Online gaming is going to see huge improvements over the next 12 months because of AI
The online gaming industry is growing impressively and is projected to generate global revenue of $2.2 trillion by next year. It is an industry that thrives on new technologies, and artificial intelligence (AI) and machine learning (ML) are revolutionizing the online gaming industry in many ways. With this new generation of cloud gaming, the new trends aim to remove the need to have expensive consoles or computers to be able to play a high-quality game. Cloud gaming, online gambling and mobile gaming are setting the new bases for the future of entertainment.
There are other large companies, like Microsoft and Nvidia, that are about to launch something similar to the cloud gaming concept introduced by Google Stadia. It allows users to have video game streaming services that will use Google’s server power to run the game’s needs, instead of using the gaming console or computer power. This innovation brings more accessibility to playing video games, not only from place to place, but it also makes it more affordable to people. Cloud gaming is just at its initial phase and still has a long way to go, but it sure will change how people play video games in the next decade streaming games in HDR at 60 frames per second with 4k resolution.
Apart from that, there is online gambling, which is also growing exponentially – moreover during these times of the coronavirus pandemic. This service offers safety, availability, and ease of access, which makes it even more attractive. Many online gaming sites are starting to integrate AI-powered software for different functions, mainly to process large amounts of data to be analyzed. Machine learning has allowed computers to recognize different patterns of cheating and fraud, as well as any unusual behavior that might be suspicious. The next steps in the industry are coming to boost earnings with a better understanding of the customer’s needs and, hopefully in the next decade, online casino experiences that are better than real-life ones.
