Best Antivirus Companies | Antivirus Solutions | Techpillar

Sort By:
Showing 1 to 28 of 51 (2 Pages)

What is Best Antivirus Companies | Antivirus Solutions | Techpillar?

Anti-Virus & End Point Protection

Endpoint protection is an approach to protect those computer networks which are remotely connected to client devices. With the workforce getting mobile, laptops, desktops, and other wireless devices are now being connected to different corporate networks. This has opened several paths for cyber-attack agents entering the corporate network and causing irreparable data loss. Endpoint protection can ensure that such wireless devices are following the compliance to standards for corporate network security.

Anti-virus and endpoint protection tools can help network administrators to restrict access to certain websites, which don’t comply with a company’s security standards. With an updated anti-virus software and virtual private network (VPN) client, organizations can limit the access of computer devices to virtual LAN.

Frequently Asked Questions

Antivirus Software is designed to detect, block and remove malicious software (malware). It is needed to protect systems, networks, smartphones, tablets etc. against all kinds of malware. Businesses today need antivirus protection more than ever before. On the one hand, all corporate data is saved on computers these days while on the other hand sales and transactions are also carried out online now. Thus customers’ personal data is also processed online and also stored. In this situation, it becomes important that corporate data, as well as customers’ personal data, are protected from being stolen by hackers. Similarly, with computer technology and the internet having involved as key to almost every business today, antivirus protection becomes inevitable.

There are different kinds of viruses that are available which affect computers, devices and networks. These can be broadly classified as:-

  • Boot sector viruses– These are the viruses which affects the boot sector of a hard disk that is run when a device starts up.
  • File Infector Viruses- File Infector Viruses infects the program files, especially .com and .exe files. These can infect other files also when an infected program is run from a hard drive or the network.
  • Multipartite Viruses- It infects both boot records and program files and are difficult to repair.
  • Master Boot Record Viruses– They resides in the memory and infect disks in the same manner as boot sector viruses.
  • Macro Viruses- It is one of the most common virus type that affects data files.


Other types of viruses include email viruses (macro viruses that spread through emails), network viruses (which spread through local area networks and the internet), Trojan horse viruses (which try to cheat users appearing as a desirable virus, but which in actuality would be malicious) etc.


Running more than one anti-virus on the computer is not recommended unless specified specifically by the vendors. Anti-Virus product has some modules like real time scanning of files and real time scanning of mails, which seemingly integrates with OS to provide such services. Such integration can cause problems if there are multiple such services being installed and doing the same task. This way technical issue may arise as such modules are not designed with keeping such things in mind. Technical issues may cause your system to freeze repeatedly which may lead to data loss or unstable system etc.

With hundreds of new malware strains being created every day, antivirus software is, for many people, the primary means of protecting both themselves and their computers from an ever-growing range of threats.

Some antivirus has an ability to detect and neutralize malware. Here are a few key features along with a brief description of what antivirus do:-

  • Real-time Scanner – One of the key components, the real-time scanner will look for the newly introduced malware as it tries to take hold of the system.
  • Scheduled Scans – Most antivirus programs gives the option of setting up a schedule for the timely scans. It’s worth checking which scans can be scheduled though as some only give the option of planning full scanning routines rather than quick or user-configured ones.
  • Automatic Virus Updates – This is an important feature as antivirus program is not updated regularly it will be nowhere near as effective as it should be. The automatic updates are very necessary for the system.
  • Automatic Program Updates – Likewise, the ability of the program to update itself is also extremely useful. While the majority of protection comes in the form of virus updates, sometimes the program itself will be upgraded to give it more functionality or the ability to detect new threats. Good antivirus programs will have the ability to check for updates automatically.
  • On-access Scanner – The On-access scanner performs a quick scan of any program or file as it is opened.
  • On-demand Scanner – An on-demand scanner gives the ability to scan a file or folder whenever you choose to.
  • Heuristic Scanner – Increasingly important as the volume of new malware increases, heuristic scanners can detect threats based on what is known about existing malware and its behavior rather than relying on specific signatures.
  • Compressed File Scanner – Such a scanner will allow the antivirus program to scan files contained within compressed files such as zip files.
  • Script Blocking – Script languages are often used to execute malicious code directly from web sites. Good Anti-Virus programs will come with the ability to monitor Java, ActiveX, Visual Basic and other types of script files and detect and block malicious activity.
  • POP3 Email Scanning – This gives antivirus software the ability to monitor incoming and/or outgoing POP3 email traffic along with any associated file attachments in order to detect viruses and other malware threats.
  • Webmail Protection – An essential protection for anyone using web-based email such as Hotmail or Yahoo! Mail, it acts in much the same was as POP3 email scanning.
  • Instant Messaging Protection – Instant messaging services continue to be a popular platform for spreading malware. A good antivirus program will monitor such services to detect and block malicious threats.

