Steam is looking to enhance the Discovery Queue experience for users with the introduction of a new rewards system, as indicated by a recent patent. The Discovery Queue has long been a favorite feature for gamers seeking hidden gems on Steam, and this upcoming feature aims to further engage users by offering them incentives.

Originally introduced a decade ago, the Discovery Queue has proven to be a valuable tool for developers, particularly those working on smaller projects. This feature recommends games personalized for each user, taking into account their preferred genres, wishlists, and other factors determined by Steam's algorithm. Developers have utilized various strategies to leverage the Discovery Queue as a means to promote their games at no cost. While users have primarily used it to discover lesser-known titles on Steam, this could soon change.

A recent patent filed by Steam hints at a future where users could earn rewards for utilizing the Discovery Queue. The system will consider Incentive, Content, and Bonus item determination components to offer tailored suggestions and associated rewards to users.

Benefits of Steam's Enhanced Discovery Queue

It's worth noting that these rewards may not only be game-related, as the patent suggests that rewards could also be tied to exploring specific content categories. For example, users might receive bonus items for delving into various genres like action, survival, or strategy. Additionally, these rewards will be personalized based on individual preferences.

While Valve has previously rewarded users for completing their Discovery Queue during the Steam Awards, this new feature appears to be more intricate, focusing on individual items rather than the queue as a whole.

This upcoming feature has the potential to benefit both players and developers. Users will be enticed by the rewards, leading to increased engagement with the feature, while developers stand to gain more visibility on Steam. However, as with many patents, there is no guarantee that this feature will come to fruition, so its implementation remains uncertain.