
In July 2025, Ge Liya contributed to the openssl/openssl repository by implementing SM2 elliptic-curve cryptography support for 64-bit RISC-V platforms. This work involved writing assembly-optimized routines for modular arithmetic operations such as addition, subtraction, multiplication, and squaring, all tailored for performance in embedded and low-level environments. Ge Liya also updated the build system to integrate these new assembly sources, ensuring seamless inclusion in the OpenSSL codebase. Leveraging expertise in assembly language programming, cryptography, and embedded systems, this contribution expanded OpenSSL’s cryptographic capabilities on RISC-V, addressing the need for efficient SM2 operations in security-sensitive deployments.

July 2025: OpenSSL (openssl/openssl) delivered SM2 cryptographic algorithm support for 64-bit RISC-V, including assembly-optimized modular arithmetic (add, subtract, multiply, squaring) and updated build configurations to include the new assembly sources. This work expands platform coverage and cryptographic capabilities, enabling SM2 operations in performance-critical environments and improving security posture on RISC-V deployments.
July 2025: OpenSSL (openssl/openssl) delivered SM2 cryptographic algorithm support for 64-bit RISC-V, including assembly-optimized modular arithmetic (add, subtract, multiply, squaring) and updated build configurations to include the new assembly sources. This work expands platform coverage and cryptographic capabilities, enabling SM2 operations in performance-critical environments and improving security posture on RISC-V deployments.
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