What is the Basic Difference Between Endpoint Protection and Antivirus

Endpoint Protection and Antivirus

Typical business security of today is usually antivirus and a firewall. However, today’s threats are getting much more sophisticated making this approach outdated and ineffective. Malware attacks are increasing constantly and this trend is not going to change anytime soon. Online criminals target big companies to steal identities and to inflict malware for zero-day attacks. In the present situation, signature-based products like antivirus cannot provide full coverage and it requires an Endpoint Security Antivirus to effectively ward off such attacks.

What is Endpoint Protection?

An Endpoint can be a Desktop, Laptop, Mobile Phone, Tablet or Server.

Endpoint Security or Endpoint Protection is a methodology to the safeguarding of corporate networks that are remotely connected to client devices. The connection of Laptops, Tablets, Mobile phones and other wireless devices to corporate networks creates an entry point for security threats. So, Endpoint Security is devised to make sure that all devices connecting to a network follow the defined level of compliance standards.

Endpoint security management systems components include an Operating System, an updated Endpoint Antivirus software, and a VPN client (Virtual Private Network). It helps administrators identify and manage both remote and local users who access over a corporate network. Endpoint Security management software approach enables administrators to restrict certain access to specific users. Computer devices which do not adhere to organizations policies and standards can be easily denied access or granted with limited access.

What is Endpoint Antivirus?

Many of us get distracted by the idea that antivirus software is a complete solution for all kinds of online troubles. However, the truth is, antivirus is only one of the core components of your security systems.  Simply put, an antivirus is installed on a machine, it sits in the background, and does real-time scans on emails, websites, downloaded programs, etc. The antivirus software solely depends on virus definitions and heuristics algorithms to protect your computer against online threats.

Endpoint Antivirus Versus

There is an essential difference between Endpoint Antivirus and Endpoint Security Antivirus programs.

In a home environment where there are only a few computers, managing and controlling them is simple and easy. There are no complexities as they don’t come under any central administration. Their routine functions are-:

  • Signature and applications updates are received from developer’s control servers through the internet
  • Antivirus programs are installed on each computer
  • Threat alerts and log entries can be viewed only on the respective computers

On the other hand, Endpoint security antivirus uses a centralized server application. It is the ideal way to manage and control multiple devices. Its features include:

  • Centrally managed interface for configuring endpoints.
  • Access every log entry and alerts of various endpoints from one location
  • Automatic downloading of signature and application updates when released by the central management system
  • Policies and standardization of network usage and access
  • Enforcement of a network-wide standard access and usage policies

Comodo Endpoint Protection

Comodo Endpoint Protection ensures complete safety against internal and external threats. It combines a robust antivirus, packet filtering firewall of enterprise-class and (Defense +) an advanced host intrusion prevention system. It is more capable of providing superior protection against targeted attacks and other threat challenges.

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4 Tips To Boost Endpoint Protection

Endpoint Protection

Gone are those days when we managed to secure data in a secluded environment. From the rise of the internet and the elevated use of endpoints (from laptops, smartphones to virtual and local servers) to the storing of data; it’s all now making for extremely easy targets for hackers to steal sensitive and personal data. It is, therefore, terribly difficult to safeguard endpoints with the ever-evolving threats and with endpoints dynamically and adding software packages systematically.

In this article, we will be discussing how to improve endpoint security so read on to know more…

Following are the tips to enhance endpoint protection:

1. Have a check on the data

Security experts have now turned their attention from platform security to data-centric security. In spite of all the technology development, data security is a challenge beyond control. The idea of data-centric intelligence is to protect the data on-the-go. For instance, accessing of data can be permitted from remote, however, the storage of data is not allowed. Keep a check of the data that comes in and goes out of the organization network. In case of any insufficient data protection, it should be addressed instantly.

2. Connect Endpoints to the same network Segment

If the endpoints are found to be compromised, it is better if the infected endpoints are restricted or limited from accessing the other endpoints in the network. Endpoints that are trust compliant can be allowed to access and connect the other endpoints of the same network segment.

3. Validate the Usability for Organization Technology

There has to be a proper stability with the security controls, while there should also be no interruption with the regular user experience. Users are liable to accept the security controls by providing username and password along with advanced security controls as well. An evaluation of endpoints should be performed by interviewing different users of different platforms to see how the security controls affect each of their user experience.

