1. An intelligent electronic cryptographic cloud computing system comprising: a. a computing cloud comprising one or more data storages, one or more processers, and an enterprise server with a server processor and a server data storage, wherein the computing cloud is configured to provide at least one service with shared hardware and software resources; b. a plurality of intelligent electronic devices in communication with the computing cloud; and c. a plurality of intelligent electronic cryptographic modules programmed to selectively receive and encrypt a first non-encrypted response from the enterprise server, receive and transmit a second non-encrypted response from the enterprise server prior to transmitting each non-encrypted response to the least one intelligent electronic device or client devices and programmed to selectively receive and encrypt a first non-encrypted response from the at least one intelligent electronic device, receive and transmit a second non-encrypted response from the at least one intelligent electronic device prior to transmitting each non-encrypted response to the computing cloud, wherein each intelligent electronic cryptographic module comprises: i. a secure enclosure; ii. at least one power supply; iii. a first processor disposed within the secure enclosure, in communication with at least one first data storage in the computing cloud, wherein the at least one first data storage comprises: 1. a cryptographic application programming interface, programmed to: a. authenticate between the enterprise server in the computing cloud and the intelligent electronic cryptographic module providing a secure interface for the at least one intelligent electronic device to the computing cloud; b. decrypt encrypted messages from the enterprise server and transmit decrypted messages from the enterprise server to the at least one intelligent electronic device; and c. receive non-encrypted communication with the at least one intelligent electronic device, encrypt non-encrypted communications and transmit encrypted responses to the enterprise server; iv. a first cryptography chip disposed within the secure enclosure for decrypting messages from the enterprise server in the computing cloud and passing that message to the at least one intelligent electronic device, and encrypting responses from the at least one intelligent electronic device for transmission to the enterprise server in the computing cloud, wherein the first cryptography chip is in communication with the first processor; v. at least one server-side port in the intelligent electronic cryptographic module for: 1. receiving a member of the group consisting of: at least one encrypted message, at least one non-encrypted message, or combinations thereof, from the enterprise server in the computing cloud; 2. transmitting a member of the group consisting of: at least one encrypted response, at least one non-encrypted response, or combinations thereof to the enterprise server in the computing cloud; and 3. at least one non-encrypted port in the intelligent electronic cryptographic module for: a. transmitting at least one decrypted message, the at least one non-encrypted message or combinations thereof from the intelligent electronic cryptographic module to the at least one intelligent electronic device; and b. receiving at least one non-encrypted response from the at least one intelligent electronic device; and wherein the at least one server-side port, the at least one non-encrypted port, or combinations thereof are adapted to engage at least two industry standard protocols simultaneously; and vi. wherein the at least one data storage in the computing cloud comprises computer instructions for instructing the processor to: 1. perform as a soft remote terminal unit; 2. select at least one protocol module for communication with the at least one intelligent electronic device, the enterprise server in the computing cloud, or combinations thereof; 3. select at least one appropriate telemetry method for transmitting and receiving messages using at least one selected protocol module; 4. at least once authenticate that the enterprise server in the computing cloud is authorized to transmit to the intelligent electronic cryptographic module forming an authenticated enterprise server in the computing cloud; 5. at least once authenticating that the intelligent electronic cryptographic module is authorized to transmit to the enterprise server in the computing cloud; 6. receive at least one encrypted message from the authenticated enterprise server in the computing cloud; 7. decrypt at least one encrypted message transmitted from the authenticated enterprise server in the computing cloud using the intelligent electronic cryptographic module, forming at least one decrypted message; 8. transmit at least one decrypted message to the at least one intelligent electronic device; 9. receive at least one non-encrypted response from the at least one intelligent electronic device; 10. encrypt at least one non-encrypted response from the at least one intelligent electronic device using the intelligent electronic cryptographic module, forming at least one encrypted response; or 11. transmit at least one encrypted response to the enterprise server in the computing cloud.