Transactional Bot Server for Secure Metaverse Reward Distribution
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Solution Overview
Problem
Existing systems for metaverse live-streaming fail to provide viewers with a meaningful way to earn rewards for their time spent engaging with the content, while also ensuring the safety of their browser sandbox from threats.
Innovation Solution
A metaverse live-streaming system that integrates a transactional bot server and spectator systems, allowing viewers to participate in live-streamed gaming tournaments and competitions, and earn rewards through a secure and decentralized process, while maintaining the safety of their browser environment.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If viewers participate in live-streamed gaming tournaments and competitions to earn rewards, then user engagement and motivation are improved, but browser security and sandbox safety are compromised
Solution Approach 1:
The patent introduces a transactional bot server as an intermediary between the live-streaming platform and users. This bot handles all cryptocurrency transactions, smart contract interactions, and reward distributions, isolating users from direct exposure to security risks. The bot operates through a secure backend infrastructure that validates and processes transactions without requiring users to interact directly with potentially malicious smart contracts or cryptocurrency wallets, thus enabling reward participation while maintaining browser sandbox safety.
2Adaptability or versatility
If a decentralized reward system is implemented for live-streaming viewers, then user motivation and platform value are improved, but system complexity and security vulnerability are increased
Solution Approach 1:
The patent extracts the complex decentralized finance logic into a separate transactional bot server that operates independently from the core live-streaming platform. This separation allows the platform to offer sophisticated cryptocurrency-based reward mechanisms without burdening the main system architecture with the complexity of smart contract management, wallet security, and blockchain interactions. The bot handles all complex operations through automated scripts and APIs, simplifying the user experience while maintaining decentralized functionality.
3Productivity
If cryptocurrency transactions are integrated into live-streaming platforms, then new revenue streams and user incentives are created, but security risks and scam vulnerabilities are increased
Solution Approach 1:
The patent implements a system where the transactional bot automatically manages all cryptocurrency transactions, including reward distribution, prize pool management, and user payouts. The bot uses automated smart contract interactions and blockchain API calls to execute transactions without human intervention, reducing the risk of security breaches and scams. All cryptographic operations, wallet management, and transaction validations are handled automatically through established, secure protocols, eliminating the need for users to manually handle cryptocurrency operations and reducing exposure to security vulnerabilities.
Data Source
AI summary
A metaverse live-streaming system, including an AR computing unit to detect presence of a remote bot application when a web browser is viewed by or in vicinity of a third party spectator, automatically identify the remote bot application from a perspective of the third party spectator, communicably connect to the remote bot application via a personal area network to obtain autograph data for cryptographically signing, display an image, in the perspective of the third party spectator being captured by at least one of a camera and at least one sensor, for detection of presence of the remote bot application in the image, and reject HTTP network traffic incoming from the web browser. A transactional bot server communicates with a plurality of spectator systems to allow a plurality of third party spectators to view at least one of a plurality of players playing the online video game.