and more on creating useful workflows that improve design, engineering, and decision-making.
