VERONA HOLDINGS SEZC (20240261692). SOFTWARE DEVELOPMENT KITS, METHODS, AND SYSTEMS THAT FACILITATE BLOCKCHAIN TRANSACTIONS BY GAME ENGINES AND GAME APPLICATIONS simplified abstract

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SOFTWARE DEVELOPMENT KITS, METHODS, AND SYSTEMS THAT FACILITATE BLOCKCHAIN TRANSACTIONS BY GAME ENGINES AND GAME APPLICATIONS

Organization Name

VERONA HOLDINGS SEZC

Inventor(s)

Lukasz Jakub Sliwka of Las Vegas NV (US)

William Edward Quigley of Pacific Palisades CA (US)

Jonathan Yantis of Grants Pass OR (US)

Jason Seldon of Los Angeles CA (US)

SOFTWARE DEVELOPMENT KITS, METHODS, AND SYSTEMS THAT FACILITATE BLOCKCHAIN TRANSACTIONS BY GAME ENGINES AND GAME APPLICATIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240261692 titled 'SOFTWARE DEVELOPMENT KITS, METHODS, AND SYSTEMS THAT FACILITATE BLOCKCHAIN TRANSACTIONS BY GAME ENGINES AND GAME APPLICATIONS

Simplified Explanation: The patent application describes systems and methods that allow for interactions between video game environments and blockchain environments. In simple terms, it enables users to perform actions involving in-game items associated with tokens stored on a blockchain.

  • The method involves detecting a user action with an in-game item linked to a blockchain token.
  • It calls a function to connect the user's in-game account to a digital wallet managing their blockchain account.
  • The method retrieves a public address for the blockchain account and generates a transaction signature request.
  • The request is sent to the wallet application for a digital signature using the user's blockchain account credentials.
  • Upon confirmation that the blockchain transaction has been added, the user action involving the in-game item is executed within the game.

Key Features and Innovation:

  • Integration of video game environments with blockchain technology.
  • Secure management of blockchain transactions through digital wallets.
  • Seamless interaction between in-game items and blockchain tokens.
  • Real-time execution of user actions within the gaming application.
  • Enhanced user experience and transparency in blockchain transactions.

Potential Applications: The technology can be applied in various industries such as gaming, finance, and digital asset management. It can also be used for secure and transparent transactions in virtual economies and online marketplaces.

Problems Solved: The technology addresses the challenges of integrating blockchain technology with video game environments, ensuring secure and efficient transactions involving in-game items and tokens. It also enhances user engagement and trust in blockchain transactions.

Benefits:

  • Improved security and transparency in blockchain transactions.
  • Enhanced user experience in video game environments.
  • Efficient management of in-game items and blockchain tokens.
  • Seamless integration of digital wallets for secure transactions.
  • Increased trust and reliability in virtual economies and online marketplaces.

Commercial Applications: The technology has significant commercial implications in the gaming industry, financial sector, and digital asset management. It can revolutionize the way transactions are conducted in virtual environments and online platforms, leading to increased user engagement and trust.

Prior Art: Readers can explore prior art related to blockchain integration in gaming applications, digital wallets for secure transactions, and the use of tokens in virtual economies.

Frequently Updated Research: Stay updated on the latest advancements in blockchain technology, gaming industry trends, and digital asset management practices relevant to this innovative integration.

Questions about Blockchain Integration in Video Games: 1. How does the technology ensure the security of blockchain transactions within video game environments? 2. What are the potential implications of this integration for the future of online gaming and virtual economies?


Original Abstract Submitted

the disclosure relates in part to systems and methods that facilitate interactions between video game environments and blockchain environments. in embodiments, a method may be performed by a game application. the method includes detecting a user action involving an in-game item associated with a token stored on a blockchain; calling a wallet connection function of a blockchain sdk that connects the user' in-game account to a digital wallet that manages the user's blockchain account; retrieving a public address for the blockchain account; calling a transaction function of the sdk that generates a blockchain transaction signature request requesting a digital signature using credentials of the user's blockchain account; transmitting the signature request to the wallet application; receiving indication from the integrated blockchain sdk that the blockchain transaction has been added to the blockchain; and in response to the indication, performing the user action involving the in-game item within the gaming application.

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