Generative AI in Video Games
The hype around generative AI in video games continues to grow, and for good reason. The technology has the potential to create much more dynamic and freeform gameplay experiences. It can also create NPCs that feel more human than their coded counterparts, leading to greater immersion. Gamers often even enjoy trolling AI NPCs to see how well they can outwit them.Resource :
Generative AI games allow developers to observe player behavior across tens or hundreds of hours and then construct narrative branches, challenges, rewards, and companions that feel specifically crafted for the player’s personality and playstyle. The experience can be tailored to match a player’s emotional state and preference for puzzles or combat, for example.
Simulating Emotionally Reactive Societies in Games
A recent survey of over 3,000 game developers found that they are increasingly using generative AI to power their games. Whether it’s the omniscient character in Tacoma that learns about your progress through a conversational AI system or the dynamically-adapting opponents in FIFA that adjust their skill level based on your performance, generative AI is becoming more prevalent than ever.
Despite this increasing popularity, generative AI remains a tricky subject for many developers to grasp. The short development cycles of most modern video games make it difficult to thoroughly test nondeterministic AI systems before they are released to the public. This uncertainty, combined with the industry’s tendency toward a one-size-fits-all approach to graphics, may have limited generative AI in video games until recently.
The hype around generative AI in video games continues to grow, and for good reason. The technology has the potential to create much more dynamic and freeform gameplay experiences. It can also create NPCs that feel more human than their coded counterparts, leading to greater immersion. Gamers often even enjoy trolling AI NPCs to see…