Hackers have one trick in their pack to coordinate with the security wings. This trick relies on so-called "signatures" to detect whether the program is malicious or not.
When a new virus is detected, its signature is signed and sent to each other's antivirus program to help them detect it in a way. The signature is the virus signature on the police record; once it is "captured in the sense of the virus" His appearance.
When a new virus is detected, its signature is signed and sent to each other's antivirus program to help them detect it in a way. The signature is the virus signature on the police record; once it is "captured in the sense of the virus" His appearance.
But what if the developer could change the signature of the virus? This way, it will not be detected even if your antivirus software has a previous malware fingerprint, which means that you do not need to get rid of the code as soon as it detects it; it simply means that it will disguise a new one. This is exactly what malware does and does not do, and its future with artificial intelligence may mean the spread of bad strains of software around the Internet.
1. Polymorphic Malware:
Multi-format malware contains so-called "core" and always does the same thing, no matter how often it changes. He always performs the same actions and attacks them in the same way, but he continues to move the rest of his characters to keep his tracks rolling. Multiple malware can be easier to recognize than her mutant sisters.
Multi-format malware contains so-called "core" and always does the same thing, no matter how often it changes. He always performs the same actions and attacks them in the same way, but he continues to move the rest of his characters to keep his tracks rolling. Multiple malware can be easier to recognize than her mutant sisters.
Malware received its name because its original attack style was sending an e-mail message. Once the target was hit, his computer would then generate a new breed of malware every 30 minutes and send it over time (as shown above). The core of the multivariate malware program remains as it is focused on the axillary attack of the computer.
2. Metamorphic Malware:
Mutated malware is more evil While polymorphism has a core that can be detected, mutated malware attempts to reorganize its entire code with each replication. It regroups the same destructive code and functions it once had, but adds elements such as phantom code and reorganized functions to make it look different from previous generations. This makes it more difficult to detect.
3. How does artificial intelligence affect the war of malware developers with security programmers?
As we move towards a world where artificial intelligence improves better, there is a battle between malware developers and security programmers, and both sides use artificial intelligence to strengthen their side to beat their competitors.
Artificial intelligence is one of the main causes of mutated and multi-form malware, which means that hard-to-detect malware spreads more and avoids more viruses.
Of course, as security companies get to sophisticated artificial intelligence, the battle is going in both directions and antivirus developers can program fast detection that does not rely on signature detection using artificial intelligence that makes logical decisions about how malware works, does not need to rely On fingerprints - it only needs to identify the agent in progress and isolate it.
4. What can you do about this malware?
It may be a little scary to hear about malicious software that avoids security. With the spread of anti-virus programs online, malware developers need to upgrade their game to bypass the security barrier, but this preparedness by developers does not change the fact that the best anti-virus is your sense of the year Do not download suspicious files, open suspicious e-mail messages, or click on strange links sent by your friends on social networks to you. Mutable malware can not attack you if you do not give it the opportunity through the processes we mentioned.
