Magma

Understanding GOST Cryptography Standards: A Practical Guide for Russian Developers

The article provides a beginner-friendly breakdown of Russian GOST cryptographic standards, separating the core functions of hashing, digital signatures, and encryption. It covers the evolution of GOST algorithms across three generations from the 1990s to the current 2012+ standards including Stribog, Kuznechik, and Magma. Detailed explanations address how PKCS#11 interfaces with hardware tokens, how X.509 certificates function as digital passports, and how formats like CAdES, XAdES, and PAdES package signatures for verification. Comparisons with Western equivalents such as SHA-256, RSA, and AES help developers map familiar concepts to GOST implementations. The guide emphasizes practical integration with tools like CryptoPro for tasks involving detached signatures and certificate requests in PKCS#10 and PKCS#12 containers.

Aladdin Obtains New FSB Certificate for CryptoFlash Encrypted USB Drive Valid Until 2029

Aladdin has received a new FSB Russia certificate for its Aladdin CryptoFlash hardware-encrypted USB drive. The certificate number СФ/124-5574 confirms compliance with cryptographic protection requirements for classes KS1 and KS2 and remains valid until 16 July 2029. The device now supports additional Russian Linux distributions including RED OS 7.3 and 8, Alt 8 SP Workstation, Alt Workstation 10, and the OS of the Moscow Electronic School. Read and write speeds have been increased to 11 MB/s while the graphical interface received improvements. The product uses the Magma encryption algorithm in hardware and operates as a clientless solution that requires no additional drivers or software. The previous certificate remains active until December 2028, allowing both versions of the device to be used in parallel for storing and transferring official and confidential information marked DSP.