'Really Bad Chess' is a new chess app available for iOS. What separates it from hundreds of other chess apps out there is that it completely restructures chess as players know it -- instead of offering a normal game of chess, or even one of the standard variants like Suicide or Upside-down, Really Bad Chess completely randomizes which pieces each side has for each game.
As one might expect, this process of randomization makes it incredibly difficult for someone who is used to strategizing with a traditional chess board. This is intentional, though, as such a system eliminates the advantage that more experienced players have over neophytes.
The app allows humans to play one another, as well as offering an AI opponent so people can practice and do their best to improve at the random game.
Randomized Chess Apps
'Really Bad Chess' Gives Users Completely Random Chess Pieces to Play With
Trend Themes
1. Randomized Chess - The trend of creating randomized versions of traditional games like chess presents an opportunity for developers to create fresh and challenging experiences for players.
2. Disruptive Gaming Apps - Creating apps like 'Really Bad Chess' that completely restructure traditional games presents an opportunity for developers to disrupt the gaming industry by creating new and innovative experiences.
3. Accessible Gaming - Through randomizing the pieces in traditional games like chess, developers can make the game accessible and fun for more casual players who may not be as skilled at the traditional version of the game.
Industry Implications
1. Gaming - The gaming industry can incorporate the trend of randomized chess into their portfolio to create new games that engage and challenge players in new ways.
2. Mobile Apps - Developers creating randomized chess apps can leverage the growing mobile app industry to make these games more accessible and increase user engagement.
3. Artificial Intelligence - The use of AI opponents in randomized chess apps creates an opportunity for companies in the field of AI to improve and refine their algorithms for gaming purposes.