Safe block chain container conveying method and conveying system

Abstract

The invention provides a safe block chain container transmission method and system. The method comprises the following steps: implementing preparation work before transmission; judging whether the receiver is credible or not, and if the receiver is credible, providing and implementing a dual-hash verification process by the provider; if the receiver is not credible, the provider provides and implements a single-hash verification process; after a double-hash verification process or a single-hash verification process is completed and passed, the block chain container is transmitted; after receiving the block chain container, the receiver deploys and operates the block chain container, for the verification process of implementing single hash, when the block chain container is executed, continuous check is implemented, and if an illegal event is found, software in the block chain container is automatically destroyed. The protocol, the block chain software and the smart contract used by the method and the system can be safely transmitted, and a provider can safely and completely send the software to a receiver, so that the block chain and the smart contract can be deployed at a high speed without worrying whether the software has a security problem or not.

Description

technical field [0001] The invention belongs to the technical field of block chain, smart contract, container (container) and security communication protocol, and in particular relates to a safe block chain container transmission method and transmission system. Background technique [0002] Due to the rise of inter-chain networks, 5G, and edge computing, blockchain systems, smart contracts, and oracles have been increasingly valued and deployed. Traditionally, these systems are deployed on servers, such as cloud servers, and completed by manual operations. But in the future, it can be deployed automatically. The development of container technology is for automatic deployment. As long as the local server allows the deployment of containers, the application can reach the server through the container and then be executed directly. [0003] A container is essentially a group of processes that are resource-constrained and isolated from each other. It does not have its own indep...

AI Technical Summary

Problems solved by technology

[0005] The current container technology is powerful enough for many non-financial applications, but it is far from enough for financial applications

Because in financial transactions, the container mechanism described above is extremely risky, because the recipient can copy, copy, deploy, and then challenge the original system

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