What Ransomware Allows Hackers to Do?

How to avoid ransomware

You probably have heard of a malware attack that locks a computer owner out and requests for a ransom before lifting the restriction. This is what ransomware does on a computer. The malware is programmed to encrypt your computer files, deny you access to them and leaves a message on your screen requesting for ransom.

So, what does ransomware allow hackers to do? The person behind the malware who is the supposed hacker develops the malware and looks for prey. Once the malware gets to your computer, the hacker can view your files and encrypt them to block your access to them.

Basically, ransomware malware aids a hacker to carry out his fraudulent deeds.

Ransomware Attacks

Phishing has been the most successful method of ransomware attacks. Here is a breakdown of the various phishing methods deployed by ransomware attackers.

Email

These days, it’s common to receive several emails from unknown identities. While some of these emails are from marketers trying to push their products and services to the public, other emails are from scammers. In the case of ransomware, the attacker would embed malicious codes in the attachments and send them to unsuspecting people. This is a trick to get the malware to your computer. Opening the attachment transfers the ransomware malware to your computer and hence the attack.

Cold Calls

Another method of phishing is through cold calling. The criminals may impersonate your service provider to get information from you or send links asking you to verify your account or anything related.

Social Engineering

Though social media has its good site, it has been infiltrated by cybercriminals roaming around to find victims. You may get ransomware to your computer through infected links from groups and inbox messages. You should be careful of links you click or applications you download on social media.

Cracked Software

Are you a fan of cracked software sites? You risk being infected by malware anytime soon. Most cracked software websites are operated by cybercriminals. You may think they’re doing you well, but their original intent is to monitor your computer after downloading the software. They may add malicious codes to the cracked software, which means your information is tracked and could result in a malware attack. Apart from the original creators having access to your information, cracked software also leaves loopholes for other cybercriminals to attack you, as your version of the software isn’t updated.

Developers of these software release updates on the go—to patch security loopholes.

Pop-ups

Pop-ups from websites are not originally harmful, but some internet thieves have taken advantage of it to launch malware attacks. You may stumble on a webpage displaying a pop up about software that needs to be updated. Be careful, that’s usually a trick by attackers. In the past, Adobe flash was used to attack so many computer users. The criminals displayed pop-ups asking users to update Adobe flash, but that was actually a malware.

Do Hackers Release Ceased Data After Payment of the Ransom?

Most of the attacks saw the release of data after the ransom was paid. However, there are some reports where the criminals couldn’t release the data. If you’re attacked by ransomware, and you know your data aren’t backed up, it’s best to respond swiftly to avoid losing your data.

But you shouldn’t be a victim. The best thing is to protect your data from ransomware attacks and other forms of malware attacks.

How to Defend Against Ransomware

Though ransomware criminals have developed codes that are difficult to crack, and most of the time, beat antiviruses and firewalls to infect computers, you can still prevent its occurrence. This is through cybersecurity and other advanced security methods.

To begin, you want to ensure you avoid opening unverified emails. Caution your employees and train them on this as well. Other than that, you need to:

Update all your software

Outdated software is vulnerable to malware attacks; that’s why the developers release updates periodically. Ensure you update once new versions are available.

Use stronger passwords

Weak passwords are easily guessed. You want to prevent that by using strong passwords that contain numbers, text and special characters.

Avoid using public Wi-Fi

Public Wi-Fi can sell you out to cybercriminals. Avoid using it.

Back-Up Your Data

This is paramount to give you an alternative in case of unusual events.

Upgrade your security system

Upgrading your security system entails moving to advanced endpoint protection. Since traditional security systems may fail to stop some malware, you need advanced security systems that use high-security technology like AI, IoT, etc., to monitor and halt sophisticated malware like ransomware.

You can learn more about advanced endpoint protection here.

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5 Questions to Ask When Evaluating Endpoint Protection Vendors

malware removal software

So you are an enterprise in search of endpoint security. Now the biggest problem you’ll be faced with is that there are so many endpoint vendors out there in the IT security market, that choosing one – the right one – will seem like a near impossible task. To solve this problem, in this blog, we’re providing a list of quality questions to help you easily evaluate endpoint vendors and end up selecting the right endpoint security tool which will protect your enterprise efficiently.

