Enterprise Use Cases of Spatial Computing – The Futuristic Vision

Latest techs have created enormous opportunities in various fields and Spatial Computing is one of them which every business is looking for ways to leverage. It may be a new concept, but we are already using it.

The term “Spatial Computing” was first coined by Simon Greenwold in 2003, but in recent years, the technology has gained a lot of traction among various industries. According to the reports, the market value of spatial computing is projected to grow from $ 102.1 billion in 2021 to $544.6 billion in 2032.

Defining Spatial Computing

Blending of the physical and digital worlds using augmented reality (AR), virtual reality (VR), mixed reality (MR), and other similar technologies is referred to as spatial computing which facilitates the ability to perceive and engage virtual objects inside a physical space.

Spatial computing relies on a variety of sensors, cameras, and tracking devices. The data gathered from these devices are then used to produce immersive virtual worlds, by overlaying digital content onto the physical world.

It has a wide range of benefits in the fields like gaming, education, training, design, architecture, healthcare, entertainment etc.  It has the potential to create new possibilities for problem-solving, collaboration, and visualization.

Use cases of Spatial computing in Enterprises

Bringing new technologies on-premises requires lots of research and experimentation. The businesses which have leveraged spatial computing have various use cases. Here are some of the most exciting ones.

3D visualization

It is one of the first innovations in spatial computing where businesses can view their models in every stage of product development by 3D visualization. The majority of the top CAD software providers have added VR viewer modes to their most prominent products to get robust real-time rendering capabilities and easy portability.

In the automotive sector, Autodesk enables photorealistic visualization of a 3D model in VR. These tools are used by most transportation designs for 3D visualization during design reviews.

Remote Collaboration

Remote teams can work together as if they were in the same physical space with spatial computing. Team members can participate in virtual meetings, share, and manipulate 3D models, and interact with virtual objects using augmented reality or virtual reality. This improves collaboration, communication, and problem-solving skills, especially for teams that are geographically dispersed.

Ford designers remotely work with design teams to advance the development of more inclusive automobiles. This real-time collaboration feature helps designers and engineers from different regions across the world to solve 3D design problems, that they still don’t have tools in the real world to solve.

Training and simulation

Spatial computing gives realistic and immersive training experiences. Employees in sectors like manufacturing, aerospace, or healthcare, for instance, can simulate and practice difficult tasks in virtuly. By doing this, companies can increase training efficiency while lowering expenses and risk from real-world training scenarios.

Spatial computing companies are conducting mechanics and engineers at the US Air Force and New Zealand army. Their objective was to contrast traditional on-the-job skills training with mixed reality training in terms of effectiveness. By conducting this, it is concluded that mixed reality training can reduce the error occurrence by 38%.

Live events experiences

Traveling to industrial events may slowly decline because more people nowadays decide to attend the conference through VR. Attending live events like concerts, movie screenings and conferences in VR is still in the early stages of development. With the growth of immersive technology, inevitably, the number of guests with impairments and those who are unable to travel would rise for live concerts.

Spatial computing – The Enterprise Futuristic vision

It’s also important to keep in mind that current spatial computing technology still requires the integration of other technologies and data. It also requires a lot of research and experimentation to make it immersive, as the adoption of 5G, spatial computing will witness enormous growth.

Sapizon Technologies is a mixed reality app development company that brings innovative spatial computing solutions for industries like manufacturing, healthcare, aviation and education.