4. Consider Next-Gen Advanced Security Tools

Comodo Cybersecurity’s Endpoint Protection is one go-to security solution that deploys artificial intelligence and combines other cognitive approaches to help users understand the difference between malicious activity and a genuine one. It also prepares the organization with the readiness to deter any possibly malicious attempts from entering the network.

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Gaps in Endpoint Protection Platforms Call for Changes in EPP Requirements

Endpoint Protection Platforms (EPP)

Antivirus is considered to be the very first line of defense technology for Endpoint Protection Platforms (EPP). Over the past twenty years, a number of other components have been added to EPP such as personal firewalls, anti-spyware and anti-malware, but many of these components have never been installed. Even with the latest technologies, endpoint protection gaps still exist mostly because EPP is reactive and makes use of stored information or static rules in order to detect and identify a threat. Static methodologies are not flexible enough to address modern-day threats, thus resulting in attackers effortlessly bypassing outdated EPP.

Changing EPP Requirements

Due to the existence of endpoint protection gaps, EPP requirements seem to be changing. For instance, Gartner and several other analyst firms assume that EPP needs much bigger flexibility and must possess Endpoint Detection and Response (EDR) capabilities. However, standard EPP, even when successful, fails to provide security professionals the means for understanding the “what, who and where” of a threat. This type of threat intelligence can be gathered by analysts only if they have complete visibility into every endpoint activity, timelines, processes and a potential relationship with all endpoints in the organization.

Next Generation AV (NGAV)

EPP is primarily based on stored pattern and signature files in order to stop known threats. This is also considered to be true of newer “Next Generation AV” (NGAV), which employs machine learning with static rules and policies to identify threats, thus restricting its flexibility. NGAV has no threat intelligence or endpoint visibility that will help understand a threat actor’s procedures, techniques, and tactics, which is essential for defending against modern threats. With conventional EPP, machine learning needs new rules or updates to address threats that are unknown, but unfortunately, that only takes place after a threat has been identified and the damage has already been done.

Advanced Endpoint Protection

Advanced Endpoint Protection refers to a next-generation cyber security that can block bad files and automatically contain unknown files in a virtual container with the help of containerization technology and the Default Deny Platform™. This is followed by examining an unknown “contained” file and attaining an accelerated verdict via the cloud-based Valkyrie Verdict malware analysis platform.

Comodo Advanced Endpoint Protection is capable of offering a scalable, lightweight Default Deny Platform along with a unique endpoint security approach, resulting in absolute protection and enterprise visibility. This app based platform has the potential to prevent complexity and solution overlap. It is possible to provision this Advanced Endpoint Protection within just a few minutes, and it further makes use of negligible CPU resources and needs an endpoint footprint of just about 10 MB.


With new EPP requirements, it is now clear a successful EPP in necessary to be able to automate as much threat intelligence as possible for both detection and prevention. Instead of just having the potential to react to the damage already done from a threat, analysts will be able to spend their time analyzing and enhancing their defenses by employing effective automation while leveraging powerful EDR technology.

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What does Ryuk ransomware do?

What is Ryuk ransomware

Modern life has forced us to rely heavily on our computer tools and gadgets. We regard these devices as an extension of our bodies. We square measure than expected to require care of those devices and make sure that they’re not broken or attacked.

One threat that endangers our digital devices may be malware referred to as Ryuk ransomware. What is Ryuk ransomware, you might ask? Read the rest of the article to find out.

Aside from answering the question “what is Ryuk ransomware,” this article will also talk about Ryuk hackers as well as Ryuk ransomware removal applications on the market today. It helps people to better understand a threat that could potentially cost them hundreds if not thousands of dollars.

What is Ryuk ransomware

Understanding ransomware

Before knowing what is Ryuk ransomware, we first have to demystify the term ransomware Ransomware is a term used to refer to malicious malware that asks owners of infected devices for a ransom.

Ryuk ransomware removal is only possible through a code or program provided by the Ryuk hackers. Failure to pay for the ransom usually has two consequences. First, users will lose the files or data stored in their devices. This means that hackers can use their private and personal files for illegal or fraudulent activities.

Second, users can lose access to their entire computer system. This means that they can no longer use their device and in some cases, are forced to buy new gadgets.

