Posted in Vulnerability

What Is Patch Management and Why Is It Important?

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By AMSAT Oct 29, 2020

Why Patch Management Is Important

Patch management is the method that helps attain, test and install several patches on current applications and software tools on a computer. This enables systems to keep updated on current patches and determine which patches are the suitable ones. This makes management of patches easy and simple.

 

General areas that will need fixes include operating systems, applications, and embedded systems. When a weakness is found after the release of a piece of software, a patch can be used to rectify it, which helps ensure that assets in your environment are not prone to being exploited.

 

Why do we need patch management? 

Cybersecurity is the foremost reason why companies are using a patch management service, which is important for both highlighting and fixing vulnerabilities. With cyber-attacks becoming more widespread than ever, it’s important that businesses keep their devices updated to help stop cybercriminals from exploiting security flaws. In fact, with your devices fixed you are less likely to be impacted by a cyber-attack as nearly 70 percent of cyber-attacks exploit known flaws. A patched server or PC is less vulnerable to malware and other viruses.

 

 

Unpatched software is also an attraction for malware, and attackers are vigorously targeting businesses whose IT systems aren’t fixed as they know they are much more likely to be successful. Applying security fixes in a timely way, highly minimizes the risk of having a security hole and all the pertinent problems that come with it, such as data theft, data loss, reputation issues or even legal penalties.

 

Nevertheless, patch management can offer more than just highlighting and rectifying security flaws. It can help the company’s output as well. Having a service that updates your devices, regularly and proactively, keeps your infrastructure steady as patches can include performance enhancements and rectify mistakes which often cause your systems to crash. Working on the latest fix will help stop consistent crashes, leaving employees free to work without the annoyance of downtime.

 

Key steps to the patch management process 

Develop an up-to-date list of all your production systems

Whether this is on a trimestral or monthly basis, this is the only way to accurately monitor what assets exist in your bionetwork. Meticulous asset management will help you get an up-to-date view of operating systems, version types, and IP addresses that exist, as well as their physical locations and organizational owners. As a thumb rule, the more often you maintain your asset inventory, the more informed you are likely to be.

 

 

Formulate a plan for standardizing systems and operating systems

Although it’s tough to enforce, standardizing your asset inventory makes patching quicker and more effective. With the rolling out of new patches, you’ll want to regulate your assets down to a wieldy number so that you can hasten your redress process, helping save both you and technical teams time spent remediating. Come up with a list of all security controls that are in place within your organization, and keep track of your firewalls, antivirus, and vulnerability management tool. You’ll also want to know where these are sitting, what they’re defending, and which assets are linked with them.

 

Compare reported flaws with your inventory

Taking advantage of your vulnerability management tool to evaluate which weaknesses exist for which assets in your ecosystem will help you appreciate your security risk as an organization. 

 

Classify the risk

Vulnerability management tools can help you easily manage which assets you consider to be important to your organization and, therefore, prioritize what needs to be remediated accordingly.

 

Test

Apply the patches to a demonstrative sample of assets in your lab environment. Stress test the machines to confirm that the patches will not create issues in your production setting.

 

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  • Security Updates
  • Vulnerability
  • Cyber Security

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    Posted in Cyber Security

    What Transpired In The World Of Cybersecurity In Past Week?

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    By AMSAT Oct 31, 2020

    What Transpired In The World Of Cybersecurity In Past Week?

    While reports of Emotet attacks, security risks, and more dominated the realm of cybersecurity, the most striking news of the outgoing week was the hacking of US president’s campaign website by the cryptocurrency scammers.  

     

    Here is a brief review of news that dominated the cyberworld.

     

    New Emotet attacks sought recipients to upgrade Microsoft Word

     

    Research observed that Emotet attacks using a new prototype that pretended to be a Microsoft Office message, urging recipients to update their Microsoft Word to add a new feature. Emotet junk messages influenced templates to trick the victims into allowing commands to start the infection.

     

    Experts divulged new security risks caused by link previews in messaging apps

     

    Over the weekend, cybersecurity experts revealed new security risks associated with link previews in popular messaging apps that cause the services to leak IP addresses, expose links sent via end-to-end encoded chats, and even pointlessly download gigabytes of data stealthily in the background.

