There is a simple reason why Advanced Encryption System 256 (AES256) is the most popular encryption system in use today by Houston managed IT services. If you utilize virtual private networks (VPNs), Active Directory authenticated networks or if you merely encrypt your data on box.com, it is likely that you are using AES256 whether you know it or not. Taking these measures helps you to keep your online browsing information secure, whether you’re on your home internet connection or you’re out and about, so if you’d like to avoid being hacked or having your personal information sold to corporations, visit 25pc.com for a VPN. AES256 has never been cracked, despite constant attempts to break it. Why would hackers continue to try to open up the system to their attacks? That is because the advanced encryption system AES256 is the guardian of a million secrets. It is used to protect classified governmental secrets, banking data and personal health records across the world.
What Makes AES256 So Safe?
Every Houston network security company knows why AES256 is safe and the algorithm has been accepted by the United States and Canada as the standard for encrypting transited data and data at rest. This is due to the 256-bit key and the inclusion of 14 hashes. Hackers are at a severe disadvantage when trying to crack it, and they will not be able to do so for many hundreds of lifetimes to come. Another advantage is that it is easy for developers to incorporate into their programs because there is already a series of existing extensive code libraries that have been created specifically for future use for Houston backup and disaster recovery applications.
The 256-bit encryption key is the gatekeeper of the system in both directions. It is the same if you are writing to or reading from the system. There are other version, such as AES128 and AES192, but they are not as popular because the 256-bit key is harder to crack. However, you must not lose the keys because you will lose both the data at rest and the entire conversation completely.
In the past, hashing data occupied your computer’s CPU, but now that systems are more powerful, everything, including desktops, notebooks, tablets and even smart phones, can handle hashing transparently with no loss of performance. However, servers that are tasked to run several versions of the AES256 algorithm might lose some of their speed while encrypting.
They say that AES256 can never be cracked without the services of a powerful psychic using binoculars with measured keystroke bounces. There have been countless attempts to crack it, but they have all failed. The National Security Administration is the only agency that knows if the system can be cracked, but even if that were possible, it would take extraordinary processing speed and numerous computers dedicated to that single task.
How AES256 Works
Your precious data resides in either plaintext or ciphertext. Plaintext is simple unencrypted text, and ciphertext is text that has been encrypted by an algorithm. You create plaintext and when it is loaded onto a platform to rest or be recalled later, it is encrypted and can only be recalled if you have the correct key for the symmetrical algorithm.
If your data is a stationary target, there is always a chance that it could be vulnerable, however, AES256 ciphertext has never been successfully attacked when it has been implemented properly. NSC Information Technology Group understands how to use AES256 to its fullest extent. We can combine it with hardware aids that will share the processing burden that the algorithm exerts on your system. AES256 is able to resist all manner of hacking as it is. Further algorithms and ciphers can be added, but that usually defeats the simplicity of the encryption. There is really no need to embellish AES256. It is robust enough to withstand the most virulent attacks and remain uncompromised.
Contact NSC Information Technology Group to see how AES256 can protect you from hackers who are looking to raid your data.