  1. What Makes Up Your Endpoint Security Software? Probably the most important question that will give you an idea of how the endpoint security will work, the various security tools it makes use of, the technologies it adopts and other such information.  A good endpoint security will be a mixture of  antivirus, firewall, and internet security among others – and will usually include several technologies like intrusion detection techniques and granular application control, etc. If the endpoint protection vendor answers positively, then you can use the solution without any hesitation. 
  2. How Does Your Endpoint Security Prevent Malware And Zero-Day Threats? Ask the endpoint protection vendors how their security solution prevents malware and zero-day threats. It’s not enough just to know how the endpoint security prevents malware and zero-day threats, it’s important to know how they do it as well. 
  3. How Well Does Your Endpoint Security Function In a Virtualized Environment? Some endpoint security solutions may not function effectively in a virtualized environment. Some functionality may be lost or other operational problems may surface. If this is the case, then it’s better to avoid such solutions. And it goes without saying that a good endpoint security should function well in virtualized environments. 
  4. Is Your Endpoint Security Compatible With All Devices? Another question to ask endpoint vendors is about compatibility. Because a typical network contains many devices – both workstations and mobile ones – and therefore any endpoint security solution not compatible with a particular type of device will be of no use. In other words, your endpoint security should be compatible with all the devices.
  5. What About Scalability? Finally, never forget to question your prospective endpoint vendors regarding scalability. Because, after all, your enterprise is never going to be of the same size. It will eventually expand, as you progress. Therefore this is an important factor and, moreover, a good endpoint security software should be scalable.

Conclusion:

Comodo’s Advanced Endpoint Protection (AEP) comes equipped with impressive security features – like Containment, Host Intrusion Prevention, Signature/Behavior-based Detection and more – that easily make it the best endpoint protection tool in the IT security industry. Above all, Comodo AEP addresses all the above questions in an emphatic manner. Therefore enterprises like you can, without any hesitation, choose Comodo AEP as your endpoint vendor in order to take your enterprise security to the next level.

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What is a Firewall?

what is firewall security

In the computing world, the terminology firewall security refers to a network device which blocks certain kinds of network traffic. Actually, it acts as a barrier between a trusted and an untrusted network. The firewall security wall can be compared to a physical firewall in the sense that firewall security tries to block the spread of computer attacks.

Today, businesses have understood the need for firewall security, thereby they have firewall protection in place.

Different Types of Firewalls

what is firewall security

There are five different types of firewalls, keep reading to know about the similarities and differences between the five basic types of firewalls:

Packet filtering firewalls

The original type of firewall security is the Packet filtering firewalls which works inline at linking points where devices such as routers and switches do their work. It contains a list of firewall security rules that can stop traffic based on IP protocol, IP address and/or port number.

In other words, the Packet filtering firewalls compare each packet received to a set of established criteria. The troublesome Packets are flagged and are not forwarded and, therefore, are ceased to exist. On the brighter note, it better to have intrusion prevention in place alongside the firewall security to distinguish between regular web traffic and bad web traffic.

In an enterprise network, endpoint security or endpoint protection can be easily achieved using this.

Stateful inspection firewalls

The speciality of Stateful firewall is that it examines each packet like the Packet filtering firewalls and also keeps a track of whether or not that the packet is part of that particular established TCP session. In comparison other firewall security this offers more security but imposes a greater toll on network performance.

Deep packet inspection firewall

The Deep packet inspection firewall which is similar to intrusion prevention technology, examines the data in the packet, and can, therefore, look at application layer attacks. Due to its similarity with intrusion prevention technology, it is obvious that it provides some of the same functionality.

Application-level gateways

Technically a proxy, it is sometimes referred to as a proxy firewall protection. The Application-level gateways comprise a few of the attributes of packet filtering firewalls with those of circuit-level gateways.

One noticeable disadvantage is that the gateways that filter at the application layer offer significant data security, but they can dramatically affect network performance.

Benefits of Firewall Protection

  • Block attacks on your private network forced by other networks
  • Define a funnel and set-aside the non-authorized users.
  • Let firewall security monitor the network and computer and when questionable activity befalls, it will automatically generate an alarm.
  • Monitor and document services using FTP (File Transfer Protocol), WWW (World Wide Web), and other protocols.
  • Control the use of the Internet. Simply block inappropriate content.

Endpoint Firewall Protection

Comodo Endpoint Firewall Protection is the best choice that you have to watch-on and control all the network connections. It enables you to block or allow the traffic according to the rules configured. Further, it successfully deploys the detection and blocking rules required to oversee intrusions and network virus attacks that Trojans employ to infect.

Comodo Firewall is offered in the Comodo Endpoint Security Manager suite, beside the antivirus protection and centralized management. Matousec – a project run by a group of security experts who are focused on improving the security of end-users tested 33 PC firewalls, including Comodo Internet Security, each with 84 different tests. For the first time ever, a PC Security product has attained a perfect score, defending PCs against all proactive security challenges. We invite you to test it for yourself by downloading the endpoint protection on five Endpoints for free!

What Is Endpoint Security

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How does cyborg ransomware work?

