The "Research Service for Passenger Identity Verification Based on Blockchain Technology" project at Beijing Capital Airport adopts Sinodata's blockchain technology with a multi-consortium chain architecture...
Dispute business often arises between insurance companies and policyholders in the medical insurance claims process due to disagreements over claim conditions and exclusions. In addition, compensation efficiency is often affected due to complicated insurance forms such as co-insurance and re-insurance. However, "Baoxin Health Treasure" utilizes blockchain technology to effectively solve the contradictions of claim handling, and achieves new alterations to the claim settlement processes.
Through blockchain technology, "Baoxin Health Treasure" constructs a data-trusted exchange channel linking the hospital, commercial insurance, and bank, and provides fast, seamless, and one-chain services integrating medical payment and direct compensation of commercial insurance. Through multi-party information sharing and utilization, the platform automatically achieves interconnection of claiming data and reduces the cost of claim handling while ensuring the authenticity and legality of the claim cases.
Through the blockchain technology, "Baoxin Health Treasure" constructs a data-trusted and shared ecological alliance, linking related participating bodies such as Taikang Insurance, Anhui Provincial Hospital, China Bohai Bank, Huaxia Bank, etc. The platform has deployed 7 nodes, and achieved the controllable and credible sharing of nearly 10,000 medical and insurance policy data.
Customer name: Beijing Capital Airport
The "Research Service for Passenger Identity Verification Based on Blockchain Technology" project at Beijing Capital Airport adopts Sinodata's blockchain technology with a multi-consortium chain architecture. In addition, by utilizing the characteristics of blockchain technology such as autonomy, immutable data, traceability, and openness, the system uploads the data of airport passengers such as baggage detection, passenger detection and inquiry results on the chain. After verification and packaging, the data is added to the blockchain account book, and is synchronized to all nodes (participants) of the blockchain network through a consensus mechanism. Combining homomorphic encryption, zero-knowledge proof and other privacy security technologies, multiple member airports and regional airports under Capital Airports Holding can share and use on-chain data credibly. This shortens the time of passenger security checks and other links, upgrades the new mode of security checks, and creates a safer, greener and efficient smart airport new ecology.
Of high scalability, compatibility and stability, this system provides on-chain interfaces of multiple data, supports data interconnection between heterogeneous systems, and adds and is included in the early warning application of public security systems. Currently, the platform has deployed 5 nodes, and boasts mass data storage capability with the IPFS distributed technology. Up to now, the system has realized the on-chain management and sharing on 80 million information of passenger identity.
