Data Encryption for Maximum Data Protection

Encryption of information was in use long before we became addicted to, and often woefully dependent upon, computers at home and at the workplace. World military powers have constantly sought to develop and implement code language to communicate with their forces without the possibility of their message falling into the hands of an eavesdropping enemy. These same powers work just as diligently to find the means to decipher the coded communications of their enemies.

It has become just as important to modern consumers and businesses to be able to securely exchange and store sensitive information. Unfortunately, some competitors and criminals constantly seek to obtain our private and sensitive information. Thus encryption becomes the highest priority in exchanging and storing information in our high-tech times.

Encryption is basically the conversion of data into a form, called cipher text, which can only be understood by those authorized to receive it. This text is then converted to its original format, or deciphered.Simple ciphers would be changing letters to numbers or scrambling the letters.

Encryption is an algorithm that requires a “key” to decipher. The “key” is an algorithm that undoes the work of the encryption algorithm. A computer may be used to try to ?break? the algorithm by someone who does not have the required ?key?. The more complex the algorithm, the harder this becomes. Any time sensitive information is exchanged, encryption is definitely preferred, and should be required. Wireless communication is extremely vulnerable to interception, and without a strong encryption, your information is at extreme risk. You certainly don?t want other parties to have your credit card information or you bank account numbers, now would you? Company information can be just as valuable to your competitors as to criminals who would seek to exploit your encryption weaknesses. Unfortunately, the stronger the encryption, the higher the cost.

Strong encryption refers to ciphers that are virtually impossible to break without possession of the decryption keys. Businesses who deploy strong encryption consider it an absolute necessity for the protection of their own and their customers’ security. Some governments, however, worry that terrorists could use strong encryption to plan and deploy terrorist activities. These governments, The United States included, would like to establish a key escrow system whereby any one who deploys strong encryption systems would have to provide a key to supposedly be kept in a secure place, and accessible only by a court order. Opponents of this plan fear hackers could obtain the keys, and some fear government.

A quick internet search will provide you with a wealth of information on encryption software and companies who specialize in data encryption and security.