     

    Hackers broke into Trump’s campaign website

     

    According to reliable reports, Donald Trump’s campaign website was allegedly hacked by cryptocurrency scammers, just a week before Election Day. However, Trump’s campaign spokesman Tim Murtaugh said the site was swiftly fixed and no important data was compromised.

     

    Maze ransomware set to shut down its cybercrime operation

     

    As per news reports, the Maze cybercrime gang is poised to shut down its operations after rising to become one of the most leading players executing ransomware attacks.

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    • Cybersecurity
    • Cyber Crime
    • Security Updates

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      Blog-image-Security
      Posted in Cloud Security

      A Detailed Overview of Security Management in the Cloud

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      Blog-image-Security

      By AMSAT Oct 28, 2020

      Security Management in the Cloud

      Overview

      If you are a company looking to get a technological edge over your competitors, cloud computing is something you should never ignore. By virtue of software as a service (SaaS) and infrastructure as a service (IaaS), organizations can manage their technology and operations in the cloud, saving time and money while enhancing operational output and growing business capabilities. Nevertheless, managing applications in the cloud also highlights new possible cybersecurity flaws. If you want to protect your business against these threats, you’ll need a strong security management plan for the cloud.

       

      Security management in the cloud is a set of plans intended to let a business use cloud applications and networks to their greatest potential while restricting potential threats and flaws. This is often done with several independent strategies, such as:

       

      Identifying and evaluating cloud services. First, you ought to spend time recognizing which cloud products and services are being employed in your organization, and which ones might be considered in the future. Afterward, you’ll need to evaluate and review those items, examining their security and potential flaws.

       

      Inspecting and fine-tuning native security settings. Within each application, you’ll have complete control of your own secrecy and security settings. It’s on your cloud security team to appreciate which settings are available, and exploit them to provide your organization the highest level of security possible.

       

      Encoding data. In several cases, you’ll need to go the extra mile to prevent data loss and preserve data integrity by encoding your data and protecting your connections. It’s your responsibility to allow genuine network traffic and block wary traffic.

       

      Managing devices. Cloud applications let you decrease the amount of physical infrastructure you retain, but you and your employees will still be accessing data and services with particular devices. You’ll need some way to manage and supervise those devices to ensure only approved devices can access your data.

       

      Dealing with users. Likewise, you’ll need to consider user-level controls. Set up differing levels of user permissions, to limit access to your most appreciated or sensitive information, and change user permissions as essential to let secure access.

       

      Reporting. It’s also significant to oversee cloud activity from a high level, and report on that activity so you can better appreciate your risks and continuing operations.

       

      Comprehensive Security Management in the Cloud

      IT and security staff members regularly face trouble handling all these plans at the same time, mostly with the sheer number of cloud applications and services used by a today’s organizations. Large organizations depend on hundreds, and occasionally thousands of diverse cloud-based services, making it almost impossible to easily apply steady security settings or supervise the use of those applications all at once.

       

       

      That’s why it’s significant to employ the use of a complete security management tool, intended for cloud security. With the right platform, you can putatively manage and supervise all your cloud applications and gateways simultaneously, all from one central location.

       

      Cloud Email Security

      When you want to defend your organization against malicious threats and loss of data, email security plays a vital role. With 90pc of hacking attacks starting as email-based attacks, email security must be a top priority for any organization. AMSAT’s Proofpoint email security solution supports cloud, hybrid and on-premise installations with virtual or physical appliances. It provides protection against repetitive threats like spam, viruses, ransomware, phishing and impostor email while also delivering the secure cloud email services an organization needs to respond to new security challenges.

       

      AMSAT’s cloud email security technology delivers up-to-date defense while removing the intricacy and cost of on-premises offerings, and delivering flexible and granular email security controls.

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      • Cyber Security
      • Cloud Security
      • Cloud Management

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        A Comprehensive Review of Endpoint Protection Platform
        Posted in Endpoint Security

        A Comprehensive Review of Endpoint Protection Platform

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        A Comprehensive Review of Endpoint Protection Platform

        By AMSAT Oct 26,2020

        A Comprehensive Review of Endpoint Protection Platform

        Endpoint protection provides crucial security for several types of endpoints. An endpoint protection platform (EPP) is a unified set of technologies that spots and halts legions of threats at the endpoint. Some of the major endpoint protection technologies include antivirus, data encoding, intrusion prevention, and data loss prevention.

