
During April 2025, contributed a new cryptographic module to the hashcat/hashcat repository, enabling password cracking for hashes using double SHA-256 with salt. This work involved developing OpenCL kernels for efficient matching and searching, as well as implementing a C module for decoding and encoding hash formats. By leveraging SIMD optimization techniques, the module achieved higher throughput and performance. The addition expanded hashcat’s support for salted, double-hash schemes, enhancing its utility for security assessments and incident response. The project drew on expertise in C programming, cryptography, and OpenCL development, focusing on robust, high-performance password cracking capabilities for complex hash types.
April 2025 monthly summary for hashcat/hashcat: Delivered a new cryptographic module to crack passwords hashed with double SHA-256 and salt, expanding assessment capabilities for salted hash schemes. Implemented OpenCL kernels for matching and searching and added a C module for hash decoding/encoding; leveraged SIMD optimizations for performance. This work is tracked under commit 3268b58e2417b1e240743f47bc355a91b8e2b562 with message 'add module 20713 - sha256(sha256(pass+salt))'.
April 2025 monthly summary for hashcat/hashcat: Delivered a new cryptographic module to crack passwords hashed with double SHA-256 and salt, expanding assessment capabilities for salted hash schemes. Implemented OpenCL kernels for matching and searching and added a C module for hash decoding/encoding; leveraged SIMD optimizations for performance. This work is tracked under commit 3268b58e2417b1e240743f47bc355a91b8e2b562 with message 'add module 20713 - sha256(sha256(pass+salt))'.

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