5 Ways To Measure Your Endpoint Security Effectiveness

What is Endpoint Security
Endpoint Solutions Effectiveness

With a sharp increase in the usage of mobile devices, enterprises can no longer afford to operate without endpoint security solutions for safeguarding their networks. But the biggest dilemma when it comes to endpoint security solutions is how do enterprises find out whether these security tools are indeed serving their purpose? That their networks have become more secure than they were previously?

Finding out how these security tools are performing can indeed be difficult, chiefly because when it comes to endpoint security, enterprises are usually bombarded with so much network-related information that they can start feeling overwhelmed and therefore decide not to evaluate them at all. But this would be a serious mistake.

Therefore in this page, we present to you 5 questions using which you can measure the effectiveness of your endpoint security solution; questions the answers to which can let you know whether your endpoint security tool is indeed effective or whether it’s time you opted for a change.

Does It Do What You Expect Out Of It?

This might seem like a silly piece of advice. But like mentioned earlier, it’s quite easy for enterprises to get lost amongst the sea of information that is usually generated by endpoint security tools and lose track of what you need from it in the first place.

Therefore ask your security experts whether these security tools are keeping your network safe from hacking. If so, probe further and find out how they are doing so. By being proactive? Through extensive reporting? By employing stringent security policies? And so on. Because the more you find out about your security tools, the more you’ll realize how efficient – or inefficient – they are.

Is Persistence A Key Feature?

The hacking community has probably thought of a billion ways in which it can attack enterprise networks. So is your endpoint security tool strong enough to handle all of them? Moreover, when it comes to endpoint security, it’s more about surviving than emerging a winner.

Therefore ask your security experts to analyze the persistence level of your endpoint protection tool. How do these tools tackle serious security threats? Do they try to get to the root of the security issue or do they just focus on prevention? Are they programmed to reset themselves after a major security attack? These questions will indicate how persistent your endpoint protection tool is. The more persistent they are, the better for you.

Does It Affect User Productivity?

Stringent security policies can make enterprise users feel constricted. We live in an age where employees like to work from any location and if your endpoint protection tool is not able to offer this, it can affect your enterprise productivity greatly.

Therefore ask your security experts whether they rely on stringent security policies. Or on easy going ones? Speak to your employees and get their opinion as well. The information you get from both your security experts and employees will help you frame better security policies which can protect your enterprise without affecting your employee productivity.

 Is It Flexible?

Enterprises expand over time. So do the applications, systems and various other systems they may be employing. Some of them might even become outdated. Now the question is whether the endpoint protection tool that you are employing is equipped or flexible enough to handle such changes.

Talk with your security experts and find out if your endpoint protection tool can handle such growth and changes efficiently. If not, it’s time you opted for a change.

Is It Security Compliant?

Meeting industry security requirements is also a key component of endpoint protection. Because if you don’t and your enterprise’s security is breached in the future, you’ll be confronted with hefty lawsuits that will not only affect your reputation but also can prove heavy in your pockets.

Therefore ensure your security experts become well-versed with the various regulatory bodies associated with your business. Moreover, you can also consult with your legal team as well. Because they’ll be knowing more about various cyber-laws. Conducting such research will help you confirm how far your endpoint protection tool complies with the existing cyber-laws. And obviously, the more they do, the better for you. If not, it’s time for a change.

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Is ransomware considered a virus or malware?

What is Sodinokibi ransomware

If you’re reading this, it’s safe to assume you have trouble understanding what ransomware is—and are wondering whether it’s a virus or malware. Is ransomware a virus or malware? First off, the thought of looking at ransomware to be a virus is not technically correct. Ransomware and viruses are both malware, so there is no way you want to consider ransomware a virus. It’s a different type of malware like viruses.

Perhaps you’re yet to understand the above clarifications. We’ll have to consider each of these terms for a better understanding.

What is Ransomware?

Ransomware is a type of malware that demands ransom after encrypting the victim’s computer and denying them access. Unlike different varieties of malware, ransomware’s target isn’t to steal or harm users’ information, however, to carry them to a ransom.

What is a Virus?

A virus, because it relates to computers, maybe malicious code that corrupts or destroys a computer’s information. Like ransomware, a virus is a type of malware that poses threats to computer users.