What is Cyborg Ransomware

It’s no news in the 21st century that malware, such as ransomware and other current virus threats have been circulating in the interweb tainting the technological experience that the internet has opened up for mankind. Suddenly, questions like “what is Cyborg ransomware?” or “How can I protect my computer?” become a major concern for the populace. A ransomware attack can come at any time in many ways and the statistics of its casualties are on a steady rise. By learning “what is Cyborg ransomware?” and other malicious software, you are giving yourself a better handle on your device security, as malware can also be inflicted on your mobile phones or tablets. Harvesting knowledge and taking responsibility in your own safety can save you the trouble of having to deal with the extraneous process of having to deal with a ransomware attack or any of the current virus threats that may result in a loss of income or savings on your part. This is why learning more about “what is Cyborg ransomware?” should take priority in building a better defense for your computer.

What is Cyborg Ransomware

What is Cyborg ransomware?

Cyborg ransomware is one of the multiple variants of malware. Malware, or malicious software, is software that directs harm to its intended operational systems or other software. Most malware is used to extort digital currencies, such as BitCoins or LiteCoin, but ransomware, in particular, demonstrates it in a specific manner. Cyborg ransomware, like other strains of ransomware, starts with encryption. Code makers with the intent to perform a ransomware attack create a code that once enabled will encrypt all the data it can find which prohibits the owners of the data access to it. In Cyborg ransomware, file names are changed by adding .petra. This will let you know that the files are compromised. Current virus threats have similar procedures, which means that if you notice any additional letters or words on your files, they have been compromised in one way or another. Asking “what is Cyborg ransomware?” also answers the question, “what is ransomware?” because, for the most part, they all work the same way because the majority of the ransomware attack that circulates come from the same source with small edits on the details.

What happens when you are under a ransomware attack?

Now that you know the answer to “what is Cyborg ransomware?”, the next step is to understand how it works. Like all ransomware, for the code to work, it must be downloaded into the OS, or operating system, of its target. Current virus threats come in many shapes and forms as it has evolved with time to keep with the trends on the internet but the bulk of it comes from emails. The victim receives a fraudulent email that has the link or the actual downloadable file to software that starts the encryption. The contents of the email vary depending on the target scope of the hacker. For instance, hackers earmarking business owners probably claim to be banks with promos or services that might be useful such as accounting and deliveries and such. Once the encryption has been enabled, it would run through the whole system barring the owner access to their files. Once completed, it will show the victim a message that informs them how much and how to transfer the ransom to the malicious programmer that demands it, claiming that once the payment goes through they will decrypt the files which will unlock the files and return it back to its owner.

What do you do when you get attacked?

If after all preventive measures have been taken and a Cyborg ransomware attack slips through your defenses, all responsible owners must know what actions to take moving forward. The first rule is to keep calm. Making rash decisions in a stressed state might only result in more trouble. It is smarter, therefore, to take a minute to step back, breathe, and gather your thoughts. Once you’ve calmed, you can make more rational decisions that can get you started in dealing with this problem.

Many, if not all, cybercrime authorities have highly advised against paying the ransom. Obviously, victims with more to lose such as business owners and high-powered office workers are more likely to decide to just pay and get it over with. However, one too many times, cybercriminals do not fulfill their end of the bargain and disappear after their payment is processed leaving the victims hanging. Therefore, the best way to deal with a ransomware attack is to counter it with anti-malware services. There are hundreds of them available on the internet that can serve as your precaution, prevention, and solution. Anti-ransomware services can reverse and work around the problem and solve the issue as well as prevent it from happening in the first place.

For more information on anti-ransomware services, visit Comodo Cybersecurity today!

What are the two main types of ransomware?

How many types of ransomware are there

Ransomware has caused so much trouble to computer systems all over the world. Technology and computer experts always remind us to pay attention to the threats and dangers of ransomware as well as other malware in the digital world. Being updated on issues like this makes us better computer and Internet users.

This article answers the question of how many types of ransomware are there. Knowing this information can help users like you know which action to take in ensuring your security online. Also, this article explains what is ransomware doing to your devices and what could a ransomware attack mean to your computers?

How many types of ransomware are there

What is ransomware?

Before answering the “question how many types of ransomware are there?” It is crucial that we first understand the question “what is ransomware?” Ransomware is considered by many as a real and dangerous threat. It is the term used to refer to various kinds of malware where the hackers would ask for a ransom in exchange for file or data decryption.

There are multiple ways in which a ransomware attack happens. One way is to encrypt all the data stored in the computer or device which can only be decrypted through a program written by the hackers. Another way is that the ransomware locks out users from their own computers and devices.

It is important to remember that authorities recommend not communicating with the hackers. If you have read a ransom note in your device, you should not respond. There is no guarantee that paying the ransom could decrypt the files corrupted. Also, paying the ransom is similar to funding these criminals.

