While many have advocated the use model of data and other medical device applications on the 3G and now 4G (LTE) network, they have failed to understand the security and quality of service requirements; since this is now hinges on the carrier. Unlike the WLAN model whereby this has some semblance of standards, i.e. 802.11i and 802.11e and predictive modeling; this has not moved forward in this new 3G and 4G enterprise model. Integra Systems Inc. is working on an exclusive nature with Pitney Bowes to develop the next generation security model for embedded medical devices, not only from the WLAN, but wired and 3G and 4G model with www.pb.com.
This trusted Mobile Development Platform includes but not is limited to a Cryptographic Accounting Module (CAM) (Single chip solution – 10×10 mm 144 pin TFBGA), and a (CAM) Secure Infrastructure of which is provided by an embedded microcontroller and crytographic co-processor of which meets FIPS 140-2 Level 3 + EFP requirements, RSA/DSA and Elliptic Curve Algorithms, AES and DES, secure random number generator. Further it includes a fully integrated public key certificate authority, secure transaction management, and remote device management.
Algorithms supported include:
FIP 186-2 compliant Public Key Cryptography Engine (DSA, RSA and ECDSA)
FIPS 180-2 compliant Hash Engine (160, 224, or 256 bit)
FIPS 197 compliant AES Engine (256 bit)
FIPS 46-3 compliant 3DES engine
Hardware Random Number Generator
Side channel attack resistance (SPA/DPA/TA)
Active tamper detection and response circuit
3.3V design, 20mA when active.