Antivirus programs are powerful pieces of software that are essential on Windows computers. An antivirus program is an essential part of a multi-layered security strategy – even a smart computer user, the constant stream of vulnerabilities for browsers, plug-ins, and the Windows operating system itself make antivirus protection important. The Antivirus Software firstly checks the program, comparing it to known viruses, worms and other types of malware. Moreover, Antivirus software also does “heuristic” checking, checking programs for types of bad behaviour that may indicate a new and unknown virus. The steps may defined as:-

  1. On-Access Scanning - Antivirus software runs in the background on the computer, checking every file that opens. This is generally known as on-access scanning, background scanning, resident scanning, real-time protection, or something else, depending on the antivirus program.
  2. Full System Scans - A full system scan is helpful when there is an installed antivirus program in the computer– it ensures there are no viruses lying dormant on the computer. Most antivirus programs set up scheduled full system scans, often once a week. This ensures that the latest virus definition files are used to scan your system for dormant viruses.
  3. Virus Definitions- The antivirus software relies on virus definitions to detect malware. That’s why it automatically downloads new, updated definition files – once a day or even more often. The definition files contain signatures for viruses and other malware that have been encountered in the wild. When an antivirus program scans a file and notices that the file matches a known piece of malware, the antivirus program stops the file from running, putting it into “quarantine.” Depending on your antivirus program’s settings, the antivirus program may automatically delete the file if it is a false – positive.
  4. Heuristics- Antivirus programs also employ heuristics. Heuristics allow an antivirus program to identify new or modified types of malware, even without virus definition files.
  5. False Positive- Sometimes, it is possible that antivirus programs may occasionally say a file is a virus when it’s actually a completely safe file. This is known as a “false positive.” Occasionally, antivirus companies even make mistakes such as identifying Windows system files, popular third-party programs, or their own antivirus program files as viruses.
  6. Detection Rates- Different antivirus programs have different detection rates, which both virus definitions and heuristics are involved in. Some antivirus companies may have more effective heuristics and release more virus definitions than their competitors, resulting in a higher detection rate.
  7. Testing an Antivirus program- The EICAR test file is used to check, it antivirus is working properly or not.

It is always good to uninstall existing virus protection software while installing a new one, because many antivirus programs, while being installed, won’t install if they detect existing antivirus software on the system.

In network security, endpoint security refers to a methodology of protecting the corporate network when accessed through remote devices such as laptops or other wireless and mobile devices. Each device with a remote connecting to the network creates a potential entry point for security threats.

Usually, endpoint security is a security system that consists of security software, located on a centrally managed and accessible server or gateway within the network, in addition to client software being installed on each of the endpoints (or devices).  The server authenticates logins from the endpoints and also updates the device software when needed. While endpoint security software differs by vendor, most software offers to provide antivirus, antispyware, firewall and also a host intrusion prevention system.

Endpoint security management is a holistic approach to network security that requires endpoint devices to comply with specific criteria before they are granted access to network resources. The Endpoints devices can include PCs, laptops, smart phones, tablets and specialized equipment such as bar-code readers or point of sale (POS) terminals.

Endpoint security management systems, which can be purchased as software or as a dedicated appliance, discover, manage and control computing devices that request access to the corporate network. Required elements may include an approved operating system, a VPN client and anti-virus software with current updates. Devices that do not comply with policy are given limited access or quarantined on a virtual LAN (VLAN).

Endpoint security systems work on a client/server model in which a centrally managed server or gateway hosts the security program and an accompanying client program is installed on each network device. In a software-as-a-service (SaaS) delivery model, the host server and its security programs are maintained remotely by the vendor. In either delivery model, when a client attempts to log onto the network, the server program validates user credentials and scans the device to make sure that it complies with defined corporate security policies before allowing access to the network.

 Endpoint security is a strategy in which security software is distributed to end-user devices but centrally managed. Endpoint security systems work on a client/server model. A client program is installed on or downloaded to every endpoint, which, in this case, is every user device that connects to the corporate network. Endpoints can include PCs, laptops, handhelds, and specialized equipment such as inventory scanners and point-of-sale terminals. A server or gateway hosts the centralized security program, which verifies logins and sends updates and patch. 

Antivirus software is a computer program that detects, prevents, and takes action to disarm or remove malicious software programs, such as viruses and worms. It helps in protect the computer against viruses by using antivirus software, such as Microsoft Security Essentials, Avast Anti-Virus. Computer viruses are software programs that are deliberately designed to interfere with computer operation; record, corrupt, or delete data; or spread themselves to other computers and throughout the Internet. There is a regular need to automatic updates of anti-virus software to prevent the most current viruses enter to the systems.

The Endpoint Security system works on a client-server model. Within the network there would be the security software, located on a centrally managed and accessible server or gateway. On each endpoint or endpoint device would be located the client software. The security software authenticates logins made from the endpoints and simultaneously updates client software when needed.

Endpoint Security also works as a SaaS (Software-as-a-Service) model; here the security programs and the host server are both maintained remotely by the merchant.

Would you like to receive more information about Antivirus?
   Submit your Query
   Chat With Techpillar
   Call Techpillar at +91 9250092507
Need Help?