Why should you be worried?

Instead of asking yourself “how many types of ransomware are there,” it is better that you understand the gravity of a ransomware attack. It is important for you to know what is ransomware capable of doing to your files and devices. Ransomware attacks have happened in the past. It has targeted government offices. It has created problems for government officials. There are even reports claiming that people working from their home because of the pandemic are seen as the next target of ransomware. This means that every ordinary citizen like us can be targeted by this ransomware.

As mentioned above, ransomware works through encrypting our files and data. Once encrypted, we can no longer view or use our files. This is particularly problematic for those who store pertinent files into their computers. Ransomware could practically delete your files.

What to do to fight ransomware?

There are multiple ways to fight ransomware. First is to do backups in your devices. Make sure that your data is not only in a single device. This is to ensure that you have a way to recover your lost data. Another step is to update your operating system. Your OS companies often include security patches in their update. These security patches can help thwart any attack.

Also, you can purchase a reliable antivirus program that would ensure the protection of all our devices. An antivirus application could make sure that you do not accidentally download or install suspicious software. This is particularly helpful for those who find it daunting and hard to read about online security and threats.

How do we proceed from here?

Aside from asking the question of how many types of ransomware are there, you also have to know the dangers of ransomware. Knowing about this information could help you make the best decision when it comes to your computer system and other devices.

As discussed above, it is really not important to talk about the number of various types of ransomware. It is more important that we act vigilantly thinking that there are thousands of powerful threats online. Adapting this thinking would make us extra careful in using our devices as well as ensuring that no malware enters our computer system.

Find the best antivirus program today. Contact Comodo Cybersecurity today!

How Does Ransomware Work?

How ransomware works

One of the many downsides of improving technology is the threat that comes with it. And though threats are available in several forms, this text is devoted to discussing how ransomware works.

At its core, ransomware could be a malicious software package that’s created to hack an ADPS and reverses only a paid ad. Think about it like the snatch, solely during this example, your system and information area unit control captive rather than an individual.

In other words, most ransomware things mean that your files are unit encrypted, and only payment is created so you can gain access to your files once more.

How ransomware works

Whereas this is often clearly harassment, it’s even scarier for folks, businesses, and types whose computers have further confidential information. Whether or not this area unit intimate videos, company complete books, or health records, nobody ought to be ready to lawlessly access what isn’t meant for public consumption

How ransomware works and what you should do to avoid it

The truth is, ransomware creators are incredibly smart and advanced. So much so, that there is no end in sight to all these threats. On the contrary, businesses, individual creatives, freelancers, and students are called to take extra precautions themselves.

How to detect ransomware can be challenging in that being extra careful yourself can only take you so far.

Ransomware removal isn’t always breezy, too. Many companies and solo users have fallen prey to these kinds of attacks and have been forced to pay a fee in exchange for data and access to their own computers. How ransomware works can be deceitful as it doesn’t automatically manifest on your computer right away.

Like bodily germs, there are a number of ways ransomware can enter your system. However, the most popular one is through email attachments and spam mail. Once the malware is downloaded on your computer, that’s when the action begins.

Another way ransomware can penetrate your network is through malware advertising or malvertising. This is why understanding how ransomware works is crucial. Because by simply clicking on random links and downloading non-suspicious-looking files, you can already acquire the malware.

USB drives are also a popular way of transmission, so be extra careful with what you insert on your laptops and desktops. Commonly, the malicious software slides into your system by virtue of a zip folder or other safe-looking downloadable attachments. Furthermore, high-end versions have also been on the rise lately.

Although users generally have to give access to administrative controls to this malware, drive-by attacks no longer need this kind of enablement.

Useful tips to steer clear from the malware

Again, it’s always best to be alert when it comes to downloading attachments and clicking on links, especially those that are overtly shady and malicious. Still, common sense can only take us so far.

How to detect ransomware, as mentioned, can be challenging, as that’s just how ransomware works. So the safest way to prevent this is by subscribing to a cybersecurity plan.

For instance, the Comodo Advanced Endpoint Protection is a superb way to steer clear from digital threats and ransomware attacks. This is perfect for those who manage a team or a substantial number of people. Whether you run a startup or manage a school paper, being prepared and going the extra mile by putting in place anti-ransomware technology should never be underestimated.

Ransomware in numbers

According to a study, about nearly 5,000 ransomware attacks were experienced every day in the U.S. alone in 2015. Moreover, news sources also reveal that over $1 billion worth of ransoms from ransomware occurrences have been paid for in 2016.

More than anything, understanding how ransomware works can help you go about your commuting activities. Sure, studying ransomware removal techniques is helpful, but no cure has to be explored when you’re careful enough to prevent disease. Ransomware removal can be draining, both financially and emotionally, so the last thing you’d want is to suffer the consequences of this kind of attack.

