Breach-proof Encryption is an advanced encryption technique which protects internet messages and and transactions from the adverse effects of internal trust breaching activities. Encrypted information is secured even after the private key of a public key cryptographic scheme is revealed to the owner's competitors or business rivals.

Encryptions remaining unbreakable even after private key compromise incidents, though seems to be a paradox, is the most appealing advantage of our breach-proof encryption technique.

The encryption technique involves blinding operation on public key exponents wherein a random number is added to the same before encryption takes place. Once encryption is complete, the random number involved in the blinding operation is dropped from the program memory, leaving no knowledge thereof to the client, server as well as the hacker.

Two randomized public key exponents are generated by adding a random number, using which two blind ciphers are produced. The two blind ciphers are delivered to the destination along two different routes. An eavesdropper or an active hacker coming across one of these blind ciphers is unable to decrypt the cipher to its original message even with the knowledge of the revealed private key.

Both ciphers are required for successful decryption to obtain the original message. The effect of the missing random number can be neutralized only on substituting both ciphers in the decryption formula, thus enabling only the destination server to be able to read the original message.