So, is ransomware a virus or malware? From the above, you can see the question lacks cohesiveness. Ransomware is not a virus but malware. Both ransomware and viruses are types of malware that attack computer users.

Now that you know what ransomware is, you sure want to know more about the malware methods of attack and how to avoid it. If that really sounds like you, let’s dig in!

How Does Ransomware Operate?

As you already know, ransomware is a type of malware. Like other malware, ransomware is created by some criminals to attack computers. However, ransomware creators intend to steal cash from victims through ransom. On finding its thanks to one’s PC, the ransomware malware encrypts your information and denies access.

The malware spreads through phishing and social engineering. Here’s how the attacks are executed:

Email Attachment

Ransomware depends on a host to enter one’s computer. And because no one will accept an infected file into his computer, the criminals adopt a deceitful approach. They would send emails impersonating someone you know or are currently having some business relationship. Other times, they’d pretend to be your healthcare provider or any service you are currently using. This trick is to have you open the attachment for the ransomware malware to penetrate your computer.

Cracked Software

Compromised software can also get malware into your computer. Most people like to purchase cracked software or use the free ones. Most of them may contain a malicious code that monitors your computer for a possible ransomware attack.


Though not all websites displaying pop-ups on their web pages are scammers, some use that to send malware to computers. Be careful of any random web page you stumble on asking you to update any of your software. You may open the door for ransomware by clicking the pop up to update any of your applications.

How Long Has Ransomware Existed?

According to available statistics, ransomware started in 1989 when a Trojan was sent to attendees of an AIDS seminar. However, the attack wasn’t loud as the codes were neutralized without paying the ransom, and that laid the foundation of today’s ransomware attacks. Major ransomware attacks began in the mid-2000s and had been thriving—using Bitcoins as means of payment.

Perhaps ransomware victims would easily be trailed if payment weren’t demanded via bitcoins. Unfortunately, attackers have continued to demand payment via Bitcoin, and the system leaves no room for users to identity verification. That means the best way to handle ransomware is to avoid being a victim.

Of course, cybersecurity exists to help stop such malware attacks. So, you want to take cybersecurity seriously to safeguard your data and business from malware attacks.

Perhaps you already have an active antivirus/anti-malware on your computer, but that’s not enough. Ransomware criminals are developing difficult to crack codes, which may trick anti-malware and firewalls. As you may know, certain malware types are fileless and may penetrate your system undetected. You need advanced security systems to curb sophisticated malware.

A typical example is advanced endpoint protection. This security system uses advanced technologies to detect and stop tricky malware.

Wrap Up

By now, you already know ransomware is not a virus but malware. And both ransomware and viruses are malware that poses threats to businesses, government agencies, and individuals. Ensure you take the best steps to prevent malware attacks. And while you hope on your security systems to block malware, ensure you backup your data to help you recover them in the event of any disaster.

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What happens when a computer gets infected with ransomware?

What is Ransomware on a Computer?

Ransomware is somewhat only synonymous with a computer. Perhaps there would be no ransomware if computers never existed. Are you puzzled by the above? Let’s face it—what is ransomware on a computer?

As you may know, ransomware is a malware that attacks computers by encrypting users’ data and locking them out. A ransom is then demanded by the person behind the ransomware before the ceased data is released. So, ransomware on a computer is simply a malware attack. However, this malware attack differs from other types of malware. Its primary intent is to access your data and make them unreadable on your end, thereby asking for a ransom before normalcy is restored.

In recent years, ransomware criminals have carried out devastating attacks on businesses, government agencies, and even individuals. These attacks halted activities and cost the victims huge sums before retrieving their systems.

What is Ransomware on a Computer?

How Does Ransomware Get to a Computer?

Ransomware is not a default program but maliciously spread to computers. This act is executed by cybercriminals whose aim is to hold your data to a ransom. Of course, it’s money and nothing else for the ransom. The malware is spread through phishing and other methods. Let’s take a look at the various ransomware modes of spreading.

Email Trick

The whole idea deployed by ransomware attackers is to trick you into accepting the malware on your computer. Of course, you won’t willingly install malware on your computer, so the thieves pass through a host to spread the malware. In the case of emails, the malicious code is embedded in an attachment. The email may appear to be from any of your associates to trick you into clicking on it. You’d install the malware on your computer at a click of the link.

