Spyrus Rosetta - flash memory card - 16 GB - microSDHC
Mfg # RSM31-02010
CDW # 4837545
| UNSPSC 43202005
Know your gear
The Rosetta microSDHC card is an industry-standard secure digital high capacity (microSDHC) form factor available in two security configurations: 1) The Rosetta microSDHC PKI configuration is a public key infrastructure (PKI) device with clear flash. 2) The TrustedFlash configuration enables hardware AES-256 encryption to provide the strongest commercially available data protection and PKI capabilities to use with public key enabled applications.
While PKI smart cards or similar NFC enabled tokens can increase the security of customer applications through the use of multi-factor authentication, encryption, and message signing, using them always requires a special reader or USB port. The Rosetta microSDHC PKI is a smart card contained in a microSDHC package.
The FIPS 140-2 Level 3 certified SPYRUS Cryptographic Operating System (SPYCOS) used in the Rosetta microSDHC is the same as that used in Rosetta Smart Card, Rosetta USB, the PocketVault P-3X USB 3.0 encrypting storage drives, and the family of Microsoft certified Windows To Go live drives. SPYCOS executes within an EAL5+ tamper resistant security controller contained within the body of the Rosetta microSDHC.
The Rosetta microSDHC is a hardware security module designed for use with public key enabled applications like encrypted email, digital signatures, VPN authentication, and Web authentication.
The TrustedFlash microSDHC adds AES-256 hardware encrypted flash memory to the Rosetta microSDHC PKI capabilities. It is designed from the ground up to bring high-assurance information protection to mobile devices through the use of advanced cryptography.
The Rosetta SPYCOS crypto core protects against active and passive attacks by using an active shield and randomized memory layout to prevent physical tampering. It also includes countermeasures against side-channel attacks.
Hardware-based cryptographic support makes the TrustedFlash in the Rosetta microSDHC invulnerable to many attacks that have compromised software-based cryptography on PCs, tablets and mobile devices.
While PKI smart cards or similar NFC enabled tokens can increase the security of customer applications through the use of multi-factor authentication, encryption, and message signing, using them always requires a special reader or USB port. The Rosetta microSDHC PKI is a smart card contained in a microSDHC package.
The FIPS 140-2 Level 3 certified SPYRUS Cryptographic Operating System (SPYCOS) used in the Rosetta microSDHC is the same as that used in Rosetta Smart Card, Rosetta USB, the PocketVault P-3X USB 3.0 encrypting storage drives, and the family of Microsoft certified Windows To Go live drives. SPYCOS executes within an EAL5+ tamper resistant security controller contained within the body of the Rosetta microSDHC.
The Rosetta microSDHC is a hardware security module designed for use with public key enabled applications like encrypted email, digital signatures, VPN authentication, and Web authentication.
The TrustedFlash microSDHC adds AES-256 hardware encrypted flash memory to the Rosetta microSDHC PKI capabilities. It is designed from the ground up to bring high-assurance information protection to mobile devices through the use of advanced cryptography.
The Rosetta SPYCOS crypto core protects against active and passive attacks by using an active shield and randomized memory layout to prevent physical tampering. It also includes countermeasures against side-channel attacks.
Hardware-based cryptographic support makes the TrustedFlash in the Rosetta microSDHC invulnerable to many attacks that have compromised software-based cryptography on PCs, tablets and mobile devices.