Ransomware is dreaded by security experts because the decryption of files and devices can be difficult. Security experts often remind users that when it comes to dealing with ransomware as well as other forms of malware, prevention is the way to go.

So, what is Ryuk ransomware?

It is important for us to ask what is Ryuk ransomware so that we have a full understanding of the danger this malware possesses. Ryuk ransomware is a type of crypto-ransomware that encrypts the computer system thereby locking out users from gaining control and access to their device.

It is only through paying the ransom asked by Ryuk hackers that users can gain back access to their computer system. Hackers hold the key to a so-called Ryuk ransomware removal software.

There are various ways on how Ryuk ransomware may enter into a computer system. One is through other malware such as Trickbot. Hidden within these other viruses and worms is the Ryuk ransomware code. Another is through remote desktop services. Ryuk hackers can access our devices as they gain control of the desktop of our computers.

Threats of Ryuk ransomware

All forms of ransomware pose a great threat and danger to any computer user. Ryuk is similar to other ransomware programs in such a way that it would cost users with hundreds if not thousands of dollars. As mentioned above, Ryuk hackers would lockout users from their own devices.

This is particularly dangerous to businesses and offices who have the need to constantly provide service to their clients. In the past, Ryuk ransomware hackers managed to demand money from a city council thereby proving how this malware can target even government agencies or offices. Hence, government officials must also know the answer to the question of what is Ryuk ransomware.

Undoubtedly, Ryuk ransomware hackers gained millions of profit from their illegal activities. They have successfully deceived individuals users as well as groups and organizations into giving their money in exchange for Ryuk ransomware removal.

It is important to remember though that authorities do not suggest interacting with the hackers. They believe that paying the ransom only contributes to the illegal cause of hackers.

Ways to avoid Ryuk ransomware

After knowing what Ryuk ransomware is, we also have to find ways on how to ensure that our devices are free from such cyberattacks. One effective way to do this is to ensure that we only install legitimate and trusted applications and programs into our devices.

Free apps available online are not necessarily secured. We have to be extra careful in choosing which programs to run on our devices.

One easy way to avoid Ryuk ransomware is to install an anti-malware or antivirus that would filter out any suspicious file inside your computer. Such programs would warn users if they are about to run questionable software.

For some, purchasing anti-virus can be daunting because there are many products to choose from. One way to solve this predicament is to contact the anti-virus companies directly. They can guide users on the best antimalware program for their daily or office needs.

To know more information about what to look for in anti-ransomware programs, contact Comodo Cybersecurity today!

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IoT: Why it Matters to Endpoint Security

IoT Endpoint Security

The Internet of Things (IoT) refers to any product, item, or gadget that can connect to a network or to the internet at large. Every new IoT device connecting to your enterprise becomes a new part of your digital perimeter, the very first point of entry for hackers wanting to steal your data or destroy your IT environment.

Even when IoT devices become mass produced and more widely available, there a minimal number of manufacturers who are investing the resources or time to implement endpoint security into their products. Hence, a number of items come to the market and are purchased even before an individual realizes the security issues that come along with them. These are not just idle issues. Experts have proven that hackers could hold entire heating systems hostage through ransomware. Additionally, even when the manufacturers do implement firmware security into their devices, these are mostly weak and or produces security integration issues with legacy endpoint security solutions.

Just plugging an IoT capable device into your network and then walking away is considered to be a rough equivalent of installing a new entryway into your home. When left on their own, these devices will not have access to the essential software and firmware updates necessary to their defenses. Furthermore, ignoring IoT devices generates visibility issues, as they become blindspots in your security perimeter. Hackers will be able to easily establish a foothold into your network without your security team even realizing it.

Users and their endpoints are extensively considered to be the most vulnerable targets for cyber attacks. However, instead of assisting companies in proactively fortifying these at-risk targets and avoiding infection in the very first place, a number of the new solutions being offered encourage companies to agree to the fact that infection is bound to happen no matter what you do. Hence, the wiser investment, that line of thinking goes, is to concentrate on enhancing your potential to detect and respond to attacks after the fact.

