Pandemic hastened adoption of augmented, virtual reality

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Pandemic hastened adoption of augmented, virtual reality

  • India has been witnessing large-scale deployments of augmented reality (AR) and virtual reality (VR) across business verticals in the recent past, especially after the pandemic’s onset.
  • While AR and VR technology has been around since the early 1990s, its use was hitherto limited to the defence and heavy-spending sectors due to the high cost of the software and hardware tools associated with it.

Augmented Reality (AR)

  • Augmented Reality (AR) is a technology that enhances a user's perception of the actual world by superimposing a picture with sound, touch, and even smell on top of it.
  • It is a hybrid of the user's actual scene and a computer-generated virtual one.
  • AR is a technology that allows you to blur the barriers between reality and fiction.
  • Beyond games and headgear, augmented reality has made its way into a variety of industries. In general, augmented reality is rapidly being used in a variety of applications such as assembly, maintenance, repair, education, training, retail display, and diagnostics.
  • AR makes employees more productive by giving them with an additional layer of information and observations.
  • Pharmaceuticals, oil and gas, military, aerospace, automotive, and manufacturing are among the industries that are growing their workforce.

Virtual Reality

  • Virtual reality allows you to escape the physical world by filtering out everything in your life and creating a simulation of a new future.
  • By wearing the VR goggles, the user gets a firsthand experience of the virtual world.
  • Virtual reality may be experienced using the Oculus Rift, Google Cardboard, or Samsung Gear VR.
  • Putting on your VR headset will instantly take you to the dinosaur era or allow you to climb to the tops of mountains.
  • To assist people perceive stimulated reality, a coding language called as Virtual Reality Modelling Language (VRML) is utilised to programme pictures and graphics.
  • VR technology stimulates users' visual and aural senses, allowing them to fully immerse themselves in their new thrilling environment.

Risk factors associated with AR and VR

  • Our privacy is the fundamental worry when it comes to the usage of AR and VR technology.
  • Both AR and VR require software to function, which might result in data being exposed without our permission.
  • This programme can be hacked or modified with to steal our personal information without our knowledge.
  • In addition, the scarcity of expertise in this subject raises the danger of mishaps.
  • The key cause for the underdevelopment of AR and VR technologies is a lack of expertise or skilled people in this industry.
  • In addition, a dearth of study in this field has resulted in many unforeseen risks associated with AR and VR applications in our daily lives.

How are both AR and VR different?

  • Augmented reality enhances experiences by combining interactive components such as digital pictures, sights, or feelings as a new degree of engagement with the actual environment. Virtual reality, on the other hand, develops its own world that is fully manufactured and driven by computers.
  • Virtual Reality is often delivered to the user via a head-mounted or hand-held controller. This technology connects individuals to virtual reality and allows them to track and navigate their behaviour in a realistic environment. In mobile devices such as computers, smartphones, and tablets, augmented reality is constantly employed to modify how the physical world and digital pictures, visuals, and communication merge and communicate.