Private Network Data Exchange System for Vehicle Trade
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Solution Overview
Problem
Current online vehicle exchange systems fail to gain the trust of car dealers, limiting their adoption due to lack of knowledge and trust issues, leading to reliance on physical auctions and inefficient communication methods, which increases costs and time in the wholesale vehicle market.
Innovation Solution
A data exchange system that allows car dealers to selectively communicate and transact with trusted users based on ratings, enabling efficient dissemination of product data and financial information through a private network, using various communication devices, and allowing users to invite and manage trusted relationships within the network.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If online vehicle exchange systems are used, then transaction efficiency is improved, but trust and adoption by car dealers deteriorates
Solution Approach 1:
The system segments users into different trust levels (trusted users vs. non-trusted users) and applies different data exchange rules to each segment. Trusted users can access comprehensive product data and conduct transactions, while non-trusted users have restricted access. This segmentation resolves the contradiction by creating a trusted environment for efficient transactions while managing risks from untrusted participants.
Solution Approach 2:
The system introduces an intermediary mechanism (the data exchange system with rating features) that mediates between buyers and sellers. This intermediary verifies user credentials, manages ratings, and controls data flow, thereby building trust while maintaining transaction efficiency. The intermediary acts as a trusted third party that enables online transactions without requiring physical meetings.
2Reliability
If physical auctions are used, then trust among dealers is improved, but transaction costs and time increase
Solution Approach 1:
The system replaces the mechanical physical auction process with an electronic data exchange system. Instead of requiring physical presence at auction houses, dealers can conduct transactions online through the system. The mechanical aspect of physical gatherings is substituted with electronic communication, maintaining trust through the system's rating and verification features while eliminating time and travel costs.
3Productivity
If online data exchange is implemented, then communication efficiency is improved, but security and control over product data deteriorates
Solution Approach 1:
The system applies different data exchange permissions to different users based on their trust level. Trusted users receive full product data and can communicate freely, while non-trusted users receive limited or no data. This local quality approach ensures that sensitive data is only shared with verified users, maintaining security while enabling efficient communication within the trusted network.
Solution Approach 2:
The system changes the parameter of data accessibility based on user trust status. By dynamically adjusting who can access what data, the system maintains security controls while enabling efficient online communication. The parameter of data permission is changed from universal access to selective access based on trust credentials.
Data Source
AI summary
A novel and non-trivial system and method for restrictively exchanging and controlling vehicular data between communication devices of a private network is disclosed. A processor in communication with a plurality of user communication devices is used for controlling and restricting the exchange of vehicular data. In such network, the processor may establish a communication connection with an initiating communication device of an initiating user, receive initiating vehicular data from the initiating communication device and corresponding first users (e.g., defined trusted users) data, provide the initiating vehicular data to at least one available first user communication device, receive responding vehicular data responsive to the initiating vehicular data, and provide the responding vehicular data to the initiating communication device. Additionally, the processor may provide interested users who have not been defined as trusted users with the initiating product data and receive responding vehicular data from such interested users.