Remember when holograms and virtual reality were just fantasies? Today, spatial computing is turning those dreams into everyday tools. Discover how this technology is reshaping industries and enhancing human capabilities in ways we once thought impossible and find out new ways it can help you modify your business.
Manufacturing and Inventory
Spatial computing can help immensely in terms of monitoring the production line. This might assist in identifying the various stages that go into creating a product. Data regarding the actual locations of products as well as the movements of the humans and robots that pack them can be combined in warehouses. This can assist in directing workers and robots toward the merchandise. To increase overall productivity and lessen employee fatigue, spatial computing can also be used to simulate alternative warehouse layouts.
Property Management
To optimize spatial utilization, property management companies might utilize spatial computing to create a model of a workplace overlayed with several layouts. This can help in visualizing the space in a three-dimensional setting, allowing for more creative uses of space.
Facilities Management
To cater to worker preferences, facilities management can program automated lighting and environmental controls, including heating and cooling. Organizations can view a product or model at every step of development by using 3D renderings of physical objects. An organization can test a project’s format, ergonomics, and anticipated use in a 3D area for product design purposes.
Healthcare
Spatial computing allows hospitals to implement location-based tracking systems for patients. Each patient can be assigned a tag or wearable device that communicates their location within the hospital in real-time. This data integration enables healthcare teams to automate key patient details such as vital signs, medical history, and current medications. For example, when a patient enters the emergency room, their medical records and pertinent information can instantly be accessible to attending doctors, streamlining initial assessments and treatment planning.
Human Resources
Spatial computing enables the creation of immersive training simulations and scenarios. New employees can be introduced to their work environments virtually. For example, in a retail setting, new hires can practice customer interactions or stocking procedures in a virtual store environment. This hands-on approach allows employees to familiarize themselves with tasks and procedures before encountering them in real-life settings, thereby reducing the learning curve and boosting confidence.
While the cost of the hardware for spatial computing typically tends to be on the higher side, it will reduce with better funding and accessibility measures. As with all technology, it will become publicly accessible. So why not stay ahead of the curve?