Cold Calls

Like emails, ransomware criminals may impersonate your business associates, service providers, etc., in an attempt to have you reveal your details to them. At other times, you may be asked to open a link that will be sent to you after the call, citing something related to any of your subscriptions.

Cracked Software

You probably know that cracked software is risky. Ransomware can also get to your computer through this means. Most cracked software websites are operated by scammers, they’d hide malicious code on the software to monitor your information and possibly strike if they see something interesting. Ransomware can hide on your computer for a long time, monitoring your activities to see the best time to launch an attack.

Compromised Vendor

Some vendors sell infected software but unknown to them. A compromised vendor is one whose software or other computer programs are hijacked by cybercriminals–adding malicious codes to steal users’ information. Always get your software from verified vendors and keep them updated whenever a new update is released.

Who’s a Target of Ransomware?

Given the statistics of ransomware, it’s safe to say ransomware mainly targets data-driven companies, including schools and government agencies. However, individuals are not left out; figureheads in major companies are also targets. Any other individual with sensitive data can be a target of ransomware as well. Since the attackers’ primary intent is to quickly get money from their victims, they focus on businesses and individuals that need their data to carry out daily activities.

More so, employees of such companies and government agencies are also targets. They may capture the entire system if one computer is compromised.

How to Prevent Ransomware from Entering Your Computer

As you have read, only a compromised computer can be attacked by ransomware, and you want to avoid opening unverified attachments and downloading software from untrusted sites. However, this might be difficult to maintain if you have a pool of employees, anyone can compromise unknowingly. Also, software from compromised vendors can result in a ransomware attack. Therefore, the best thing is to deploy the most effective means of cybersecurity.

Of course, antiviruses/anti-malware and firewalls are the basic means of securing your devices against malware attacks, including keeping your software updated, using strong passwords, etc. However, attackers do enhance their tricks, which has seen the emergence of fileless malware and the likes. These types of malware are advanced and may bypass antiviruses and firewalls in some cases.

This is why businesses are moving to advanced security systems like advanced endpoint protection. To ensure the best security for your business against malware, you need this security system that uses high-end security technology to identify and block sophisticated malware.

Wrap Up

While you deploy the best cybersecurity methods to keep your data safe, ensure you back them up. Data backup can help you recover your data in case of an attack or physical disaster that results in data loss.

Endpoint Protection vs. Endpoint Security

Best Endpoint Security

What Is An Endpoint?

An endpoint in computing refers to those ‘areas’ within a network using which hackers can intrude or hack into it and carry out illegal activities like stealing sensitive information or end up compromising the network’s security. Therefore endpoints can also be considered as vulnerable points within a network which has to be strengthened in order to keep the network safe from various security threats which today’s prevailing cybersecurity landscape throws up.

What Is An Endpoint Device?

Endpoints are basically devices outside of the network (mobile devices) like laptops, tablets, smartphones, desktops which have been provided with the privilege to connect to the network. With the proliferation of workforces willing to work off-premise and on-the-go, the number of endpoints has increased tremendously. And with the increase in the number of endpoints, the chances of cyber attacks too has seen a sharp increase. Technically speaking, endpoints are where hackers (or attackers) execute code and exploiting vulnerabilities in order to gain access to the network.

Web Service Endpoint

Web service endpoint is the endpoint in which a web service is located which will be accessed by millions of endpoints across the globe. This decides the point of contact for a web service by providing the physical location of the service, or what computer the request is coming from. Simply put, just like an enterprise network has endpoints, in the same way, web services or applications hosted online too have endpoints and these are known as web service endpoints.

Difference Between Endpoint Protection and Endpoint Security

Although there exists a confusion as to whether endpoint protection and endpoint security mean the same thing or not, the truth is they do. Be it endpoint protection or endpoint security, they both refer to the same security tools that protect networks against various security threats.

How Do Endpoint Security Tools Offer Protection?

Endpoint security tools is usually a group of several security tools like antivirus, antimalware, antispam etc., all grouped into one solution for protecting the entire network against various security attacks. They operate on a client-server model in which the security program is hosted on a central administrative server and client programs on the endpoints. Whenever clients (endpoints) attempt to login to the network, the server program allows them to do so only after validating their credentials and scanning the device to make sure they comply with the network security policy. In other words, only after ensuring the device “is the part of the network”.

