Linux Flash Drive

Understanding UFD issues in Healthcare Companies

May 25

adminLinux Flash Drive linux flash drives, ufd, usb flash drive, usb protection, usb security No Comments

The top priority of a health care company is to deliver the best care, treatment and services to their patients. But in the process of doing so, huge amount of data are being produced and they are usually stored and scattered in different locations. So transferring such data in a single repository is needed and with this, the use of storage devices such as USB flash drives (UFDs) is very beneficial.

In transferring patients’ data, it is also a must to provide the outmost care that you can give. It means that you should protect the data to preserve its integrity and confidentiality no matter what. Make sure that you use a secured Linux Flash Drive in doing the transfer because hackers or other individuals can do malicious things if they are given the chance to access and copy the data. There are also laws which can make you liable in case you are responsible to the leakage of patients’ data, so do not take such simple task for granted.

But practically, protecting medical data inside a UFD is a hard task. No matter how careful and secured you are, there are still situations which are out of your control. Having this said, your UFD must implement a trusted and proven security feature. The security mechanism should ensure unauthorized access is prevented and encryptions on the files are implemented.

Speaking of authentication, your UFD should implement hardware technology rather than software. This is because hackers can now exploit the weaknesses of software authentication. They now know how to attack the authentication process itself. While in hardware authentication, hackers will have a very low chance of infiltrating the security features. One good reason for this is the independence of the UFD during the authentication process. By this, the hackers will not even know that a user is currently entering his password.

When it comes to encryption, most UFDs are using standard algorithm which are proven to be effective worldwide, so there are no issues on the algorithm being used by both hardware and software encryption. The disparity between the two encryption approaches lies on the processor that they are using when encrypting files. Software encryption uses the processor of the host computer which makes it more vulnerable to attacks, while hardware encryption uses its own dedicated processor and this is absolutely more secure.

Using UFDs in healthcare companies is now being accepted. One reason for this is the emergence of reliable and trusted UFDs which implements security features such as hardware authentication and encryption.