The video game industry has come a long way since the days of 8-bit graphics. Today, the video game market is more lucrative than ever. According to industry experts, the video game industry was worth over $90 billion in 2020 and is expected to grow by more than 9 percent over the next five years.
Of course, all this growth and expansion would not have been possible without astounding technological advancements.
The video game industry is continually updating its software and hardware to provide gamers with amazing experiences in other worlds.
Learn about five of the most amazing emerging video game technologies you can anticipate.
Contents Of This Article
Gesture control in video games isn’t remotely new. The mechanic was first popularized by the Wii remote system and soon expanded to other products such as dance simulation games.
However, new sensor arrays and sophisticated programming can now expand the possibilities offered by gesture control. These sensors can accurately detect the smallest movements and interpret them to allow a wider arrange of commands than even a keyboard can offer. Such advancements can lead to more intuitive and physical gaming experiences. Users can interact with the world more physically, maybe even experience the physicality of combat by emulating movements. This will no doubt allow more immersive gaming experiences in the future.
The science of imposing new layers on top of reality has been developed over the past few years, mostly through lenses and similar audiovisual devices. Through immersive goggles and the like, people can experience the depths of augmented reality art, usually through phone cameras superimposing the images on the immediate surroundings. However, more sophisticated versions of augmented reality can make truly wondrous immersive experiences for gamers.
For example, “Pokemon Go” used augmented reality to copy the joy of seeking out and capturing Pokemon to the delight of enthusiasts. Newer systems can truly raise the stakes with better graphics and mechanics. Its versatility also ensures that games making use of augmented reality systems cover multiple genres, from horror video games to lighter, more adventurous fare.
Just over a decade ago, the world was floored by how amazing the graphics of “Elder Scrolls V: Skyrim.”Although players today are still invested in the game and interested in finding where to get straw in Skyrim for their digital homes, newer products boast better graphics.
One of the reasons games today look better than their counterparts 10 years ago is the advances in displays. New computer monitors can now display the smallest of details, allowing game developers to create astounding visual feasts. Each movement of a video game character can be displayed in the crispest of lighting and showcase the tiniest of details. Everything combined creates breathtaking gamer experiences that can make all the difference between a blockbuster and a flop.
Wearable Game Devices
The future of gaming is diverging, with one branch heading for more complicated and larger gaming centers and the other focusing on portable gaming experiences. The rise of smartphone gaming has showcased that technology has progressed enough that complicated and entertaining games can be processed in devices small enough to fit in your pocket.
However, developers are willing to take things some steps further and create wearable gaming devices. Such products will likely rely on augmented reality systems or virtual reality displays instead of screens. Wearable gaming can change the way people view video games and allow people more variety in products instead of settling for console and computer titles.
Despite the rise of multiplayer games, plenty of gamers still want to experience solo play. But with more and more gamers craving complex plots and serious adversaries comes the need to provide them with challenging opponents. Without human interaction, these opponents must be computer-controlled.
One of the greatest advancements in the field of gaming is the development of adaptive artificial intelligence. These software products are capable of making decisions that can challenge even the toughest of gamers. One stellar example of how complex and terrifying these programs can be as opponents are the adaptive AI that ran the 2015 video game “Alien: Isolation.”The program was able to learn the patterns of users and change its tactics accordingly.
Video game technologies are some of the most advanced in the world, showcasing display capabilities and processing power unparalleled by technologies in many fields. With more advanced games in development, you can expect to see even more amazing technologies and software appear in the future. So if you don’t play video games, now is the best time to start.