Physical Gaming Token with Embedded Memory for Avatar Data Security
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Solution Overview
Problem
Current electronic gaming systems lack a mechanism to securely store and reflect a user's personalized gaming avatar progress within physical devices, leading to a lack of responsibility and ownership, as well as the ability to verify legitimate progress, as data is not inherently tied to physical elements and can be easily replicated or cheated.
Innovation Solution
A method where data related to an avatar is stored in non-volatile memory within a physical element, securely overwritten during gameplay to reflect the avatar's actions and performance, ensuring that loss of the physical element results in loss of data, thereby creating a tangible connection to the user's progress.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If avatar progress data is stored in digital memory without physical element linkage, then data accessibility and retrieval are improved, but data security and anti-cheating measures deteriorate because data can be easily replicated or cheated
Solution Approach 1:
A physical element (such as a token or card with embedded memory) is introduced as an intermediary between the user and the digital gaming system. The physical element stores unique identifiers or cryptographic keys that link the user's avatar progress to the gaming system. This intermediary mechanism ensures that only the legitimate user possessing the physical element can access or modify their avatar data, preventing cheating while maintaining ease of access through simple physical possession and scanning.
2Reliability
If physical elements are introduced to store avatar data, then ownership verification and anti-cheating measures are improved, but device complexity increases
Solution Approach 1:
The complex data storage and verification functions are extracted from the main gaming system and placed into the physical element. The physical element contains embedded memory or cryptographic components that independently store and protect the user's unique identifier or progress data. This extraction reduces the complexity burden on the main gaming system, as it only needs to perform simple verification operations by reading data from the physical element rather than implementing complex security protocols.
3Adaptability or versatility
If data is permanently tied to physical elements, then user responsibility and ownership sense are improved, but data recovery options worsen when physical elements are lost
Solution Approach 1:
The system performs preliminary actions by providing users with backup mechanisms before data loss occurs. This includes generating and distributing backup codes, providing cloud-based backup options, or creating transfer mechanisms that allow users to securely transfer their avatar data to new physical elements. By preparing these recovery options in advance, the system maintains user responsibility through secure data linkage while preventing permanent data loss when physical elements are lost or damaged.
Data Source
AI summary
Modern computer based gaming in contrast to traditional gaming does not present the user/player with “responsibility” in that failure has negligible or no consequences and losing an element or part of the game is now essentially limited to failure of the standalone gaming console or failure to maintain an active account with some premium Internet based gaming applications. However, if the player's character within a game was linked to a physical element that stored their data in a secure manner and was required physically to electronically connect to the gaming system for the player to play then loss of the physical element means loss of the avatar. Similarly, if the securely stored data is written down to zero upon the death of the avatar within the game then the system may prevent the user restoring their game to a prior point to replay and avoid their failure.