“Today, new technologies are advancing at dizzying speeds –impacting all areas of our lives, including how we shop and pay for goods and services. Spatial computing, for example, is a technology that is transforming eCommerce.”
Every day, millions of people all over the globe use Spatial Computing apps –whether it’s GPS, the speech recognition of a virtual home assistant, or the QR codes that we scan with our smartphone cameras. Despite this, many of us still have no idea what Spatial computing is or how it works.
When we talk about Spatial Computing, it is really the idea that the digital world and the physical world are fully interacting. They are aware of each other. There are things like persistence so if you believe something in the digital world, it will be there when you come back and there is this interactivity between the physical and the digital world. That’s how we try to define and differentiate it. We see it as a new computing platform using things like computer vision to make this merger of the physical and the digital possible.
What Is Spatial Computing
Spatial Computing refers to a wide range of technologies. In the age of Spatial Computing, humans are transitioning from how we interacted with static computers in the past, to how we may connect with today’s immersive, engaging technology.
The term Spatial Computing is an umbrella concept referring to an array of technologies rather than just a specific one. Spatial Computing refers to the process of leveraging digital technology to enable computers to interact seamlessly in a 3-D world –using Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR). Spatial Computing brings the real world and digital world together to make our reality and computer landscape intertwined. It explains how humans are increasingly stepping into the world of computers in order to engage with immersive technology, rather than interacting with it from a physical world.
The new internet, or Web 3.0, uses a suite of current technologies that make computers increasingly invisible by integrating their user interface into the physical environment. The Spatial Computing revolution works to seamlessly make computers part of the environment, taking advantage of our natural human spatial capabilities to increase productivity.
Spatial Computing Features
To integrate digital images into the real world, Spatial Computing employs a mix of the following features which provide a realistic experience.
Sound and Light
In spatial computing, real-world lighting is combined with digital light to function with our eye-brain pathways in the same manner that it does in real life. The closer that light displays interact with humans in an ergonomic and natural way, the more seamless the experience.
Photography
Photos allow the spatial computing experience to correctly represent the dimensions and depths of specific locations, allowing for a more accurate representation of an area, including in digital twins—virtual models designed to accurately reflect a physical object or setting.
Sensors and Movement Trackers
The instruments used to enable spatial computing can detect our eye movements, hand motions, body movements, and vocal instructions. In addition to cameras and microphones, haptic gear like gloves or bodysuits delivers physical sensations such as vibrations and air movements to make the experience more genuine from a sensory standpoint.
Future Of Spatial Computing
Spatial Computing is becoming increasingly popular as the world moves along. Accelerated by the COVID-19 pandemic, people have begun to spend less on physical things and more on things to do.
Spatial Computing is fast gaining popularity and gives you lots of opportunities. Rapid technological development unquestionably provides numerous benefits to organizations and society. As a result, it is essential to consider the use and purpose of any new technology so that its advantages can be fully realized.
Chances are that Spatial Computing will be the next stage of the digital transformation. It will impact nearly everyone, from shoppers in retailers, patients and MDs, and employees and CEOs. Robotics in particular—or machine-to-machine communication—will also be greatly improved in terms of functionality.
It’s safe to say that Spatial Computing has had a huge impact on the way consumers view the market and also how workers do their day-to-day job. Spatial Computing is sure to advance even more over the next few years and the interconnectivity between the physical and digital will be enhanced.
Final Thoughts
From the Digital Twin concept to the Metaverse and many other opportunities, the possibilities for Spatial Computing technology are nearly limitless, so it seems that interesting times are ahead of us.
🅐🅚🅖
Interested in Management, Design or Technology Consulting, contact anil.kg.26@gmail.com
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