        The volume and complexity of cyberattacks are on the increase, and information technology (IT) systems and data are under persistent risk of attack. Cyberattacks have become progressively layered, using manifold, synchronized methods to slip into an organization’s IT systems. Endpoints are often the door through which invaders gain primary access.

        EPP versus individual endpoint products


        There are several groups of endpoint security products, including anti-malware, web browser security, mobile device security, implanted device security, and endpoint detection and response (EDR). These diverse products help to secure various endpoints, including servers, desktops, laptops, smartphones, and implanted devices such as printers and routers.


        The challenge of discrete endpoint security products is the difficulty of dealing with them all efficiently. IT departments often supervise numerous endpoint solutions. These discrete applications all have diverse interfaces, necessitating employees to change between screens, reducing effectiveness. According to a 2018 study, 55% of IT departments strive to make sense of data when three or more security management consoles are available. Siloed point products also may not be able to trade data, which spoils the opportunity for deeper examination of security issues, which means that the products are not only less efficient, but they are also hypothetically less effective.

        How to select an endpoint protection platform (EPP)

        The very basic step in choosing an EPP is to register the numerous security products already in the organization. Companies often find they have many types of obsolete security software. An IT department can assess these current applications to decide which to keep and how they might fit into an EPP execution. According to research, IT security experts need endpoint security solution to prevent attack, prevent and remediate it. They also need the ability to manage all this in an integrated manner.

        What exactly does a top-of-the-line endpoint protection platform include? Here are the chief features of leading endpoint protection platforms:

        Several threat detection and remediation techniques

        An EPP includes several detection and remediation mechanisms combined into the platform. Some of these abilities include anti-ransomware signature scanning, web browser security, threat vector blocking, credential theft supervision, and rollback remediation. Endpoint detection and response (EDR) and data loss prevention (DLP) are the two key features that are being employed at EPP platform.

        Real-time threat data

        An EPP involves constant access to real-time threat data, both in the enterprise and globally, to spot and block zero-day attacks. The vendor dealing with endpoint protection platform should deliver access to a worldwide database of continuing threat activity.

        EPPs help defend organizations against attacks on susceptible endpoints, while enabling different security technologies to trade information about security events. This provides profounder investigation and a better understanding of how to improve the organization’s endpoint security.

         

        AMSAT Endpoint Security offers cutting-edge endpoint protection

        AMSAT, a well-known name in endpoint security, offers an extensive range of solutions that integrate powerful endpoint protection with effective endpoint management. Faster time to protection, better performance, and sturdier management allow security teams to resolve more threats quicker with fewer resources. Thanks to profound integration and automation, AMSAT eliminates silos between once-isolated abilities to improve productivity and protection. AMSAT’s Endpoint Security fuses recognized abilities such as firewall, reputation, and heuristics with leading-edge machine learning and containment, with a single management console. The subsequent combined endpoint protection platform keeps users productive and linked while ending zero-day malware, like ransomware, before it can infect the first endpoint.

        Since AMSAT resolutely believes security is a team effort, its endpoint security is just one component of its open integration fabric that helps enterprises spot, defend, and correct across the continuum—from device to cloud.

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        • Endpoint Security
        • Endpoint protection
        • Endpoint protection platform (EPP)
        • Threat detection

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          What is Endpoint Detection and Response (EDR)?
          Posted in Endpoint Security

          What is Endpoint Detection and Response (EDR)?

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          What is Endpoint Detection and Response (EDR)?

          By AMSAT Oct 23,2020

          What is Endpoint Detection and Response (EDR)?

          Endpoint Detection and Response (EDR) works by unceasingly supervising activity on endpoints, aimed at recognizing doubtful or intimidating behavior in real time. In EDR, information is chronicled and analyzed for internal or external attacks. It can recognize explicit behaviors to warn organizations of potential threats before the hackers can cause damage. After a threat is identified, EDR can detach and ricochet attacks from internal and outside sources, securing endpoint devices from certain risks.