A next-gen endpoint security solution is the need of the hour because legacy endpoint security solutions, given their age, are just not equipped to manage the IoT in the same way they are not equipped to manage modern threats. Hence, only a truly next-gen endpoint security solution will possess the capabilities and the threat intelligence to provide visibility into IoT devices and protect them from external threats. These endpoint protection solutions will be able to create alerts for your IoT devices and implement machine learning in order to prevent your security team from becoming overworked.
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Shurlockr Ransomware

ShurLOckr Ransomware

The ShurLOckr ransomware is a malware that is like other ransomware malware, but it targets cloud-based platforms as its distribution platform. This means that the ShurLOckr ransomware can spread to a wide range of people in the shortest amount of time.

ShurLOckr ransomware was discovered sometime in 2018 by Bitglass and Cylance. It’s a ransomware strain that was developed from the Godjue ransomware and is being offered as a Ransomware-as-a-service (RaaS) on the dark web. The ShurLOckr ransomware was discovered after it bypassed the security screening of Google Drive and Microsoft Office 365.

According to researchers, the ShurLOckr ransomware can bypass a cloud platform’s virus security scan and enter the cloud. Once ShurLOckr ransomware is in the cloud, it can be shared and distributed to any global user who has access to the cloud platform. Once opened, it can infect a company’s network even if they have strong security.

ShurLOckr Ransomware

A Guide to Understanding the Shurlockr Ransomware and Endpoint Protection

When it comes to cybersecurity threats, data theft and Denial-of-Service (DoS) attacks are ranked on top of the list. These threats can do considerable damage to a company or organization and can take a long time to fix after an attack. But ransomware, especially the ShurLOckr ransomware, is much more dangerous.

Characteristics of Ransomware

Being hit by the ShurLOckr ransomware is a cause for alarm and should be dealt with immediately. This is especially true for companies that hold sensitive data in their databases that can be used for blackmail or fraud.

But to prepare for a ransomware threat, it’s important to know the characteristics of ransomware:

File encryption: The first characteristic of malware is its ability to encrypt files and data. Once the ransomware is released on a computer, it scans for files that can be encrypted. It usually hunts for pictures (.jpeg, .png, .tiff, etc.) documents (.docx, .xlsx, .rtf, etc), video (.mp4., .wmv, .avi, etc.), and other personal files.

Sometimes, the malware can take over the entire computer, locking users out of their computers until the decryption code is given to the ransomware. The ShurLOckr ransomware is known only to encrypt files and does not lock users out of their computer or device.

High-level encryption algorithm: Almost all ransomware has high-level encryption. This is to ensure that brute-force decryption cannot be done. This is true with the ShurLOckr ransomware as well.

Ransomware uses a sophisticated encryption algorithm that can be opened with the decryption key. Some ransomware uses a custom-built encryption algorithm, making it hard to break. While many variants of ransomware receive a unique encryption key from the hacker’s online server for every encryption. And the uniqueness of the encryption key makes it hard to crack through brute-force.

Some decryption tools online try to crack the strong encryption of ransomware, but many have limitations and the success rates are low.

Demand letter: Because ransomware is a malware that holds files hostage for ransom, it will always have a ransom letter asking for a large sum of money. As a strain of another ransomware, the ShurLOckr ransomware may also have this.

Most demand letters of ransomware have the same content, especially if they are variants from the same family of ransomware. They ask for a large sum of money, offers to decrypt one file as proof, and require victims to contact the hackers after within a couple of days. Failure to follow the instructions could lead to higher pay demands.

Bitcoin payment: Another trademark characteristic of ransomware is the demand for payment through Bitcoin instead of cash. Hackers prefer being paid in bitcoin or another cryptocurrency because it cannot be traced to a single location. There has been no reported amount for the ShurLockr ransomware so far.

Other than cryptocurrency being highly untraceable, ransomware hackers also prefer to use cryptocurrency because it does not leak any identification and is not regulated by any bank or government.

Other malware payloads: Though not all ransomware has this, the dangerous ones do. Ransomware on its own doesn’t harm your system or steal your data; it just encrypts it and asks for money. Fortunately, the ShurLOckr ransomware doesn’t have any reports of dangerous malware payloads.

But when it has another malware payload attached to it, this malware could end up breaking your system or stealing your data. Sometimes, hackers add a malware that tracks your keystrokes to try and steal your passwords.

Ransomware used in whale phishing attacks could have a malware payload that steals a specific kind of data which can be used for fraud and blackmail.