Top 5 Endpoint Security Software For Your Devices

The IT security market contains several endpoint protection or security tools. Selecting one among them is not easy as most of them contain reasonable features and are available at an affordable price. Therefore we try to make this task easier for you by providing a list of top 5 endpoint protection tools for your devices.

Best Endpoint Security 2021

  • Comodo Advanced Endpoint Protection (AEP)
  • Mcafee Endpoint Protection
  • Sophos Endpoint Protection
  • Eset Endpoint Protection
  • Symantec Endpoint

1. Comodo Advanced Endpoint (AEP):

Comodo AEP tops the list easily with its impressive security features. And also because it’s reasonably priced. This security product is extremely efficient in combating external as well as internal security threats successfully. Therefore using Comodo AEP enterprises can keep all kinds of malware and security threats at bay.


Default Deny Platform: the default deny approach, a technology which is unique to Comodo, ensures all applications (be it good or bad) are denied entry by default until they prove themselves to be harmless. An extremely efficient way of tackling cyber security threats in the age of zero-day malware.

Containerization Technology: for restraining or restricting unknown files within containers and releasing them into the devices only after these files prove themselves to be harmless. The technology which powers the Default Deny Platform approach.

VirusScope Behavior Analysis: another technology which is unique to Comodo for performing local-workstation analysis performed based on the Indicators of Compromise (IOC) collected based on previous malware exploits. VirusScope makes use of techniques like API hooking, DLL injection prevention and much more.

Valkyrie Cloud-based Static & Dynamic Analysis: cloud-based malware analysis service for providing quick malware verdicts, often within 45 seconds. Reduces false positives and ensures enterprise productivity is not affected.

URL Filtering: a technique which keeps enterprises away from malicious websites and web applications by performing efficient URL filtering.

Device Control Related Features: granular device control features like easy device profile creation, over-the-air enrollment, remote data wipe, find my device and other anti-theft features, along with easy to implement yet secure mobile device security policies.

Application Security-Related Features: granular application control features like application inventorying, blacklisting applications, whitelisting applications, BYOD protection and more such security features.

Remote Monitoring and Management: for ensuring remote device takeover and applying timely security patches over the network.

2. Mcafee Endpoint :

This endpoint protection tool which is also moderately priced is packaged with the goal of making security administration easier for small to midsize businesses (SMBs). The security company claims to offer superior protection It comes with an extremely user-friendly interface.


Easy-to-Use User Interface: which simplifies the complex technology behind endpoint protection and helps enterprises protect their networks easily without any fuss.


The fact that it’s basically a bare-bones solution using which enterprises can offer only minimal protection. Certainly not suitable for tackling the zero-day malware.


Certainly good for small to midsize businesses but does not have much on offer which can leave its users wanting for more.

3. Sophos Endpoint :

This security tool is a combination of anti-malware, web and application control, device control and much more, designed to support businesses of all sizes – both big and small. Sophos has also introduced Intercept X which is a cloud-based endpoint protection service that enhances endpoint security already running in your environment.


Fully Functional 30-Day Free Trial: including all the features need for enterprise management, which is not that easily available with other security products.


Per User License: with a price ranging between $30 to $60 range, making it quite expensive.


Not bad. But definitely not the best in the IT security industry, as users often report about having second thoughts on the product’s ability.

4. Eset Endpoint :

Another security tool worth mentioning. Protects your endpoints using tools like antivirus and antispyware, advanced memory scanners etc. Comes with built-in data access control features as well. Above all, it easy to use.


Offers reliable technical support backup and is cheaply priced.


Does not offer enough security to networks. Leaves much to be desired.


Useful for frugal-type enterprises. But then, good security comes with a price tag, doesn’t it?

5. Symantec Endpoint:

a few months ago, Symantec was in the new for all the wrong reasons with regards to its SSL business. But its security products still command much respect in the industry. Easy to use, good security at an affordable price, it’s the last in this list.


Highly customizable, extremely flexible, cheaply priced.


Only minimal protection on offer. Could improve its security.


Not bad for a company which had to sell its SSL business owing to security issues

Best Endpoint Security

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What is a computer trojan virus and how do they work?