           

          The end-to-end evaluation is backed by an array of ground-breaking technologies, including machine learning and behavioral analysis. With remote work becoming more prevalent, robust endpoint security is a highly important module of any organization’s cybersecurity plan. Arranging an effective EDR security solution is key to securing both the company and the remote worker from cyber-threats.

          Why is EDR Important?

          EDR is designed to go beyond detection-based, responsive cybersecurity. Rather, it offers security experts with the tools that they need to proactively recognize threats and secure the organization. EDR offers several features that enhance the organization’s capacity to manage cybersecurity risk, such as:

           

          Enhanced Visibility:

           

          EDR security solutions carry out constant data collection and analytics, and report to a single, unified system. This provides a security team with full discernibility into the state of the network’s endpoints from a single console.

          Swift Investigations:

          These solutions are intended to systematize data collection and processing, and certain response activities, allowing a security team to swiftly gain background about a possible security event and swiftly take steps to remediate it.

          Remediation Automation:

          These solutions can automatically carry out certain incident response activities based upon predefined guidelines. This allows them to block or quickly remediate certain events and decreases load on security analysts.

          Contextualized Threat Hunting:

          EDR solutions’ constant data gathering and analysis provide deep perceptibility into an endpoint’s status, enabling threat hunters to recognize and explore potential signs of a current infection.

          Major Components of an EDR solution

          An EDR security solution needs to provide support for both cyber-threat finding and response on an organization’s endpoints. To allow security experts to efficiently and proactively spot cyber-threats, an EDR solution should comprise the following parts:

          Incident Triaging Flow:

          Security teams are usually bombarded with alerts, a large proportion of which are false positives. An endpoint solution should automatically triage potentially wary or malevolent procedures, allowing the security analysts to prioritize their investigations.

          Threat Hunting:

          Since not all security events are blocked or spotted by an organization’s security solutions, endpoint detection solutions ought to provide support for threat hunting activities to allow security experts to proactively search for potential intrusion.

          Why Endpoint Protection Is More Important than Ever

          EDR has always been a vital component of an enterprise’s cybersecurity plan. While network-based protections play a key role at blocking a large number of cyberattacks, some will slip through and others can avoid these defenses completely. An endpoint-based security solution allows a company to enforce defense-in-depth and grow its likelihood of classifying and responding to these threats.

          Nevertheless, the significance of strong endpoint protection has increased as organizations have started backing remote working more often than before. Employees working from home may not be secured against cyber threats to the same level as on-site staffs and may be using private devices or ones that do not have the latest updates and security fixes. Moreover, employees working in a more informal setting may be more easygoing about their cybersecurity as well.

          AMSAT’s advanced endpoint protection solution is an all-inclusive security solution for companies operating in a new “work from home” reality with remote employees. It provides defense against the most impending threats to the endpoints with immediate and full redress, even in offline mode, including malware.

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            How to secure your privacy online
            Posted in Cyber Security

            How to secure your privacy online? Useful Tips

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            How to secure your privacy online

            By AMSAT Oct 21,2020

            How to secure your privacy online

            Worried about how much of your private information is on the internet and prone to being stolen or exploited? Given the fact that today people’s personal information is less secure than it was a few years earlier, with many falling prey to major data breaches, your concern is quite justified and natural. 

            Online privacy is an important issue facing both individuals and organizations across the globe. However, taking certain measures can help you enhance your online privacy, giving you the much-needed peace of mind.

            Useful Tips for internet privacy

            Here are a few effective ways that can help you protect your internet privacy.

            Limit your personal information on social media

            The best way to secure your online privacy is to avoid oversharing your personal information. If you post a great deal of information about yourself, a shrewd hacker can find information about your life, and can also gain access to your financial and personal information. Try and limit access to your web page to a small group of people, and avoid posting your personal or financial information on websites that can be accessed by everyone.

            Browse in incognito or private mode

            It is best for you to do your web surfing in private mode if you don’t want your computer to save your browsing history. Web browsers today come up with their own versions to ensure privacy and protection. For example, in Chrome, it’s called Incognito Mode; Firefox dubs its setting Private Browsing, and Internet Explorer uses the name InPrivate Browsing. When these modes are turned on while you search, it becomes quite difficult for anyone to trace your browsing history from your computer.

