Endpoint Security – Now a days it’s a very common question among peoples that what is the difference between endpoint protection & antivirus and so here I have defined simple definition of endpoint protection and antivirus below.
is centrally managing and it is a strategy in which security software is distributed to end-user devices. Endpoint security systems do work on a client/server model. In case every user device that connects to the corporate network a client program is downloading to every endpoint or installed on this. Endpoints can include specialized equipment such as inventory scanners and point-of-sale terminals, PCs, laptops, handhelds. To verifies logins and sends updates and patch a server or gateway hosts the centralized security program.
To disarm or remove malicious things in your PC or laptop, antivirus is a software programs that detects, prevents, and takes action against malicious things such as viruses and worms. By using antivirus software, you can help protect your computer against viruses such as Symantec, Avast .etc.
Endpoint Security: Is Anti-virus Dead?
About endpoint protection again and again the question being asked & antivirus is not who should we use? But do we even need anti-virus anymore?
Like Norton and McAfee ,Traditional anti-virus refers to those anti-virus-focused clients that used to be commonplace and anti-virus is dead while that method of protection worked in the past the efficacy of it is starting to decrease & that’s why some new vendors are arguing that overall, The Anti-Virus Past anti-virus is dead.From known viruses and known malware Traditional anti-virus safeguards. Every anti-virus has a unique signature or fingerprint from a process level,. It generates a new fingerprint If you run a piece of malware or a virus through a cryptographic hashing process & the anti-virus software keeps a database of all of those fingerprints. it says “I know what you are” and it blocks it If it sees something like a Zeus or any other virus.The problem is it generates a new hash or cryptographic signature each and every very time you change a virus’s source code even one character which has to be updated and distributed to the endpoints. So, then 10,000 fingerprints, then 100,000 fingerprints now it has to store 1,000 fingerprints. That database on your local machine gets bigger and bigger and bigger as a result. It constantly has to update that database signature.
A Two-Fold Problem
Anti-virus manufacturers made good strides in storing most of the signatures up in the cloud and offloading the databases. The anti-virus come back and say whether or not it was a threat would identify something suspicious, search the Internet. That, however even with the speed of the Internet is processor-intensive and memory-intensive, and it takes time.Because of the growing sizes of anti-virus programs the problem doesn’t stop there and the impact on endpoint security is becoming bigger & bigger. your anti-virus is so big in which your machine does nothing but constantly scan files for anti-virus.
So the shift is now to next-generation endpoints where. There are a finite number of ways around 13 to 15 to compromise a Windows machine. However, on those vectors there is n number of variables. So, what “next-generation endpoint” manufacturers are doing is watching the behavior of software. Then that’s much more efficient–it doesn’t have to scan every file. If the software only has to watch for a smaller number of different processes. And behaviors which just track that behavior. As a result, it can shut the whole problem down in advance. If it can block one of those attack vectors,