Computer Trojan Types
Computer Trojan Types

Computer Trojan Virus: Meaning

A computer Trojan refers to a program that appears to be harmless, but is in fact, malicious. It is a destructive program that acts as a benign application. You can confirm that a computer Trojan horse resides in your system if you come across strange activities and unexpected changes to your settings when the computer remains idle.

Key Types of Trojan Horse Viruses

  • Destructive Trojans: Proxy Trojan horse viruses use the victim’s computer as a proxy server. This Trojans allows the attacker to do anything on your computer, including credit card fraud and several other illegal activities. The attacker will also be able to use your system to launch malicious attacks against other networks.
  • FTP Trojans: FTP Trojan horse viruses open port 21 (the port for FTP transfer) and permits the attacker to connect to your computer using File Transfer Protocol (FTP).
  • Denial-of-Service Attack (DoS) Trojans: A DoS Trojan horse executes a type of attack that brings a network to its knees by flooding it with useless traffic. Several DoS attacks, such as the Teardrop and Ping of Death attacks, exploit limitations in the TCP/IP protocols. For all the popular DoS attacks, there are software fixes that system administrators can install to limit the damage brought about by the attacks.
  • Remote Access Trojans: A Remote Access Trojan (RAT) can provide the attacker with complete control of the victim’s system., this computer Trojan virus is usually hidden by attackers in games and several other small programs that unsuspecting users then execute on their PCs.
  • Security Software Disabler Trojans: This Trojan horse virus stops or kills computer security software such as firewalls or antivirus programs without the user’s knowledge. It is usually incorporated with another type of Trojan as a “payload.”
  • Data Sending Trojans: Data Sending Trojans supply the attacker with sensitive data, such as log files, passwords, e-mail address, credit card information or IM contact lists. These Trojans can look for pre-defined data, for example, only passwords or credit card information, or they can install a keylogger and send all recorded keystrokes back to the attacker.

How a Computer Trojan Virus Works

Below is an example of how a computer Trojan horse virus could be used for infecting a personal computer:

An official-looking email is received by the victim along with an attachment. This attachment contains a malicious code that gets executed immediately after the victim clicks on the attachment. Following this, the computer continues to work normally, hence the victim does not suspect that the attachment is in fact a computer Trojan that has infected his/her computing device.

The malicious code continues to be undetected until a specific date or until the time when the victim performs a particular action like visiting a banking website. When this takes place, the trigger activates the malicious code and the intended action finally gets executed. Based on how the computer Trojan virus has been developed, it may continue to be active, it may return to a dormant state or it may delete itself after it has successfully executed its intended function.
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What is Malware and How Does it Work?

What is Malware?
What is Malware?

Malware, also known as malicious software, is a malicious code developed with a malicious intent, or whose effect is malicious. This software can disrupt the system’s operation by permitting an attacker to access sensitive and confidential information, besides allowing attackers to spy on private and personal computers.

Malicious software normally disguises itself as clean programs. Cybercriminals design malware in order to steal data, bypass access controls, compromise computer functions, and also cause harm to the host computer, its data, and applications. If spread through a network, malware can actually cause widespread damage and disruption, demanding extensive recovery efforts within organizations.

History of Malware

Threats like malware have been in existence for decades but they were referred to as computer viruses during this time. However, the term malware was introduced by Yisrael Rada in 1990. Many of these early infectious programs were actually written as pranks or experiments, but hackers now use malware to steal business, financial, and personal information.

Key Types of Malware Attacks and How to Defend Against Them

Given below is a list of malware types and a discussion on how to prevent and tackle such malware attacks:


Adware is a malware capable of downloading or displaying advertisements to the device user. It mostly does not steal any data from the system but it plays a more annoying role of forcing users to see ads that they would rather not have on their system. Some irritating forms of adware display browser pop-ups that cannot be closed. Sometimes, users unknowingly pollute themselves with adware that is installed by default when they download and then install several other applications.


Install an anti-malware solution available with anti-adware capabilities. You will have to disable pop-ups on your browsers and then focus on the installation process when installing new software, ensuring that you un-select any boxes that will install additional software by default.


A backdoor is considered to be a secret way to get into your network or device. Device or software manufacturers frequently create backdoors into their products either unintentionally through sloppy coding practices or intentionally so that company personnel or law enforcement will have a way to break into the system. It is also possible to install backdoors using other types of malware, such as rootkits or viruses.