            However, these browsers are not completely private, as your browsing activity is still visible to your Internet Service Provider (ISP) when incognito or private mode is turned on your system. So, while incognito surfing does have a few advantages, it’s not the only tool available to help you protect your secrecy while online. Anonymous search engines and simulated private networks can boost your online privacy.

            Use a different search engine

            Most web surfers ordinarily use Google as their only search engine, but hardly do they know that this may breach their privacy. However, to ensure failsafe privacy, it’s important to use anonymous search engines as they are also capable of blocking ad trackers on the websites you visit.

            Use a virtual private network (VPN)

            Some web surfers are completely unaware of the significance of a virtual private network, or VPN, to ensure their privacy. A virtual private network (VPN) provides you absolute confidentiality and secrecy by creating a private network from a public internet connection. It also covers your Internet Protocol (IP) address, making your online actions virtually undetectable. And when you are on a public Wi-Fi at any public place, using a VPN becomes all the more important, as it deters hackers from breaching your online privacy and gaining access to your personal information.

            Be cautious where you click

            One of the ways in which cybercriminals make a dent to your online privacy is through phishing attempts. In phishing, swindlers try to lure you into providing important financial or personal information. They often do this by sending fake emails that urge you to click on a link and confirm your financial information to keep your account from being frozen or closed. These emails appear to come from banks, credit card companies, or other financial institutions. Never fall into the trap of such criminals as a bank or financial institution never asks you to provide account or financial information through an email.

            Secure your mobile devices as well

            Since a majority of us spend a great deal of our time surfing the net on our smartphones, it is important that we go to any length to ensure our online privacy on them. To this end, ensure to use a password to lock your phone. While it may appear to be a hassle to enter a code every time you want to access your phone’s home screen, this password could offer an additional layer of protection if your smartphone is lost or stolen. Also, ensure that your password is as complex as possible; never use your date of birth, your house number, or any other information criminals may find easy to guess

            TAGS

            • Internet privacy
            • Security Updates
            • virtual private network
            • Cyber Security

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              How to Prevent Social Engineering
              Posted in Cyber Security

              5 Ways that How to Prevent Social Engineering

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              How to Prevent Social Engineering

              By AMSAT Oct 16,2020

              How to Prevent Social Engineering

              Social engineering is the act of deceiving someone into revealing information in order to steal their sensitive information. The idea behind this technique, which is usually carried out through technology, is to exploit a potential victim’s natural propensities and emotional reactions.

               

              However, there are some tips that can help an individual or organization prevent social engineering.

               

              1) Don’t share your private information

               

              You should remember one thumb rule: never give away your sensitive information to anyone, no matter how much you get persuaded. And to avoid falling prey to any nefarious hacker, never spill your secret information on the internet unnecessarily. If you do not recognize the sender of the email, abandon it; however, if you are buying anything online, only provide your credit card information over an HTTP secure protocol.

               

              2) Enable spam filter

               

              A majority of email service providers come up with junk filters. Any email that is believed to be wary shall automatically be relegated to the spam folder. Reliable email services spot any doubtful links and files that might be detrimental and caution a user to download them at their own risk. Some files with certain extensions are not allowed to download.

               

              By enabling the spam feature, you can be relieved from the atrocious tasks of spotting suspicious messages. The offenders of social engineering will have no door to reach you, and your sensitive data will be protected from malicious threat actors.

              3) Keep watchful of your password

               

              Another important piece of advice is that you ought never to use the same password on the platforms you log in. Keep no hints behind and remove all sessions after you are done with surfing and browsing. Put the social to good use and stay watchful of people you tag and the information you provide since a nefarious hacker might be around.

               

              It’s important to do this, because if your social media account gets hacked, and you have the same password for different websites, your data can be greatly compromised. You will be blackmailed to pay the ransom to avert your details from being leaked over the web. Offenders can get your passwords very swiftly but if you get infected with ransomware, all of your files will be encoded, and you will be compelled to pay the ransom with no data back guarantee. That’s precisely why the best countermeasure against this attack is to prevent it from occurring in the first place.