Indeed, the best remedy to all of this isn’t just learning how to detect ransomware—it’s understanding how ransomware works. The more knowledgeable you are about how cunning this malware is, the easier it will be for you to know what to avoid.

Again, don’t be complacent. Research antivirus packages that also cover ransomware protection. If not, look for cybersecurity brands that avoid, prevent, and have sufficient and competent technology to detect it.

Looking for affordable but award-winning cybersecurity protection? Sign up with Comodo Cybersecurity today!

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What is Zeus Trojan Malware?

Zeus Virus
Zeus Virus

First detected in 2007, Zeus is a malware tool kit that runs on Windows version also known as Zbot, and enables the hackers to generate a new trojan horse.

Trojan horse looks genuine on the internet, but in reality it’s a dangerous malware. This enables non-programmers to buy Zeus in the black market and perform cybercrimes against their target victim. Per the 2010 reports, a Zeus package starts at about $3,000 and if there is a requirement of any extra modules, it goes up to $10000.

What is Zeus Trojan? It is used to gain access to banking credentials through keystroke logging, man-in-the-middle attacks, it is also deployed to install the CryptoLocker ransomware.

What Zeus Virus Does to Computers?

Zeus has two key capabilities:

It creates a botnet by a secretly formed network of corrupted machines controlled and monitored by a command and control server and a malicious author. The malware author typically steals an enormous amount of information and also performs attacks on a large-scale.

Zeus behaves as a financial service Trojan developed by the hackers to steal banking details from infected devices. The malware author performs the attacks through keylogging and website monitoring, which enables the malware to identify when the user is on a banking website so it can document the keystrokes used while logging in. The trojan then escapes the existing website security as the login keystrokes were already recorded once the user attempts to enter the banking website.

There are a range of Zeus variants that can affect mobile devices, in an attempt to gain access to two-factor authentication.

Initially, Trojans only affected computers that run on Microsoft Windows OS, however, the latest versions have evolved to attack and infect Android devices, Symbian and Blackberry devices. The Malware author unveiled the source code of Zeus to the public in 2011. This gave way to the creation of new variants of the Zeus Trojan.

How the Zeus Virus Infects Computers?

The Zeus Virus is comprised of two key techniques of infection

  • Drive-by-downloads
  • Spam Messages

Drive-by-Downloads

Malware authors attempt to infect websites by inserting the Zeus code into a website that the users trusts to be genuine. The malware gets installed into the website when the user enters the website.

Spam Messages

Hackers or cyber criminals send spam messages through phishing emails, and malicious social media campaigns that intend to spread malicious infection through messages and social media posts. The emails look genuine and when users click on the link in the message or email, they are redirected to a malicious website. Zeus is robust and efficient, and is configured to gain access to social media and email login details enabling the malicious botnet to send spam messages from genuine sources hence the scope of infecting the victims go high.

Who is the Zeus trojan targeting?

Any Windows user can be a victim of the Zeus botnet. Zeus has infected a huge amount of PCs with different versions.

Since its inception, Zbot has been leveraged to steal confidential data from The Bank of America, US Department of Transportation, NASA, and private companies like ABC, Oracle, Amazon and Cisco.

How to prevent the Zeus trojan Using Comodo Advanced Endpoint Protection?

Endpoint Protection delivers complete protection, even against the most threatening zero-day and unknown threats. Comodo Advanced Endpoint Protection (AEP) features Default Deny Security with Default Allow Usability. This solution denies unknown suspicious files from running on a virtual container called the sandboxed environment, where the unknown files are executed without affecting the user experience. IT and security management platform assists devices of the OS (Linux, Windows, Linux, Android, OSX, and iOS devices that are inter-linked to all the physical and virtual networks.

It is essential to understand the key features of a security product – to decide if the product is all good to match your business requirements. Choosing and identifying the right and reliable product is certainly a main criteria to provide complete protection to the endpoints. To fend of the brute forces it is essential to equip the security arsenal with Comodo Endpoint protection as it integrates some of the future-proof security techniques like default deny solution, along with containment technology to deliver protection and absolutely deny malicious activities.
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What is the main function of Device Manager?

device manager

What is Device Manager? An online solution/tool for organizations who want to take full control of their endpoint devices (including servers, laptops, desktops, smartphones, and tablets), ensuring that they are secure and comply with the corporate policies.

Why is Device Manager Important For Organizations?

Each endpoint device has different hardware. Managing and supporting such as wide-variety of endpoint devices is a challenge for all organizations. In such scenarios, the Device Manager can help. It is a cost-effective solution that enables an organization’s IT department to remotely manage their endpoint devices over the air (OTA).