How Does Ransomware-as-a-Service (Raas) Work?

Because ransomware offers a huge potential for financial gain, many hackers and cybercriminals want to use this type of malware. Ransomware developers saw the market for ransomware and decided to offer it as a service, thus came the “Ransomware-as-a-Service” (RaaS). The ShurLOckr ransomware is offered as a RaaS.

The business model of Ransomware-as-a-Service depends on the malware developers. Some RaaS has a similar business model as Software-as-a-service (SaaS) where the malware developers offer hackers and clients a software kit to customize the malware’s features depending on their preferences. The developers maintain the ransomware and get a cut of the profit when someone pays for the data back.

Another business model is developers sell the kit for a price and leave the buyer to run the program themselves or customize it as they please.

Ransomware has become a profitable software not only for the developers but also for the users. More and more victims of ransomware are paying for the data back, even organizations and high-profile personalities are willing to pay for their data.

In 2013, the actors behind the Cryptolocker ransomware attack garnered an estimated 3 million dollars’ worth of ransom money.

RaaS has a growing market in the dark web. And in a few years, the market for ransomware-as-a-service would hit over a billion dollars.

Why Ransomware on Cloud Apps Can Be Dangerous?

Ransomware in and on itself is dangerous. But when it enters the cloud platform, it can cause damage at a much larger scale. The ShurLOckr ransomware made this threat possible.

Researchers that discovered the ShurLOckr ransomware said that the ransomware can only be detected by 7% of antivirus engines available in the market. And that the cybersecurity offered by cloud service providers are hardly enough to keep the ShurLOckr ransomware out of the cloud servers.

This characteristic of the ShurLOckr ransomware can be exploited in the development of future ransomware viruses and can be weaponized. If it managed to bypass the cloud’s security screening, nobody can say what any future malware will be able to do in the cloud.

In a future worst-case scenario, ransomware could activate in the cloud, infecting the server and encrypting all the data stored in the cloud server, including the company’s backup files.

Why You Need Endpoint Security?

With the dangers packed in ransomware, prevention is much better than a cure. That’s why cybersecurity experts advise companies to secure their networks with endpoint security tools and systems.

Endpoint security is perhaps the most efficient ransomware preventive measure available. Since ransomware must first be in your system before entering your cloud platform, there must be no vulnerable opening in your network that cybercriminals can use as an entry point.

Endpoint security is a cybersecurity measure that strengthens the security of your network’s endpoints. These endpoints could be your employee’s workstation PC, an employee accessible server, a company USB device, and even your employee’s smartphone connected to the company network.

With endpoint protection, each of these endpoint devices must have a certain level of security before they are granted access to the company network.

How Does Endpoint Security Work?

Endpoint security is a simple but efficient cybersecurity technique that prevents malware from entering your network. IT professionals use several software and tools to ensure that each endpoint is compliant with the cybersecurity requirements before they are given access to the network. With an endpoint security

In endpoint security, the device user or owner is responsible for keeping their device’s cybersecurity up-to-date. This reduces the pressure on IT professionals to ensure that each device is secure, which creates a vulnerability when IT officers fail to check one device.

Endpoint protection also gives IT officers the power to monitor activities in the endpoint devices and keep track of the files and documents stored in them.

With global partnerships and bring your own device (BYOD) policies being implemented by many companies today, traditional cybersecurity techniques (network perimeter, IDS, Firewalls, etc.) can no longer protect the company network from foreign devices. Endpoint security and endpoint protection don’t have this limitation.

Accessing the company network from an insecure device creates a vulnerability and accessway into the network. These accessways can easily bring the ShurLOckr ransomware to the doorstep of your cloud storage.

Tools for Endpoint Security

The ability of endpoint protection to prevent malware like the ShurLOckr ransomware from entering your company network lies in the cybersecurity tools used for endpoint security. Below are some tools packaged in an endpoint security service:

Spam and email protector: Many ransomware, including the ShurLOckr ransomware, enters a private network through spam or fake email. That’s why many endpoint security providers offer spam and email protector in their packages.

Many email providers also have spam blockers built into the system to prevent spam from entering your inbox. However, this is not enough as fake emails could still bypass spam and email protectors.

