基于RSA与MD5签名的实名制微门户设计  

Design of a Real-name WeChat Portal Based on RSA and MD5 Signature

作　　者：洪丹丹[1] 罗军峰[1] 冯兴利[1] 徐墨[1] 锁志海[1] 

机构地区：[1]西安交通大学数据与信息中心,陕西西安710049

出　　处：《微电子学与计算机》2016年第9期36-41,共6页Microelectronics & Computer

基　　金：国家自然科学基金(61472313)

摘　　要：以西安交通大学"互联网+"校园建设为背景,解决传统微信应用服务单一且无法获取校内用户真实隐私数据问题,设计并实现了基于RSA与MD5签名的实名制校园微门户系统.提出在校内本地服务器上绑定微信用户的OpenID和校内统一身份认证系统的CAS NetID实现校内用户真实身份校验;通过RSA加密与MD5数字签名实现用户敏感数据保护;通过高度的校内系统集成,实现微门户服务综合一站式.应用结果显示,移动用户通过微信客户端一键关注西安交通大学官方微信即可享受微门户综合服务;通过实名绑定可获取基于用户真实校内身份与角色的敏感数据访问.To solve the problem that traditional WeChat applications can not provide comprehensive service for campus users based on their real identities or roles, a real-name WeChat portal with RSA and MD5 signatures was proposed to satisfy the mobile users in university campus. In this portal, a mechanism about binding OpenlD of WeChat and NetID of CAS （Central Authentication System） was designed to realize the real-name identity authentication. To protect the private information, RSA and MD5 signatures were utilized during data transmission. To provide the comprehensive one-site services, all the campus service data used by portal were integrated based on the related campus systems. After testing and running this system in two months, the statistic reports show that it can provide comprehensive one-site service and cross-platform service to mobile users by the WeChat clients installed in their mobile devices. Meanwhile mobile users can also access the private data based on their identities after binding their WeChat accounts and CAR

关 键 词：微信 一站式 门户 跨平台 互联网+ 统一身份认证(CAS) RSA MD5 

分 类 号：TP391[自动化与计算机技术—计算机应用技术]