An-Insight-into-File-Integrity-Monitoring-and-Its-Functionality
Posted in Integrity Monitoring

An Insight into File Integrity Monitoring and Its Functionality

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An-Insight-into-File-Integrity-Monitoring-and-Its-Functionality

By AMSAT Aug 28,2020

An Insight into File Integrity Monitoring and Its Functionality

File Integrity Monitoring, of FIM, is, doubtlessly, an
extremely important layer of security in any network that merits protection. FIM,
which is required by data security standards and recommended by auditors and
security experts worldwide, oversees important system files and operates system
components and even network devices for unlawful changes.

By adjusting ePOS terminals, operating system host files or critical applications, malevolent parties can steal sensitive information, such as payment information from networks for their own advantage. FIM seeks to prevent the outcome of such hacks by warning administrators to unlawful changes in the network.

 

How FIM actually works

Once executed, the FIM software will begin to oversee any alterations that are made to your files, systems, logs, settings, etc. It detects when, how, and by whom the changes are made and compares them with the reference point. The organizations can install the predictable changes to decrease false alerts. A majority of the FIM software are able to detect DDoS attacks, phishing attacks, unlawful system access, data theft, malware or ransomware injections, and insider fears.

A business website has scores of code files on the directory. Although the management understands that an attacker has injected malware in the website, it’s hard to trace malicious injections amongst thousands of lines of codes. FIM software is able to spot the exact file and codes that have been tainted, which makes the recovery process all the much swifter and easier. For WordPress sites, it can also monitor wp-config.php and .htaccess files.

Challenges with FIM

Some of the critical problems associated with FIM include:

 

Hash-based File Integrity Checking

 

This scans key files on systems on a regular schedule and warns admins about spotted changes by comparing the hash to the preceding version. The substitute to this is you need to plan this task to run as per a definite time interval. Nevertheless, this way you miss out on all the times the checking is under way. In addition, this technique is most appropriate for authentic file changes—not file access and reads.

Real-time File Integrity Checking

The actual file auditing procedure that captures real-time file access and alters within file audit events. By evaluating these events in real-time, you are able to get information on not just file changes, but also all the file read, write, and create events. The problem with this method is coping with a huge volume of events to locate the violation you are looking for.

 

In Windows systems, FIM can be executed by collecting file audit events from a particular file, folder, or a whole system and evaluating the event logs to see file-change characteristics. This is easier said than done. One challenge with allowing native Windows file reviewing and using Windows Event Viewer to spot file changes is you end up getting several events (mostly false-positives) and combing all of them to find the precise event that exposes a breach. Another challenge is learning the exact event ID to identify a violation.

 

You need to spend more time and effort finding these event IDs and find a way to remove all the noise and superfluous events created in the file auditing process.

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    Posted in Cyber Security | Tagged ,

    A Brief Overview of System Integration Method

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    An-Overview-of-System-Integration

    By AMSAT Dec 23,2020

    A Brief Overview of System Integration Method

    System Integration is the method by which several individual subsystems or sub-components are combined into one all-inclusive larger system, thus letting the subsystems work collectively. Simply put, the synergy formed through system integration allows the core system to attain the principal functionality required by the organization.

     

    Many organizations using system integration need to improve its efficiency as well as productivity and quality of their operations. The objective? To get the company’s different IT systems to communicate with each other in the background in order to avoid the time and effort spent physically sharing information with other units of the organization, including the higher management. System integration helps an organization witness a rise in information flow speeds as well as decreases operational expenses.

     

    Additionally, system integration links a company with third parties such as contractors, clients and stakeholders, while allowing suppliers to keep up to date with raw material levels. It also lets customers keep track of finished goods inventory and shareholders view the company status at a glance in a dashboard way in real time. A reliable system integrator helps meet all of these conditions through the use of system integration.

