Reusable Virtual Container Mechanics for Game Engagement
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Solution Overview
Problem
Conventional virtual container mechanics in video games often discourage new users from engaging due to the pressure of competing with veteran players who have acquired high-value items, leading to a disincentive for long-term participation and loyalty, as the low probability of receiving valuable items through purchases can result in disappointing outcomes and perceived wastage of in-game or real-world currency.
Innovation Solution
A system and method that presents a first virtual container with items following a specific probability distribution, allowing users to retain and reopen or refill it after a game event, such as the end of a season, with a second set of items, ensuring repeated engagement opportunities and reducing the gambling-like aspect of purchases by providing ongoing value to the user's investment.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of energy
If conventional virtual container mechanics award high-value virtual items with very low probability, then game developers achieve profitability, but new users are discouraged from continuous engagement due to pressure to pay-to-play
Solution Approach 1:
The patent applies dynamics by making virtual containers reusable and refillable rather than disposable. Users can retain containers after opening and refill them after game events, creating a dynamic system where containers have ongoing value. This resolves the contradiction by allowing users to invest time/energy once and benefit repeatedly, eliminating the need for continuous payment while maintaining engagement.
Solution Approach 2:
The patent changes the parameter of container usability from single-use to multi-use. By allowing containers to be refilled with different virtual items after game events, the system transforms the container's lifecycle. This parameter change enables users to recover their investment and reduces the pressure to continuously purchase new containers, thereby maintaining engagement without requiring repeated payments.
2Device complexity
If virtual containers are designed as single-use items, then game developers maintain simple mechanics, but users perceive wastage of currency when receiving low-value items
Solution Approach 1:
The patent implements discarding and recovering by allowing users to retain virtual containers after opening them instead of discarding them. The container itself is recovered and can be refilled with new virtual items after game events. This eliminates the perception of wastage because users get to keep and reuse their containers, reducing the harmful psychological effect of throwing away currency on low-value items.
3Stability of the object's composition
If high-value virtual items are awarded with low probability, then veteran users acquire competitive advantages, but new users find it nearly impossible to compete
Solution Approach 1:
The patent applies periodic action by triggering container refills after specific game events rather than allowing continuous accumulation. This periodic reset mechanism prevents veteran users from maintaining permanent overwhelming advantages while giving new users periodic opportunities to obtain high-value items. The competitive balance is maintained through time-based and event-based cycles that benefit all users equally.
Data Source
AI summary
A system and method for maintaining and increasing the engagement of video game users is disclosed by providing a virtual container mechanism that modifies the game progress of all users after the occurrence of a game event. The system may provide repeated opportunities, with virtual items awarded through virtual containers, to achieve success for the lifetime of the video game. The system may further mitigate the fear of new users encountering veteran users in a game, while creating repeated engagement opportunities for veteran players.