               

              4) Always update your system’s software

               

              Hackers target your system when they are convinced that the software you are using is outdated or obsolete. Therefore, to avoid falling into a malicious actor’s trap, keep your software up-to-date and keep a watchful eye on your network firewall. Use only authentic sources to download content and be aware of the dangers and looming threats that might put your system at risk.

               

              5) Remain Skeptical

               

              The best way to prevent unsavory incidents over the web is to remain doubtful about each and every thing online. Never trust anyone and never open any emails you think are suspicious. Also, do not pay any attention to messages stating that you have won a jackpot or you have been given a cheque of a thousand dollars.

               

              This strategy will help keep the hacker at bay, since they won’t find anything alluring to bait you. Interestingly, this ploy has helped many people stay safe online, discouraging cybercriminals from reaching their nefarious goals.

              TAGS

              • cybercriminals
              • Social Engineering
              • Security Updates
              • Cyber Security

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                Posted in Cyber Security

                What happened in the realm of cybersecurity

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                By AMSAT Oct 16,2020

                Week in review: What happened in the realm of cybersecurity

                Reports of encryptions, malware botnets, and malware patches marked the outgoing week. Here is a brief review of news that dominated the cyberworld.

                 

                “Five Eyes” alliance, India, and Japan called for new ways to access encrypted apps

                The “Five Eyes” alliance along with government representatives for India and Japan, demanded that technology companies insert “backdoors” in encrypted apps to give law enforcement agencies the access needed to monitor online crime.

                 

                Microsoft, other tech companies took down TrickBot botnet

                 

                A coalition of technology companies stated that it had orchestrated a takedown of the TrickBot malware botnet. The organizations that took part in the takedown included Microsoft’s Defender team, FS-ISAC, ESET, Lumen’s Black Lotus Labs, NTT, and Broadcom’s cyber-security division Symantec.

                Microsoft October 2020 Patch Tuesday patched 87 bugs

                 

                Software giant Microsoft released its monthly set of security patches known as Patch Tuesday, with the company fixing 87 flaws in October, across an extensive range of its products.

                The bug was found internally by Microsoft engineers, and OS versions vulnerable to CVE-2020-16898 included Windows 10 and Windows Server 2019.

                Zoom plans to roll out end-to-end encryption capabilities

                 

                Videoconferencing website Zoom said it planned to launch end-to-end encryption (E2EE) capabilities starting next week. E2EE will allow Zoom’s users to create individual encryption keys that will be used to encrypt voice or video calls between them and other conference members.

                TAGS

                • Weekly Review
                • Cyber Security Updates
                • TrickBot botnet

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                  Of Firewall and Its Types
                  Posted in Cyber Security

                  A Comprehensive Review of Firewalls and Their Types

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                  A Comprehensive Review of Firewalls and Their Types

                  By AMSAT Oct 16,2020

                  A Comprehensive Review of Firewalls and Their Types

                  One of the major issues organizations face when trying to acquire their important data is finding the correct tools for the work in question. Indeed, several companies might find it hard to discover the right firewalls for their specific needs, how to organize them, or why they might be important.

                  What is a Firewall?

                  A firewall is a software program that stops unlawful access to or from a private network. They are tools that can be used to improve the security of computers connected to a network, such as LAN or the Internet. They are an essential part of a wide-ranging security framework for your network.

                  Types of Firewalls

                  Firewalls can be divided into different types, some of which are as follows.

                  • Packet-filtering firewalls
                  • Circuit-level gateways
                  • Application-level gateways (a.k.a. proxy firewalls)
                  • Next-gen firewalls
                  • Software firewalls
                  • Hardware firewalls
                  • Cloud firewalls

                   

                  Packet-Filtering Firewalls

                  Packet-friendly firewalls essentially produce a checkpoint at a traffic router or switch. This firewall is both a tool and a procedure that is a basic component of network security. Packet filtering typically is inexpensive to implement, but it must be understood that a packet-filtering device does not provide the same level of security as an application or proxy firewall.

                  Circuit-Level Gateways

                  These gateways work by confirming the Transmission Control Protocol (TCP) handshake, which is aimed to ensure that the session the packet belongs to is authentic. Although they are extremely resource-efficient, these firewalls do not check the packet itself, which is precisely the reason they are not adequate to secure your business.