With a robust Device Manager solution, IT admins can quickly audit the corporate-connected device contents, keep it up to date, install new applications and remove unwanted applications.

IT admins can also configure email accounts, lock an endpoint device remotely and erase all of its user data if it is lost or stolen, and secure those endpoint devices with strong passwords and data encryptions. It also enables them to set corporate policies and ensure proper usage.

Benefits of Using a Device Manager:

A robust Device Manager Solution/tool can simplify the entire process of device management in an organization. From automating regular endpoint device management routines like distributing software, installing patches, deploying Operating Systems to managing the IT Assets, software licenses (taking full control of remote endpoint devices), it can make life easier for IT admins by simplifying the entire process of endpoint device management.

Organizations can manage all of their iOS, Android and Windows-based endpoint devices from a unified dashboard (from Device Manager).

With a robust Device Manager Solution/tool, IT teams can:

  • Manage endpoint devices more easily and efficiently with centralized security controls, device settings, and user profiles.
  • Easily provision or decommission users without needing access to endpoint devices physically.
  • Support BYOD (Bring your own device) initiatives and enterprise mobility while simplifying IT management.
  • Enforce policy and compliance standards with powerful endpoint security solutions.
  • Manage the workforce more effectively with deep insight into their operations.
  • Scale resources more easily.
  • Reduce costs and avoid upfront investment.

android device manager

How is Device Manager Helpful For Organizations?

Software Deployment

It will help simplify the entire software distribution process. IT admins can install and uninstall software with built-in templates that come with the Device Manager tool.

Mobile Device Management

It will help enforce policies on mobile devices at a granular level. It allows organizations to set security policies and configure devices as per their requirements.

It helps whitelist mobile devices and monitors users who are allowed to access corporate email. It also helps in deploying organizational configurations to all enterprise-connected mobile devices.

OS Imaging & Deployment

It will automatically image and deploy OS on endpoints devices, along with the installation of required drivers and applications using OS deployment.

Asset Management

IT admins can manage their IT assets, software license management, block prohibited software, and more with the help of a Device Manager.

Remote Control

IT admins can troubleshoot remote endpoint devices with multi-user collaboration, file transfer, video recording, and more with the help of a Device Manager.

Power Management

It can help an organization to go green with effective power management by applying power schemes, turning off inactive devices and recording system uptimes.

USB Device Management

IT admins can restrict and control the usage of USB Devices both at the user-level and at the endpoint device level with the help of a Device Manager.

Mobile Device Management for Android (Android Device Manager)

It is an enterprise utility tool enables IT admins to manage corporate-connected Android devices. In today’s era of smartphones and with the implementation of BYOD policies, Android device management is a must for all organizations.

An Android Device Manager software enables IT admins to monitor, manage, audit, and secure corporate-connected Android devices. It also offers advanced controls and enhanced capabilities for corporate-connected Android devices.

Some of the features of an Android Device Manager Software includes:

Android Device Enrollment:

Android Device Manager will enable IT administrators to enroll Android devices Over-the-air (OTA), register Android devices based on ownership, authenticate the Android devices with a one-time passcode (OTP) and the user’s Active Directory (AD) credentials. It also enables them to enroll multiple Android devices for a single user or enroll multiple Android devices for multiple users.

Profile Management:

Android Device Manager will enable IT administrators to create and enforce corporate policies and restrictions on Android devices. It also allows them to configure Active Directory (AD) policy settings on Android devices for accessing enterprise resources.

Not only that, IT administrators can restrict the use of the camera, Bluetooth, Web browsers with the help of the Android Device Manager. This will ensure the security of the Android devices.

IT admins can also segregate Android devices based on whether they are corporate or employee-owned (BYOD), and implement appropriate policies and restrictions as per the needs of the organization.

App Management:

Android Device Manager enables IT admins manage and distribute both in-house and Play Store apps on corporate-connected Android devices. It admins can quickly fetch reports and monitor the status of apps installed on the Android devices.

They can also publish apps on an app catalog for the employees to choose and install the apps all by themselves. Android Device Manager also provides the ability to segregate blacklisted apps from whitelisted ones.

Security Management:

IT admins can use Android Device Manager to customize the Android device passcodes, from simple to complicated as per the need of the organization.

They can also remotely lock an Android device in case of a cyber attack. It will perform remote alarm to identify any lost devices. It can also perform a remote wipe to erase confidential corporate data or prevent data loss or theft.

Comodo Mobile Device Manager (CMDM)

Manage all of your corporate-connected mobile devices the smart way. Comodo Device Manager (Mobile Device Management Solution) will help you centrally manage large-scale deployments of corporate and personal mobile devices.