Backdoors are one of the hardest types of threats to defend against. According to experts, the best defense is a multi-pronged security strategy comprising of a firewall, network monitoring, intrusion prevention and detection, data protection, and anti-malware software.

Bots and botnets

A bot is software that executes an automated task, and many bots can be helpful. When talking about IT security, the word bot mostly refers to a device that has been infected with malicious software that makes it perform something harmful, mostly without the owner’s knowledge. A botnet is a huge group of these bots all focused on the same task. Often, attackers use botnets to send out spam or phishing campaigns or to execute distributed denial of service (DDoS) attacks against websites.


Organizations can prevent their computers from becoming part of a botnet by using firewalls, regularly updating software, installing anti-malware software, and forcing users to create and use strong passwords. Additionally, network monitoring software can also help to determine when a system has become part of a botnet. It is essential for you to always change the default passwords for any Internet of Things (IoT) devices you install.


Ransomware has recently become one of the most prevalent types of malware. Most of the well-known malware variants lock up a system, preventing the victim to do any work unless he/she pays a ransom to the attacker. Other forms of ransomware threaten to publicize embarrassing information, such as a user’s activity on adult websites, unless he or she pays a ransom.


Organizations can often mitigate ransomware attacks by updating their backups. If their files become locked, they can just wipe the system and reboot from the backup. Furthermore, organizations should make it a point to train users about the threat, patch their software as needed and install all the regular security solutions. However, many organizations and individuals have resorted to paying the ransom as a few varieties of ransomware have proven to be extremely difficult to remove.


Spam is considered to be unwanted emails in IT security. It generally includes unrequested advertisements. A spam can also include attempts at fraud or attachments or links that would install malware on your system.


Most email services or solutions include anti-spam features. Using these capabilities is considered to the best way to prevent spam from showing up on your systems.


A Trojan horse, or just a Trojan, refers to any malware that pretends to be something else but genuinely serves a malicious purpose. For instance, a Trojan can appear to be a free game, but after the installation process it could steal data, install a backdoor, destroy your hard drive or take other harmful actions.


As a user, you will have to be careful when installing new software on your systems or when clicking email attachments and links. Organizations can use security software, such as anti-malware software and firewalls, in order to prevent a number of Trojans.


A worm is very much like a virus because it spreads itself, but unlike a virus, it does not infect other programs. Instead, it is considered to be a standalone piece of malware capable of spreading from one network to another or from one system to another. A worm can cause damage to an infected system very much the same as the damage done by viruses.


The perfect best way to prevent worm infections is to use antivirus or anti-malware software. Users should only click on email attachments or links when they are certain of the contents.


In order to be considered a virus, the malware should be able to infect another program and try to spread itself to other systems. The virus mostly executes some sort of unwanted activity on the systems it infects, such as sending spam, stealing credit card information or passwords, locking the system or incorporating systems into a botnet.


A virus infection can be prevented by installing antivirus software, and users should regularly update the installed software. You should also deploy a firewall and pay close attention when clicking on Web links or email attachments.

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8 Essentials Features of Endpoint Device Security Tools

New Endpoint Protection

Endpoint device security is critical for enterprises to stay secure against various security threats. They are undoubtedly way better than antivirus packages when it comes to network security. [Antivirus packages are only suitable for securing a PC or a number of PC(s), but not the entire network]. One of the reasons why endpoint security is crucial for network protection is that they can prevent not only the known but the unknown as well.

This capability makes them a very reliable network security tool without which an enterprise’s IT information security would be incomplete. But implementing an endpoint device security tool is easier said than done. Because there are a number of endpoint security tools available in the market. Some effective, others not so. So how to find out which ones are effective and which ones are not?

Here a simple solution: Check for the 8 essentials listed in this page which every endpoint device security tool should contain for it to effectively safeguard your networks.

Endpoint Security Tools Should Block The Unknown: Selecting an endpoint security tool which cannot block unknown security threats is as good as trying to protect your network using only an antivirus software. Endpoint security tools specialize in handling unknown threats. Therefore while considering an endpoint security tool, always check out whether it has the capability to handle unknown threats.

