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IPCryptSIM^TM is the answer to secure communication!

All mobile devices, whatever type, brand or model, use a SIM card to operate. Without it you would not be able to switch on your mobile device. The SIM card is the only part of the operator’s network that connects and authenticates the subscriber to the network.

IPCryptSIM^TM resides on the SIM card of every type of mobile device to allow you to secure SMS messages. Its ease of use interface offers a simplified method of data input to make it a “simple-click operation” with remarkable user friendliness.

IPCryptSIM^TM is the the most secure way of conducting your MOBILE BANKING! read more [+]

IPCryptSIM^TM

IPCryptSIM^TM resides on the SIM card of every type of mobile device to allow you to secure SMS messages. Its ease-of-use interface offers a simpli-fied method of data input to make it a “simple-click operation” with remarkable user friendliness.

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IPCryptSIM^TM facilitated the exchange of private, snooper-free text. IPCryptSIM ^TM can keep eavesdroppers, intruders, paparazzi, stalkers, and other "monitors" out of your business. IPCryptSIM^TM combines the discretion and mobility of "texting" with the privacy and security of modern cryptography.

IPCryptSIM^TM Highlights:

Consolidated Identity:
A user's private keys, passwords, and profiles for access to network services are contained in
a SIM card;

Ease-of-Use:
User simply installs the SIM card into the mobile device and selects IPCryptSIM^TM functionality to send a secure SMS;

Chip-Based Technology: Offers the functionality and security of a multi-application smart card.

PKI keys are generated on board the SIM card (Java-enabled hardware token);

   - Self extracting crypto application

   - digital keys are generated on the SIM

   - after Public key exchange, keys will be
      stored automatically in SIM’s phone
      book/key store.

Strong Authentication:
RSA algorithm with 128bit encryption strength based on 2,048bit key length;

Enhanced PKI:
Secure digital certificate management and key storage occur in the protected environment of the mobile device itself for increased security, mobility, and confidence.

International Standards:
ANSI x509.3, PKCS#11, ISO/IEC 9798, IEEE P1363