A Comprehensive Mobile Device Manager

Comodo Mobile Device Manager solution provides all the resources that your IT team require to manage your enterprise mobility more effectively.

Comodo Mobile Device Manager helps IT admins enforce policies and security standards, control access to specific sites and apps, encrypt sensitive corporate data, and more.

IT admins can remotely locate, lock, and wipe (full or selective) the mobile device with the help of Comodo Mobile Device Manager. It also provides a self-service portal for end users to enable rapid incident management.

CMDM enables remote and seamless control over mobile devices, giving IT admins the ability to enforce security restrictions to secure their corporate-owned data regardless of the device that holds it.

Key Features of Comodo Mobile Device Manager

  • Manages All Mobile Devices from One, Centralized Dashboard
  • Ensures Device and Data Security
  • Application Management
  • Mobile Device Enrollment
  • Mobile Device Configuration
  • Provides Auditing Capabilities for the IT Admins
  • Provides Monitoring Capabilities for the IT Admins

Key Benefits of Comodo Mobile Device Manager

Comodo Mobile Device Manager will help boost employee productivity, reduce security risks for the organizations and, ultimately, boosts employee satisfaction and morale.

Why Comodo Mobile Device Manager?

The rising use of personal mobile devices within the organization provides more flexibility for employees by fostering greater collaboration, efficiency, and productivity. However, BYOD policies (Bring your own device) along with corporate-owned, personally enabled mobile devices are making it difficult for managing employees’ mobile devices such as smartphones and tablets.

Moreover, BYOD devices are exposing corporate applications to security attacks which in turn puts the sensitive corporate data residing on these devices at risk. Comodo Mobile Device Manager is the ideal solution to these challenges.

Comodo Mobile Device Manager is a comprehensive Mobile Device Management Solution for managing the entire corporate-owned and employee-owned mobile devices, as well as the mobile apps running on them.

It includes any mobile devices and applications using the Android and Apple iOS operating systems. Comodo Mobile Device Manager is designed to address the broad mobile demands that enterprises face today.

It features two key components: Mobile Device Management (MDM) for securing, managing and monitoring Android and Apple iOS-powered mobile devices, and Mobile Application Management (MAM) for publishing and provisioning mobile applications.

Why Comodo?

  • Pay only for users, not devices!
  • We license users instead of mobile devices
  • We offer full security coverage for all your corporate-connected mobile devices with a built-in Anti-malware engine.
  • You can define each mobile device and identity certificates from a trusted Certificate Authority- Comodo

Simplify the entire mobility management process with Comodo Mobile Device Manager

Managing your each and every mobile device connected to your organization can be complicated and time-consuming. From mobile device provisioning to upgrades and maintenance, employees demand reliable connectivity and powerful tools.

Discover the efficiency of having only one trusted mobile management partner to support mobile functions, including business applications securely.

What is a Virus Removal?

Cyber Security Threats

Virus removal refers to the process of automatically or manually disinfecting or deleting a computer virus, malware or any other malicious program on a computing device. The process is employed to shield a computer from possible data loss, corruption, or system inaccessibility.

A system virus removal follows the virus scan phase, which detects the virus and threat level. The virus can also be manually deleted, but this will need a strong understanding of viruses and the correct skills to reverse or remove registry entries. The user receives a failure message if a virus cannot be deleted.

Virus Protection

Virus protection software has been designed to prevent viruses, Trojan horses and worms from getting onto a computer and also to remove any malicious software code that has already infected a computer.

Most virus protection utilities bundle anti-malware and anti-spyware capabilities to go along with anti-virus protection. Internet security suites go one step further by including additional capabilities like anti-phishing, firewall, anti-spam, PC optimization, and file protection.

What can You do to Get Virus Protection?

Ensure to always keep your security software active and updated New viruses are released almost every day and hence there is always a chance for your computer to get infected by a virus that your antivirus software does not yet “know” about. 

Regularly update all your software You need to keep your computer’s operating system and other software updated because viruses often propagate by exploiting flaws in operating systems or commonly used programs. Whenever possible, configure your computer to download and install important updates automatically.

Deal with e-mail carefully Viruses are often propagated through e-mail attachments. Do not open attachments unless you are reasonably sure the e-mail is a genuine one

Only use e-mail services capable of scanning messages for viruses

Refrain from installing spyware and other software that may open backdoors which can be exploited

Types of Computer Viruses

Some of the common types of viruses include:

Direct Action Virus: This virus is “non-resident” and functions by selecting one or more files in order to infect each time the code gets executed. The main aim here is to copy itself and spread infection whenever the code gets executed.

Boot Sector Virus: This virus infects computer systems by copying code either to the partition table on a hard drive or the boot sector on a floppy disk. During startup, the virus gets loaded into memory. Following this process, the virus will infect any non-infected disks accessed by the system.