Endpoint Security Tools Should Not Impact User Productivity: Sometimes these security tools may, because of the stringent security policies they impose, hinder the user productivity. These are the sort of tools you should avoid at all costs. Always go for endpoint security tools which can increase user productivity by allowing them to use mobile and cloud-based technologies without any fear of being affected by unknown security threats.

They Should Turn Threat Intelligence Into Prevention Automatically: Endpoint security tools that you select should be capable of converting the threat intelligence they gather into prevention automatically without the need for any additional plugins to accomplish the same. Tools which can do this can go a long way in safeguarding your networks efficiently.

They Should Protect All Applications: Enterprises use a number of applications. Only if these function effectively, will the enterprise productivity increase. Unfortunately, most of these applications can contain security vulnerabilities which attackers can exploit. Therefore it is important to ensure the endpoint security tool you select can protect all the applications you may be using.

Endpoint Protection Tools Should Protect Legacy Systems As Well: Legacy systems often pose a huge problem for enterprises. This is one of the main reasons several enterprises choose not to patch their systems properly because their legacy systems may not support such a change. Therefore while selecting these network security tools, you should always ensure that the one you select supports legacy systems as well. Because what you may be using today might as well become a legacy system tomorrow. If such a situation arises, you need an endpoint security system which supports such legacy systems.

Endpoint Protection Tools Should Be Enterprise-Ready: When we say enterprise-ready, we mean your security solution should be “scalable, flexible and manageable enough” to be deployed in an enterprise environment. They must be scalable to handle increasing endpoints, flexible when it comes to security policies and easily manageable by your security experts. Only such a security solution can offer good security to your network.

They Should Meet The Industry Compliance Requirements: There are many regulatory bodies which govern enterprise security. And it is the job of enterprises to comply with them. Any digression would result in liabilities. Selecting an endpoint protection tool which is industry-complaint can be a great way of falling in line with these regulatory bodies.

They Should’ve Received Recognition From Various Research Firms: It is important what others are saying about the endpoint protection tool you wish to use. Ensure they’ve received recognition from various reputable firms. This is probably one of the easiest ways of narrowing down on the right endpoint security tool. Because more often than not a security tool will receive recognition only if it is doing well in the market.

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9 Factors to Consider While Selecting an Endpoint Security Tool

Endpoint Security Tool

Selecting one among the many endpoint security tools out there in the market can be a tough task. But there are certain factors which when taken into account can ease this selection process for you. Factors which serve as ‘tell-tale’ signs that indicate whether the endpoint security tool is the right one for you or not.

Here we list some of these factors which can serve as a quick reference tool (a cheat sheet, to be more precise) for those of you who are in search of the right endpoint security tool.

1. Cloud-based or On-Premise? The first question to consider is whether you are going to go for cloud-based or on-premise endpoint security. Both have their benefits, and selecting one of the two depends upon the security policies you adopt and your IT infrastructure. With cloud-based security ensures flexibility and scalability, on-premise endpoint security tools help you satisfy stringent privacy requirements usually deployed by organizations in government and finance sector. It would be even better if you could find an endpoint security tool which is a mix of both worlds.

2. Prevention Capabilities: Prevention is the best defense when it comes to security threats of today. Therefore ensure your endpoint security tool comes equipped with the right mixture of prevention capabilities. When we talk about capabilities, we mean the next-gen security capabilities like blocking malware at the point of entry, advanced detection capabilities and other such benefits which go a long way in nipping the problem in the bud.

3. Sandboxing Capability: Sandboxing is a technique which allows enterprises run suspicious files in quarantined environments without affecting the network. You need sandboxing for static and dynamic analysis of unknown files. And never settle for third-party sandboxing products that must work alongside your endpoint security solutions. Sandboxing should be built-into, and should come fully integrated with, your endpoint security solution.

4. 24/7 Monitoring and Recording: The basic objective of your endpoint security solution is to manage all your endpoints. This means monitoring and recording the activities within your network 24/7. Therefore ensure the endpoint security solution you pick has efficient monitoring capabilities.

5. Quick Detection Time: Your endpoint solution has to detect network issues and detect them quickly. Time is of the essence when it comes to endpoint security and therefore ensure your endpoint security solution is capable of detecting network issues quickly.

6. Easy and Understandable Interface: Though endpoint security solutions are usually handled by network administrators with considerable technical expertise, it is always prudent to select endpoint security solutions with an easily understandable user interface. Because only if there’s clarity in the user interface, will there be clarity in the way the network would be managed.