Antivirus software: So far, the best prevention against ransomware is to have updated antivirus software installed on your endpoint devices. Updated antivirus software can easily detect malware signatures and block them from infecting devices.; this includes some ransomware and many other malware types.

However, no antivirus software is perfect, and if an unfamiliar malware manages to infect your device, the antivirus software is often deactivated without your knowledge. Some next-generation malware also behaved differently from old malware, making it difficult for the antivirus to catch them.

Web-protection software: Another entry point for ransomware and other malware is through the web. Malicious links and web downloads could inject malware into your device without your antivirus software detecting it.

Once infected, the malware would automatically attack your antivirus and deactivate it so that it can’t block the malware from spreading. SQL injections are the most common type of web hacking technique.

Antispyware: When hackers are trying to target a specific organization or person, the first thing they do is reconnaissance. They try and learn about the target and see what vulnerabilities they can exploit to enter the private network. And they do this through spyware.

Spyware is a malware that transmits information and data back to its host to give cybercriminal a better picture of their target and their behaviors and responses on their devices. Antispyware prevents this regularly scanning, monitoring, and eliminating spyware from your devices.

Next-generation antivirus and firewall software: Unlike traditional antivirus software and firewalls, next-generation antiviruses and firewalls don’t just look at signatures but as well as events and tools, techniques, and processes (TTP) used by cyberattackers.

Next-generation anti-virus and firewall offer better protection against new kinds of malware and conducts some form of malware forensics to learn an unfamiliar malware’s behavior. These kinds of software use a sandbox environment to check suspicious files and processes to see if the file is a threat to the system or not.

VPN: Lastly, endpoint protection service providers offer VPN services to ensure that the connection of one endpoint to another node in the network is secure.

VPN creates a secure and encrypted connection between the endpoint and network node to prevent a third-party from spying on the connection and gain data on their target. VPNs also encrypt files in transit so that cyberattackers cannot read an intercepted file.

Conclusion: The ShurLOckr ransomware is just the beginning of a new kind of ransomware. As technology further develops and new systems become available to hackers, it will not be long before we see the characteristics of the ShurLOckr ransomware to bypass security scans weaponized on a much more dangerous malware.

With this threat looming on many businesses and organizations, they need to take preventive measures now with endpoint security and protection services and be prepared for any malware attack possible.

What Is Endpoint Security

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Why is endpoint protection important in modern security?

In today’s digital era where sensitive data gets stored electronically in the computer servers, organizations can no longer operate without some form of Endpoint Protection.

The costs associated with network downtime or stolen data resulting from malicious attacks significantly outweigh the cost of maintaining an up to date Endpoint Protection software.

Endpoint security software is fundamentally different from the antivirus software. Unlike the Antivirus protection wherein an individual device gets protected, endpoint protection software protects the entire network as a whole including the endpoints (devices used to access the network). Beyond this, the endpoint security software is also responsible for its self-security.

The ultimate aim of Endpoint Protection software is to protect any sensitive business information residing on Endpoints (connected devices) to reduce corporate risk exposure.

Current Threat Landscape

Security threats for endpoints (connected devices) are evolving at an exponential rate every day and are becoming increasingly difficult to prevent or mitigate. The availability of free and open-source malware and development tools is making it much easier for hackers to develop and spread malicious software.

As more and more data resides at the endpoints, organizations are being forced to protect those endpoints which have critical corporate data. Securing the network perimeter by placing sensitive corporate data in a locked vault with towering walls, is no longer a viable solution.

In many cases, the obvious solution to prevent cyber attacks on endpoints would be to restrict user privileges, but this strategy is ruled out because Internet connectivity and the essential plug-ins associated with it are part of everyday operations.

Due to the factors mentioned above, Endpoint Protection offerings are also continuously evolving to keep pace. Thus, Endpoint Protection solutions that are available today come with many different functionalities and covers separate components of the endpoint.

This consolidation or integration of software solution into a single Endpoint protection suite has not only improved the security management capabilities for IT admins but also enhanced the security of endpoints to a large extent. Thus, for obvious reasons, Endpoint protection has found a safe place in the IT sector and wherever IT security is of importance.

If you are in search of a good endpoint protection software, choose Comodo Advance Endpoint Protection. It is a complete endpoint protection platform comprising multiple security technologies, like the anti-virus, HIPS, web filtering, personal firewall, white/blacklisting, application control, device control, Secure Auto-Containment, etc.

