09/03/2023
Moving towards a Future of Testing in the Metaverse !
Defining and understanding the metaverse concept begins with exploring envisioned characteristics such as its immersiveness, interconnectedness and ability to deliver an endless set of experiences to consumers.
Making the metaverse a reality comes along with a number of engineering risks and quality concerns ranging from data privacy and security, to personal safety and virtual harassment.
Applying test-driven design principles to the development of the metaverse will allow teams to identify risks early and ensure that the metaverse is testable.
Achieving acceptable levels of test coverage in the metaverse may only be possible with advanced test automation capabilities powered by AI and machine learning.
Testers bring invaluable skills such as user empathy, creativity, curiosity, collaboration and communication to metaverse development and will likely play a key role in enabling its success.
Although the idea of the metaverse began as fiction, it is likely that it will soon become a reality.
The metaverse will bring together a variety of modern computing technologies to realize a grand vision of an Internet experience with deeper social connections and experiences. However, the specification, design, development, validation, and overall delivery of the metaverse presents grand engineering challenges. In this article I’ll describe the metaverse concept, discuss its key engineering challenges and quality concerns, and then walk through recent technological advances in AI and software testing that are helping to mitigate these challenges. To wrap up, I share some of my thoughts on the role of software testers as we move towards a future of testing in the metaverse.
The Metaverse :
With all the hype and chatter around the metaverse, it’s becoming increasingly difficult to describe exactly what the metaverse is and what it looks like. To be clear, the metaverse doesn’t actually exist yet and so a good way to describe it is as a hypothetical iteration of the Internet as a single, universal, simulated world, facilitated by a variety of modern computing technologies. In three words, the metaverse will be immersive, interconnected, and endless. Let’s explore these three characteristics a bit more.
Immersion :
The metaverse will draw people into a plethora of experiences using virtual and real environments, or some combination of the two. It is projected that new and different levels of immersion will be achieved through the use of virtual, augmented, and merged or mixed reality technologies, collectively referred to as extended reality (XR). User experience designer Tijane Tall describes the key differentiators among the immersiveness of these experiences as follows:
Virtual Reality (VR): the perception of being physically present in a non-physical world. VR uses a completely digital environment, which is fully immersive by enclosing the user in a synthetic experience with little to no sense of the real world.
Augmented Reality (AR): having digital information overlaid on top of the physical world. Unlike VR, AR keeps the real world central to the user experience and enhances it with virtual information.
Merged or Mixed Reality (MR): intertwining virtual and real environments. MR might sound similar to AR, but it goes beyond the simple overlay of information and instead enables interactions between physical and virtual objects.
