Abstract: Methods, systems, and media are provided for enabling encryption key distribution when a processor is in offline mode. When offline, key distribution servers can distribute private/public key pairs in place of the processor. The servers can distribute a private key to a first server for encryption of data and a public key to the processor, when it is online, to decrypt the data.

Abstract: A method enables the transmission of encrypted and unencrypted data over different channels. The method includes: receiving, at a first device, unencrypted data via a first channel; causing, by the first device, generating a data entry form at a second device based on the received unencrypted data; causing, by the first device, transmitting, from the second device, the generated data entry form to a third device via a second channel, the generated data entry to be displayed within a webpage on the third device; causing, by the first device, intercepting and encrypting data entered into the generated data entry from by a user; and receiving, by the first device, via the second channel the encrypted data.