系统论视域下“区块链+5G”生物安全战略分析

Analysis of“Blockchain+5G”Biosecurity Strategy from the Perspective of System Theory

区块链的数据安全性和5G的高传输速率,既实现了生物数据追溯管理,又可防止信息数据被恶意篡改,在生物空间架起可靠的桥梁。因此,首先阐述生物安全建设的重要性和目前呈现的不足;其次,从系统论的视角出发,基于5G、区块链技术以及生物安全体系进行融合度分析,探索构造过程可记录、风险可预警以及源头可溯源的生物数据治理生态的可行性;最后,设计多源数据共享架构,采用联盟链方式构筑生物数据安全体系。通过系统性能的对比分析,技术改进和机制设计实现了响应速度快和数据安全性高等目的,可为完善生物体系安全监管提供技术参考。

The data security of the blockchain and the high transmission rate of 5G not only realize the traceability management of biological data,but also prevent the information data from being maliciously tampered,and build a reliable bridge in the biological space.The paper firstly elaborates the importance of biosafety construction and the current shortcomings.Then,from the perspective of system theory,based on 5G,blockchain technology and biosecurity system for fusion analysis,explores the feasibility of ecological management of biological data with recordable construction process,early warning of risks and traceable sources.Finally,it designs a multi-source data sharing architecture and uses a consortium chain method to build a biological data security system.Through comparative analysis of system performance,technical improvement and mechanism design,the goals of fast response speed and high data security have been achieved,which can provide technical reference for improving the safety supervision of biological systems.