Virtual Currency Trading System for Social Equality
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Solution Overview
Problem
Income inequality leads to social unrest, and existing economic systems often hinder individuals from acquiring necessary goods and services due to a lack of monetary resources, despite possessing skills and goods.
Innovation Solution
A computerized social sharing and trading system utilizing virtual currency, allowing users to trade tangible and intangible goods and services without real-world currency transactions, with features like customizable profiles, mobile app access, and real-time monitoring through body cameras for service verification.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a traditional monetary system is used for trading goods and services, then economic transactions can be conducted, but income inequality creates barriers for individuals without sufficient money to acquire necessary goods and services
Solution Approach 1:
The patent introduces virtual currency as an intermediary medium that decouples the trading system from real-world monetary constraints. This virtual currency operates within a closed-loop system where users earn through participation rather than requiring external monetary resources, thereby mediating between the desire for goods/services and the constraint of income inequality
Solution Approach 2:
The system changes the parameter of currency valuation from real-world monetary value to virtual participation-based value. By redefining how currency is earned (through system participation, skill demonstration, and contribution) rather than through traditional employment or wealth accumulation, the system alters the fundamental parameter of economic access
2Adaptability or versatility
If users are allowed to communicate directly outside the system, then communication freedom is improved, but system control and verification of transactions are weakened
Solution Approach 1:
The system segments communication functions into two distinct channels: encrypted direct messaging for user privacy and freedom, and system-mediated transaction communication for verification and control. This segmentation allows both communication freedom and transaction reliability to coexist by assigning each function to the appropriate channel
Solution Approach 2:
The system server acts as an intermediary that verifies and records all transactions involving virtual currency exchange, while allowing users freedom in their direct communication. The intermediary ensures reliability by monitoring the economic layer without restricting the social communication layer
3Reliability
If body cameras are required for service verification, then service quality monitoring is improved, but user privacy and comfort are reduced
Solution Approach 1:
The body camera system provides real-time feedback to both the service provider and the system server about service delivery quality. This continuous feedback loop enables verification of service completion and quality without requiring constant human supervision, reducing the perceived intrusiveness while maintaining reliability
4Ease of operation
If virtual currency is given as a welcome gift to new users, then system adoption is improved, but the total virtual currency supply increases
Solution Approach 1:
The system implements a circulating virtual currency model where currency is not created or destroyed but continuously circulated and reused. When users complete transactions or exit the system, their virtual currency is recovered and redistributed to new users, maintaining a relatively stable total supply while enabling continuous adoption
Solution Approach 2:
The virtual currency serves multiple functions: it acts as adoption incentive for new users, as payment medium for transactions, and as a recoverable resource that circulates through the system. This multi-functionality allows the welcome gift mechanism to promote adoption without requiring continuous expansion of the currency supply
Data Source
AI summary
A computerized social sharing and trading system, method, device, and product based on virtual consideration that allows a user to sign up and create a profile that is stored in a database. The user is given a welcoming amount of virtual currency that allows trading for goods and services provided by other members of the system. The user can specify customized parameters that may be used to raise very specific queries and to specify location, fees, condition, etc. to allow the user to thoughtfully select the goods or services desired. One embodiment allows users to create groups for specific tasks or goods so that only those people relating to the selected group will be contacted. Users are able to personalize their profiles and offer-pages and will be charged a small virtual fee for this option. In some embodiments, video conferencing is integrated to allow services to be offered virtually.