


Connection security
A Web browser capable of 128-bit Secure Socket Layer encryption is necessary for data transmission. The Secure Socket Layer works to encrypt, authenticate and exchange data over insecure public networks using HTTP. Transmissions are ID and password specific.
Data security
Electronic transmissions are set up using a unique ID and password. This acts as a validation checkpoint from sender to recipient and helps prevent any compromising of data provider information. In addition, after the transmission has been received and verified, the data is loaded to a program specifically created for each data provider (the same as we do for physical media). This program performs additional validations, using customer-specific ID fields before processing to our database.

Connection security
Encryption software that requires the exchange of public keys or an SSL-capable client is used to transmit data. Depending on the transmission choice, data may be encrypted before or during transmission.
Data security
Electronic transmissions are set up by either an exchange of encryption keys or a dynamic encryption process. This acts as a validation checkpoint from sender to recipient and helps prevent any compromise of data provider information. In addition, after the transmission has been received and verified, the data is loaded to a program specifically created for each data provider (the same as we do for physical media). This program performs additional validations, using customer specific ID fields before processing to our database.


