Encryption Library Hardware Acceleration: EFM32 CRYPTO
The EFM32 cryptographic coprocessor (CRYPTO) is presented as a memory-mapped pe-
ripheral.
Encryption Library Hardware Acceleration: Kinetis CAU
The Kinetis Cryptographic Acceleration Unit (CAU) is a primitive accelerator presented as a memory-mapped peripheral.
Encryption Library Hardware Acceleration: LPC18S and LPC43S
The LPC18Sxx and LPC43Sxx microcontrollers provide an AES-128 hardware accelerator.
Encryption Library Hardware Acceleration: STM32 CRYP
The STM32 Cryptographic processor (CRYP) is a capable hardware accelerator presented as
a memory-mapped peripheral.
- Asymmetric algorithms - Dual keys, private, and public make it 100% safe
- Different algorithms available - Fitting any requirements
- Hardware-independent, any CPU and no additional hardware needed
- High performance, small memory footprint
- Simple API, easy to integrate
- Applicable for new and existing products
- Complete package, key generator, and tools included
- Full source code available
- Free 'Sign & Verify' Windows Version to Protect Personal Files
- Windows application for the protection of personal files
- easy handling (Drag & Drop)
- data transmission more secure
- Digital documents signed with private key
- free Sign & Verify comes with a key generator (Private and Public Key) up to1,024 bit key length
- For commercial use, a Key Generator up to 4,096 bit key length and source code is available
- free of charge for personal use
- Supports modern cryptography standards
- NIST-validated implementations of many algorithms
- Secure, fast, and cleanly-written code
- Extensive 2,000 page manual covering all API features and functions
- Decoupled implementation links only what you need
- Public key cryptography (RSA, DSA, ECDSA, EdDSA)
- Fast, tunable ciphers, hash algorithms, and message authentication codes (MACs)
- Key derivation, key wrapping, key encapsulation
- Random bit generation, cryptographically secure pseudo-random numbers