What is Server Antivirus Software?

It is software used to provide virus protection to servers, which connect to corporate networks.

It plays a vital role in business security by helping to ensure that the business network and critical systems are protected against malware and viruses, which are one of the most common types of attacks.

To put it bluntly, not everything is “harvested” by the server, even when cyber attacks occur. During this time there has been an increase in Linux-based malware directed at IoT systems and cryptocurrency mining.

What does it do?

Since many organizations have a stack of different technologies running a combination of Windows, Linux and AIX, it is important to move towards security with a holistic approach that goes beyond Windows scanning to protect users. Virus, malware threats and other platforms against worms.

At a high level, server anti-virus systems help you:

• Protect data from viruses – Avoid the risk of a security breach causing major business disruption by identifying and removing viruses;
• Stay Ahead – Take advantage of a comprehensive set of virus signatures that automatically update with the latest antivirus enhancements to keep your business safe;
• Identify emerging issues – Go beyond using virus signatures to reveal new viruses before they cause damage.

Advantages

Antivirus servers have so many advantages; some of them are as follows:

• Flexible management
• Strong performance
• Effective security
• Required configuration

What protection does your server need?

Many of the same types of malware that attack endpoints can infiltrate your server, including these common threats.

• Viruses that delete or corrupt data;
• Zero-day attacks that find vulnerabilities in an ecosystem and strike on the same day;
• Ransomware that encrypts data and holds it hostage until the user pays a ransom.

However, attacks on servers can be even worse. When an attack targeting servers successfully places the virus in the system, the following events may occur.

• The virus remains “silent” and finds a place to hide in the system;
• Once detected, and obviously the virus will scan all vulnerabilities in the network;
• Accessing these vulnerabilities will disable network security measures and start infecting the server (s).

As once activated by their CnC (command and control server). The malware will now extract the data from the network and send it to the CnC server.

This is how every user’s login information on a bank’s server is stolen, how millions of personally identifiable information falls into the wrong hands, and how hackers steal cyberwar secrets from the National Security Administration.