Sensitive data on a GFE mobile device does not need to be encrypted.
Encrypted form
Make sure the connection being used to send the sensitive infoformation is secured. This can be done probably in several ways. The most common is to have the connection be encrypted. When data is encrypted only the intended computer can un encrypt the data and read it.
To handle sensitive data in a mobile app, use encryption to keep the data safe while it's being sent and stored. This means that any information sent between the app and servers is scrambled so it can't be easily intercepted. Additionally, sensitive data should be stored securely using encrypted storage mechanisms. It's also important to implement strong authentication methods to ensure that only authorized users can access the data. Regularly update the app to fix any security issues and keep the data secure.
It depends on whether the data is sensitive. You might not want just anyone to be able to view the data - in which case it should be encrypted.
Device and data theftAnswer Explanation: Compared to other network equipment, a major security liability of mobile devices is theft or loss of the device and of its data. To minimize the impact of a lost or stolen device, you should transfer its data to a network location often. You should also implement secure passwords on the device, which will make unauthorized access a little more difficult. Another recommendation for mobile devices is to encrypt the information stored on a mobile device.
The DoD requires you to have a password. This will let you view sensitive data including PII and PHI on mobile devices and e-mails.
Password
Yes, there are several algorithms for data compression, that is, store data in less space than it usually needs. However, not all data can be encrypted. Encryption basically takes advantage of some sort of repetition in data; once all repetition has been eliminated, data can be encrypted no more.Yes, there are several algorithms for data compression, that is, store data in less space than it usually needs. However, not all data can be encrypted. Encryption basically takes advantage of some sort of repetition in data; once all repetition has been eliminated, data can be encrypted no more.Yes, there are several algorithms for data compression, that is, store data in less space than it usually needs. However, not all data can be encrypted. Encryption basically takes advantage of some sort of repetition in data; once all repetition has been eliminated, data can be encrypted no more.Yes, there are several algorithms for data compression, that is, store data in less space than it usually needs. However, not all data can be encrypted. Encryption basically takes advantage of some sort of repetition in data; once all repetition has been eliminated, data can be encrypted no more.
two factor authentication
two factor authentication
Decryption is the process of converting data from an encrypted format back to its original state.