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Cryptography is essential for securing web services, ensuring both authentication and data protection. However, common practices like SSL VPNs and HTTPS migrations have limitations: VPNs struggle with cloud integration and scaling, while app encryption demands high-level expertise. Our research introduces an SSL Proxy Cryptographic Application Framework. Designed as a VPN alternative, it simplifies security implementation, facilitates load balancing, and enhances cloud compatibility without extensive app modifications. This framework overcomes hardware constraints, supporting scalable and elastic cloud services, thereby improving developer Usability and cloud adaptability for secure communications.

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Design of an SSL Proxy Cryptographic Application Framework

  • 会议论文

  • 发表日期：

    2026年

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  • Lishun Ni

摘要

Cryptography is essential for securing web services, ensuring both authentication and data protection. However, common practices like SSL VPNs and HTTPS migrations have limitations: VPNs struggle with cloud integration and scaling, while app encryption demands high-level expertise. Our research introduces an SSL Proxy Cryptographic Application Framework. Designed as a VPN alternative, it simplifies security implementation, facilitates load balancing, and enhances cloud compatibility without extensive app modifications. This framework overcomes hardware constraints, supporting scalable and elastic cloud services, thereby improving developer Usability and cloud adaptability for secure communications.