Macro Virus: This virus is written in a macro language and infects Microsoft Word or similar applications and causes a sequence of actions to be executed automatically when the application is started or if it gets triggered by something else.

Memory Resident Virus: Stays in memory after it executes and after its host program is terminated. On the other hand, non-memory-resident viruses are activated when an infected application runs.

Overwriting Virus: Copies its own code over the host computer system’s file data, which destroys the original program.

Cluster Virus: This virus links itself with the execution of programs by altering directory table entries in order to ensure that the virus itself will start when any program on the computer system is started. If infected by this virus, it will look as if all programs on your PC are infected; however, this virus is just in one place on the system.

what is virus removal

Virus Protection vs Virus Removal

Virus protection software or antivirus software has been designed mainly to prevent infection, however, this software can also remove malware from an infected computer. Stand-alone system virus removal software or a malware remover provides a suitable way to find and remove malware from a computer in case the product already installed fails to do so.

Key difference between virus protection and virus removal software

Virus protection software is all about prevention as it is used to prevent files containing viruses from being downloaded onto your computer. It also prevents the virus from being activated if it somehow gets downloaded to your computer, placed in a file-like location or in memory. If the file is downloaded, but flagged by antivirus software as malware and prevented from being activated, it will cause any damage to your system even though the infected file will still need to be contained and deleted.

Assume a situation in which an infected file is downloaded and then run, making the virus active. This is usually done by accident, for instance, by opening a virus-infected file attachment in an email or clicking a malicious URL link.

Virus protection software may sometimes have rudimentary tools to remove active viruses, but modern malware is considered to be sophisticated in hiding on the infected computer where it can be re-initiated at a later time, hence these rudimentary tools may not completely remove infections.
System virus removal software provides tools that are used to specifically take malware out from an infected computer if a virus manages to pass through an antivirus software check. Malware here includes contained viruses, active viruses, and inactive malware that could be hidden and lurking on the infected computer.

Virus Removal from Your PC

If your PC does have a virus, adopt the following actions:

Remove the virus

Step 1: Enter Safe Mode

Turn your computer off and on again. Press the F8 button repeatedly as soon as you see anything on the screen. This brings up the Advanced Boot Options menu. Choose Safe Mode with Networking and press Enter. Keep your PC disconnected from the Internet.

Step 2: Delete Temporary Files

While in Safe Mode, you should delete your Temporary Files using the Disk Cleanup tool:

  • Go to the Start menu
  • All Programs (or just Programs)
  • Accessories
  • System Tools
  • Disk Cleanup
  • Scroll through the Files To Delete list, and then choose Temporary Files

Deleting these files could speed up the virus scanning you are about to do and could even help to get rid of a virus if it was programmed to start when your computer boots up.

Step 3: Download a Virus Scanner

Step 4: Run a Virus Scan

Recover or reinstall any damaged files or software

Assuming the scan identified and removed the virus, you may have to reinstall any files or programs that were damaged by the virus. This is where backups become useful, and you should make them regularly.

Improve your defences

Keep your protection up to date

Updating your virus protection software will help protect your PC against viruses and malware. Keeping it up to date is essential because new viruses are being developed all the time, hence even if you bought your antivirus a month ago, it could need immediate updating.

Make backups

Ensure to make regular backups of your files and store them on an external hard drive. This will help prevent the loss of vital information should you get another virus.

Take proactive measures to prevent getting another virus attack

Some quick things that will help in preventing you from downloading a virus again:

  • Install an antivirus program
  • Regularly back up your data
  • Install the latest software updates for Windows
  • Avoid clicking on pop-up messages that claim to have detected an issue with your computer
  • Be cautious of opening emails from addresses you do not recognize, particularly if they contain an attachment or a link

Use Comodo 360 Protection

Endpoint protection helps in preventing targeted attacks and advanced persistent threats (APTs), which cannot be prevented using only antivirus solutions. Endpoint security solutions provide enterprises with a complete range of security solutions that can be managed centrally, and which helps in securing endpoints connected to endpoints, including the many endpoint devices.

How Comodo Advanced Endpoint Protection Works?

Comodo Advanced Endpoint Protection (AEP) is capable of preventing unknown malware from running on your endpoints with Comodo’s revolutionary Default Deny Platform. Comodo AEP quarantines all the unknown files in a virtual container – where the suspicious files can be examined and executed in a safe and instant manner. Comodo AEP includes a Default Deny Platform that focuses on complete enterprise visibility while the endpoints connected over the organization’s network are malware free. It also includes a console of IT and security management to help manage Linux, OSX, iOS, Windows, and Android devices connected to all the physical and virtual networks.

What is Virus Protection

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