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Encryption focuses on two areas - password protection and data integrity. Password encryption prevents unauthorized users from capturing valid users' passwords. Because an encrypted password cannot be entered into a "password prompt" field, superior password integrity and system security are maintained.
Data encryption is of great importance to financial institutions, governments, law firms and any other organizations with highly sensitive data. With data encryption, users need an encryption key to access data. Without this key, the data is meaningless. This "listen-proof" data offers good protection for network access, but it does cause significant CPU overhead as the server encrypts the data.
Providing encryption via the remote access connection, rather than through discrete applications, has a number of distinct advantages. A reliable security architecture ensures positive user identification and data integrity. Encryption technology takes a reliable security architecture one step further by transforming confidential data into an unreadable format, thereby keeping it hidden from unauthorized users, while allowing authorized users to easily access the information using an individualized secret "key." Encryption is an important piece of the security architecture which is becoming even more critical as corporate LANs quickly expand into enterprise networks.
KeyComm offers security solutions that accurately identify users and protect the integrity of network resident data, while providing some form of encryption. For example, all communication between a protected client and server can be encrypted, along with the database of user records residing on the server. This ensures that private access information is not readable as it travels across a network. User authentication requests are encrypted to eliminate unauthorized access to data, or the potential stealing of login information. We understand the need to provide our customers with a security solution that includes a complete encryption package that ensures the encryption of data as it travels anywhere in or out of the firm's network.

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