Rely on cloud computing platforms or high-performance server clusters to provide powerful computing power to support blockchain consensus algorithms, encryption operations, and the execution of smart contracts.
A consensus algorithm adapted to aerospace scenarios, such as a modified version of PBFT (Practical Byzantine Fault Tolerance). On the premise of ensuring safety and fault tolerance, the algorithm improves the consensus efficiency and can cope with the demand of fast confirmation of transactions in the aerospace business.
It provides a rich set of smart contract templates and development tools for developers in the aerospace field to customize smart contracts according to specific business requirements. These smart contracts enable automated process control, authority management and data verification.
The emergence of aerospace information blockchain platform-SpaceEX has brought new vitality and opportunities to this high-tech field, and its commercial application prospects are broad, showing a series of remarkable trends.
1. Parts Traceability And Quality Control
SpaceEX Can create an immutable digital record for each component, covering the entire supply chain process, from raw material procurement, production and processing, quality inspection to transportation and installation.
2. Data Encryption And Privacy Protection
For sensitive aerospace data, such as customer information, trade secrets, and flight-critical data, SpaceEX uses advanced encryption algorithms for encrypted storage and transmission.
3. Application Of SpaceEX In Aircraft Maintenance And Operation
Depending on the model of the vehicle, flight hours, and the number of takeoff and landing times, SpaceEX can automatically generate personalized maintenance plans. Reasonably allocate maintenance resources to ensure the efficient execution of maintenance work, while reducing maintenance costs.