摘要
5G时代的到来标志着通信技术质的飞跃。5G通信凭借极高的传输速率、超低延迟和海量连接能力,5G通信不仅能够满足用户需求,还通过与各行业的融合构建智能网络。然而,5G的便捷性同样也带来了全新的安全挑战。恶意攻击可能更快地窃取数据,联网设备的涌入使得攻击面扩大,复杂的网络架构和多样化场景也使得攻击者能够利用的漏洞大量增加。因此,身份认证和密钥管理成为核心,需通过先进的加密技术和安全协议来保障通信的机密性、完整性和不可否认性。
The advent of the 5G era signifies a qualitative leap in communication technology.With ultra-high transmission speeds,minimal latency,and massive connectivity capabilities,5G not only meets user demands but also builds intelligent networks through integration with various industries.However,the convenience of 5G also introduces new security challenges.Malicious attacks can now intercept data more swiftly,and the influx of connected devices broadens the attack surface.Additionally,the complex network architecture and diverse scenarios amplify the exploitable vulnerabilities available to attackers.Therefore,identity authentication and key management become pivotal,necessitating the use of advanced encryption techniques and security protocols to ensure the confidentiality,integrity,and non-repudiation of communications.
作者
吴书胜
王红强
赵瑞阳
隋文玲
王雅楠
陈纪旸
WU Shu-sheng;WANG Hong-qiang;ZHAO Rui-yang;SUI Wen-ling;WANG Ya-nan;CHEN Ji-yang(Shandong Zhengzhong Information Technology Co.,Ltd.,Ji′nan 250000,China;Shandong Digital Applied Science Research Institute Co.,Ltd.,Ji′nan 250000,China;Shandong HI-SPEED Information Group Co.,Ltd.,Ji′nan 250000,China;Shandong Institute of Standardization,Ji′nan 250013,China)
出处
《价值工程》
2025年第18期55-57,共3页
Value Engineering
关键词
5G通信网络安全
SM4-GCM密码算法
SM9非对称密码算法
数据加密
身份认证
密钥管理
5G communication network security
SM4-GCM cryptographic algorithm
SM9 asymmetric cryptographic algorithm
data encryption
identity authentication
key management
作者简介
吴书胜(1990-),男,山东临沭人,本科,网络安全中级工程师,研究方向为密码学、网络安全、商用密码应用;通讯作者:陈纪旸(1991-),男,山东淄博人,研究生,正高级工程师,研究方向为电子信息、信息化工程监理咨询、技术经济与管理等。