7. Automation Capabilities? How does endpoint security respond to security threats? Does it contain an automation system which can take care of false positives? Because there’ll be a lot of false alarms when it comes to network security. You simply cannot avoid them. But, on the other hand, automation capabilities can help you tackle them efficiently.

8. Agentless Detection: Agentless detection can come in handy in the case of file-less malware detection and devices which may not support agent installation. Moreover, installing an agent in every endpoint within your network is a complex and expensive task. Therefore agentless endpoint security solutions are one way of countering these issues.

9. Does It Integrate Well Into Your Security Architecture? Remember endpoint protection or security is a part of your entire security architecture. Therefore if your endpoint protection tool functions separately and does not fit well into your security architecture, then there will be issues. Both network surveillance and infrastructure related. So always pick an endpoint protection tool which integrates well into your infrastructure.

Endpoint Security Tool
Related Resources
Endpoint Security Software
What is EDR?
What is a Trojan Virus
EDR Security
Endpoint Detection and Response

How to Remove Viruses From Your Computer?

How to get rid of virus

When your PC is infected with a foreign body, it would show up the following signs and symptoms

  • When the computer runs slow
  • Annoying pop-ups which are hard to get rid of a virus
  • Constant sound of the hard drive
  • Blue Screen death

If you find any of the above mentioned symptoms – deploy the following actions

How to Remove Malware?

Enter safe mode: Turn off the computer and switched on again. Then press F8 button continuously which displays Advanced Boot Options menu. Select Safe Mode with Networking and click Enter. While doing this, ensure that your PC is disconnected from the Internet.

Delete Temporary Files: As you enter into the Safe Mode, ensure to delete all the temporary files to accelerate the process of virus scanning that would help to get rid of a virus

  1. Go to the Start menu
  2. Programs
  3. Accessories
  4. System Tools
  5. Disk Cleanup
  6. Choose Temporary Files and delete it

Download a Virus Scanner

There are two different kinds of scanners that can identify and remove viruses and any other malware

Real-Time Scanner – This type of scanner scans the system while you are still working on the computer.

On-Demand Scanner – The system scan is processed manually only when there is a need.

Run a Virus Scan

An on-demand scanner has to be implemented first with which you can perform the manual scan and following that the real-time scanning should be done to ensure effective scanning. This is to ensure complete scanning process, if one scanning process miss out in identifying the malware the other one would definitely identify it.

Recover or reinstall any corrupted software or files

Once the scan has identified and deleted the viruses, there is a need to recover the corrupted files. Users can reinstall the programs that was corrupted by the viruses. It is always recommended to backup files so that there is an option to retrieve the files in times of crisis.

Improve your defences

Update your protection software: It is not just enough to install with the antivirus software but it is also important to update your protection software regularly. This is because the software vendors release new patches with bug fixes or any other security update. 

Implement pro-active measures

  • Installation of the latest software
  • Keeping the software up-to-date with latest patch fixes
  • Backing up of Data on a regular basis
  • Never click on the pop-up messages
  • Beware of opening suspicious emails from email addresses that you find suspicious.

How do I detect a virus?

Anti-spyware and antivirus software are used to identify and eliminate viruses and other suspicious files from the computer. It becomes more efficient when both anti-spyware and anti-virus program are incorporated together.

Antivirus Software

Choose the right antivirus software and install on your system. Ensure to run Antivirus software in the background and set it to automatically update at regular intervals to get the best possible protection against viruses.

Security Scanners

If you are a Windows user, it is critical to install anti-spyware software along with antivirus program and firewall. Also ensure to run an antivirus scan once in a week or at any given regular interval to ensure high levels of protection

Comodo Endpoint Protection for Enterprise

Comodo Endpoint Protection from Comodo delivers unique protection for endpoints in a network when it is connected and accessed from remote or wireless devices. It delivers a 7 layer Endpoint Security Platform that features Containment with auto-sandboxing, Web URL Filtering, Comodo Firewall, Antivirus, File Lookup services, Host Intrusion Prevention, and Behaviour Analysis to deliver 360 degree protection under a single roof to provide protection for businesses – small or big, irrespective of the sizes from both known and unknown threats.

How to get rid of malware

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