                  Proxy Firewalls

                  These firewalls work at the application layer to filter inbound traffic between your network and the traffic source. Instead of allowing traffic link directly, the proxy firewall first sets up a link to the source of the traffic and evaluates the incoming data packet. Although they are the safest firewalls, their speed and functionality are highly compromised as they can limit which applications a network can support. However, proxy firewalls have only one problem: they can create considerable slowdown owing to the supplementary steps in the data packet modification process.

                  Next-Generation Firewalls

                  A characteristic NGFW integrates packet inspection with stateful inspection and also comprises some variety of deep packet inspection, in addition to other network security systems, such as intrusion detection/prevention, ransomware filtering and antivirus. Some general features of next-generation firewalls include deep-packet inspection, TCP handshake checks, and surface-level packet review. These firewalls may also comprise other technologies such as intrusion prevention systems (IPSs) that serve to automatically stop targets against your network.

                  Software Firewalls

                  These firewalls are a very valuable extra layer of security that can be added to the hosts residing on our networks. Software firewalls mostly contain a subgroup of the features that may be found on a large firewall appliance but are often capable of very similar packet filtering and stateful packet inspection.

                  Hardware Firewalls

                  This firewall serves as a gatekeeper for your server, which sits directly behind the router and can be arranged to evaluate incoming traffic, filter out specific threats as they come across the device. A hardware firewall offers security from both directions, to and from the server. Whenever data crosses the physical firewall, it is scrutinized in the light of predesigned criteria, allowing the firewall to spot and halt threats before they get to internal drives.

                  Cloud Firewalls

                  Created to stop or reduce unwelcome access to private networks, cloud firewalls are software-based, cloud-deployed network devices. These firewalls are designed for present-day business needs, and sit within online application settings. Installing a cloud firewall is like swapping a bank’s local security cameras and a physical security guard with an international 24/7 security center that has a central staff and security camera feeds from all the places where a bank’s assets are stored.

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                  • Hardware Firewalls
                  • Cloud Firewalls

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                    What-is-Bot-Net
                    Posted in Miscellaneous

                    What is Botnet Attach? A brief overview of botnet

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                    A brief overview of botnet

                    By AMSAT Oct 13,2020

                    A brief overview of botnet

                    There are many threats that can compromise your online privacy and security. Botnet is one such threat; it can use our computer to send spam to millions of users on the internet.  Simply put, the botnet is an example of using good technologies for ulterior motives.

                     

                    A botnet is merely a string of connected computers synchronized together to carry out tasks such as maintaining a chatroom, or taking control of your computer. Also known as the linchpins of the internet, botnets perform several repetitive tasks to keep websites up and running. While a number of botnets are absolutely legitimate that maintain a seamless user experience on the internet, some of them are illegal and harmful, and it’s important for you to be aware of them.

                     

                    In most situations, botnets gain access to your computer through some piece of malicious coding. In a majority of cases, your system is directly hacked, while other times hacking is done automatically.

                    Why botnets are built

                    Botnets are designed to grow and expedite a threat actor’s capability to perpetrate large-scale attacks. One individual or even a small team of cybercriminals can only conduct a number of activities on their local devices. Nonetheless, with little cost and a bit of time invested, they can obtain a slew of additional systems to influence for more effectual operations.

                    How to prevent botnets

                    Most people who get hit by botnets have no idea that their computer’s security has become compromised. But some easy, simple precautions can prevent them falling into the trap of malicious botnets seeking to undermine you or your organization’s security.

                    There are a number of measures users can take to avoid botnet virus infection. Since bot infections typically spread through malware, most of these measures essentially focus on averting malware infections. Some of the recommended practices to prevent include:

                    • Software patches: Users must keep all software updated with security fixes.
                    • Vigilance: All kinds of activities that put users at risk of botnet infections or other malware must be avoided. This includes opening emails or messages, downloading attachments, or clicking links from unreliable or unknown sources.
                    • Network baselining: It’s important to monitor network performance and activity so that anomalous network behavior is ostensible.
                    • Anti-botnet tools: These tools provide botnet finding to enhance preemptive efforts by detecting and blocking bot viruses before infection takes place.

                    TAGS

                    • botnet
                    • online privacy
                    • security
                    • bot viruses

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