Key benefits of using Comodo Advance Endpoint Protection

  • Comes with auto-sandboxing technology that denies access to unknown files.
  • One centralized management console.
  • Unique panoramic view of the endpoint estate with critical endpoint metrics.
  • Automatically uninstalls legacy/existing antivirus products.
  • Manages Endpoint Security Manager configurations.
  • Manages CPU, RAM and hard disk usage.
  • Manages services, processes and applications.
  • Manages endpoint power consumption.
  • Manages USB devices
  • Set-and-forget policies ensure that endpoint configurations are automatically re-applied if they cease being compliant.

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Top benefits of an Integrated Endpoint Security Suite

Endpoint Security Suite

The role and capabilities of endpoints have progressed dramatically in the past few years, and endpoint security software with built-in endpoint firewall is now the norm in the enterprise. Conventional Antivirus solutions which scan every individual file, are not optimised for securing every endpoint.

With traditional endpoint security solutions, it is difficult for resource-constrained IT departments to  manage multiple endpoints. Plus, most of the endpoint protection solutions are difficult to deploy and manage. To better address the needs of endpoints with speed and efficiency,  an Integrated Endpoint Security Suite  with an Endpoint security firewall built-in is a must.

An Integrated Endpoint Security Suite offers strong data security for critical data and systems. It provides advanced threat prevention and Enterprise-class Endpoint security firewall, all in a single console. Plus, organizations can enforce compliance for all of their endpoints with the help of consolidated compliance reporting and flexible email notifications.


Fast and Easy Deployment: Having many capabilities integrated into a single endpoint security product can significantly ease the deployment of new security technologies. One single console for installation and configuration delivers completely integrated functionality, right out of the box.

Single Management Server Hardware: With an Integrated Endpoint Security Suite, there is no hassle of different hardware, systems or additional components.

Single Management Server Software: An Integrated Endpoint Security Suite offers an easy-to-manage console. It is capable of scaling for larger deployments as well.

Saves Time on Initial Deployment and Updates: It takes a simple installation task to control the Integrated Endpoint Security Suite, with no dependencies and no requirements for numerous re-boots.

No Hassle with Different System Requirements: Software compatibility challenges can be a headache for many organizations. With an Integrated Endpoint Security Suite, organizations do not have to worry about compatibility issues.

Deeper Integration: Integrated Endpoint Security Suites offer deeper integration which in turn allows for flexibility and greater functionality.

Streamlined Policy and Task Changes: With Integrated Endpoint Security Suites, modifications on tasks and policies can be made in a single step.

Generally speaking, it is much more economical to buy one product (Integrated Endpoint Security Suite) than to purchase components separately.

If you opt for an Integrated Endpoint Security Suite, you can run it on a single server (more likely on two servers for redundancy). Imagine how many separate servers might be needed if you opt for standalone components. Moreover, it is much easier to monitor and manage the performance and security of endpoints with an Integrated Endpoint Security Suite.

If you are in search of a good Integrated Endpoint Security Suite, choose Comodo Cybersecurity’s Advance Endpoint Protection. It can protect and secure the endpoints even from zero-day exploits, unknown malware, or advanced persistent threats.

The traditional approach of securing endpoints focuses on detecting known threats. It leaves most Endpoints vulnerable to zero-day malware, but with Comodo’s Containment technology, every unknown file will be automatically made to run in a virtual environment. Try Comodo Endpoint Protection today!

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Zero-Hour Detection: The First Step to Guaranteed Protection

Forensic Analysis Tool

As breaches and hacks consistently rise in prevalence, cyber-security is no longer an option – it’s an absolute necessity. There’s a notion among many companies that what has occurred to a countless amount of big-name (and other) companies somehow will never happen to them. Truth is: no company is exempt from the advanced threats and breaches that plague the internet today. So, the question remains: what’s the best possible solution?

With any issue, it’s imperative to address the root of the problem in order to effectively provide a solution. There are 1 million new viruses created every day, only further increasing the possibility of threats lurking on your endpoints. In addition to having unique visibility into the Dark Web by leveraging 85+ million endpoints and also providing 45 second file verdicts 95% of the time – Comodo has some of the most innovative security solutions, designed to combat the advanced threats we unearth daily. From this visibility, we know that being proactive rather than reactive is the only way to guarantee protection against sophisticated vectors.

Malware Scan for Discovery: A Proactive Approach to Security

Comodo’s Forensic Analysis Tool is a FREE and comprehensive solution that detects all types of malware to provide you with visibility into the current threats on your endpoints, which can ultimately result in your critical data being compromised.

Comodo’s ongoing mission is ‘Creating Trust Online’. With dedication to that mission, we’ve created the Forensic Analysis Tool that serves the purpose of keeping the internet and your endpoints malware-free. The first step to protection is detection. And in order to detect all malware, both known and unknown, you must have the appropriate tool for a proactive security-solution. Our Forensic Analysis Tool possesses all the necessary features to keep your endpoints secure and to find out what unknown malware is hiding on your network and endpoints – all in as little as 15 minutes.

Simple and Efficient: How it Works

Designed with your business in mind, the Comodo Forensic Analysis Tool is a lightweight, easy-to-use scanner which identifies unknown and potentially malicious files residing on your network. All audited files are then classified as safe, malicious, or unknown through the tool and Valkyrie, our cloud-based file analysis, where they will be tested to determine whether they are harmful or not.

You can view a report of these tests in the CFA interface, which displays results of the files analyzed by both Forensic Analysis and Valkyrie analysis. You can also opt to have detailed scan reports sent to your email.

Comprehensive Scan and Detection: Features and Benefits

When running the Forensic Analysis Tool, you can select the specific scan targets that best meet your company’s network setup. The easy-to-use Scan Wizard gives you an option to select one of the following scan targets:

  • Active Directory: Suitable for a corporate environment where a large number of endpoints need to be scanned within a network.
  • Workgroup: Allows you to add computers that belong to a work group.
  • Network Address: Specify target endpoints by host name, IP address or IP range.
  • This Computer: Allows you to run a scan on your local device.

Once our Valkyrie analysis platform has found verdicts for both known and unknown files, your results will be automatically shown in the Forensic Analysis Tool’s interface. Scan results are listed for each computer by name with their detected files; and each row has a quick summary of the scan results, including total files scanned and how many were malicious or unknown. Administrators can view the infected files, malicious files, the files that are in analysis, and unknown files all in the CFA interface.

The Comodo Forensic Analysis Tool provides three different types of reports:

  • Executive Valkyrie Report: A summary of scan results which provides details such as when the scan was started and finished, number of devices scanned, and so on.
  • Device Valkyrie Report: The ‘Per Device Report’ shows the trust rating of files on each device scanned. It includes details of malicious items found on each device, unknown files found, files that are still in-analysis and the path of files.
  • Program Valkyrie Report: The ‘Per Program Report’ shows the footprint of each file analyzed by Valkyrie. This includes details of each malicious/unknown file found, the devices on which they were found, the path of the files and more.

Other critical features of the tool’s interface include the following:

  • Title Bar: Displays the scanning progress.
  • Menu Bar: Contains controls for using the application.
  • Reports: Allows administrators to view reports generated by Valkyrie.
  • Help: The ‘About’ menu contains troubleshooting advice and shows product and version information.
  • Search: Allows administrators to search for listed endpoints by name.
  • Main Display Area: Displays details of scanned endpoints and the results from Valkyrie. Also contains the controls for scanning and for launching local or custom scans.
    • Scan Now – Scan endpoints on your local network to identify unknown files.
    • Custom Scan – Allows you to scan endpoints in a Workgroup, Active Directory, or Network Addresses. You can also scan your local computer.
  • Email Form Area: Enter your email address after the Valkyrie analysis is complete to receive a detailed scan report.

You can gain all of the features and benefits of our Forensic Analysis tool at no cost, as part of our pledge to create trust online by simply giving you visibility into the threats against the endpoints that hold your most valuable assets. It is estimated that traditional antivirus software can only catch 40% of all malware in the world today. The other 60% are “unknown”. But with the backing of our Valkyrie cloud-based engine and our unique visibility, Comodo’s Forensic Analysis Tool detects all unknown files.

1 out of every 3 devices we’ve scanned with our Forensic Analysis Tool result in malware or unknown file types found. Be 100% sure that yours isn’t one of them by starting with a malware discovery using Comodo Forensic Analysis Tool.

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