     

    Methods of System Integration

     

    By no means is finding an appropriate systems integration solution a simple undertaking. It’s imperative you choose the right subsystems, the right locations and the right nature of the relationship. Therefore, it is very important that you as a company appreciate precisely what processes are involved, how they interact with all the stakeholders as well as the business goals. If you have clarity about why and where the company needs agreement in operations, the systems integration will go smoothly.

    Here are some widely prevalent methods of system integration. 

     

    Point-to-Point Integration

     

    Point-to-Point Transfers are typically point-to-point interfaces between two systems. The files are generally created for particular objectives and it is strange for the data in the file to be used by more than one receiving system. The format of the file is significant to the applications but could be column based, delimited, or XML format.

     

    Vertical Integration

     

    Companies are always on the lookout for ways to cut costs and control the quality of the products and services they provide. A company is capable of providing a competitive advantage by incorporating various stages of its production process and supply chain into its business. This is called vertical integration. There are three types of integration, each with a number of collective benefits and drawbacks when integrating two companies in various stages of production. Organizations may acquire vertical integration through internal expansion, an acquisition, or a merger.

     

    Horizontal Integration

     

     

    This type of integration refers to acquiring systems integration using one specialized subsystem as a common user interface layer which connects all the other subsystems. One can find some of the most common examples of horizontal integration in the healthcare industry. If there are three subsystems, then there will only be three connections. If there are 7 subsystems there will only be 7 connections. Thus, the major benefit of this method is the minimum number of connections needed to maintain functionality which in turn cuts time, effort and money spent creating the system. 

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    • Security Updates
    • System Integration
    •  
    • Vulnerability Management

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      Cybersecurity-Weekly-News-Roundup
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      Cybersecurity Weekly News Roundup for 3rd week of December

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      By AMSAT Dec 18,2020

      Cybersecurity Weekly News Roundup

      The outgoing week has been full of happenings: supply chain attacks, cyberattacks, and creation of kill switch for SolarWinds backdoor by technology giants like Microsoft and FireEye have dominated the cybersecurity landscape.

      Here is a brief review of news that stood out in the cyberworld.


      Microsoft, FireEye confirmed SolarWinds supply chain attack


      Cybercriminals believed to be operating on behalf of a foreign government breached software provider SolarWinds and then deployed a malware-laced update for its Orion software to infect the networks of numerous US companies and government networks.

      Cyberattack hit SolarWinds’ 18,000 customers

      SolarWinds divulged that 18,000 customers might have been affected by the cyber-attack against its supply chain.

      FireEye, Microsoft, GoDaddy come up with kill switch for SolarWinds backdoor

      Microsoft, FireEye, and GoDaddy collaborated to create a kill switch for the SolarWinds Sunburst backdoor that forces the malware to axe itself.

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      • Cyberattack
      • Security Updates
      • Cyber Security
      • Weekly News
      • FireEye

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        Cybersecurity Weekly News Roundup
        Posted in Cyber Security

        Cybersecurity Weekly News Roundup for last week of 20

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        Cybersecurity Weekly News Roundup

        By AMSAT Dec 04,2020

        Cybersecurity Weekly News Roundup

        The outgoing week has been one of discoveries: security researchers, by default or by design, came up with new malware and malicious NPM packages. On the other hand, news of a hacker selling passcodes for email accounts of scores of C-level executives also did the rounds across the cybersecurity landscape.

         

        Here is a brief review of news that stood out in the cyberworld.

         

        A threat actor sold passcodes for email accounts of hundreds of C-level executives

         

        A cybercriminal sold access to the email accounts of hundreds of C-level executives at organizations across the globe.

         

        Researchers discovered new malicious NPM packages installing remote access trojans

         

        According to reports, cybersecurity researchers discovered new malicious NPM packages that install the njRAT remote access trojan, letting cybercriminals gain control over a computer.

        Russian cyber-espionage group discovered new malware used in government attacks

         

        ESET’s security experts found a new malware that Russian cyber-espionage group Turla has been using in carrying out attacks against governments.

         

        New TrickBot version aimed to infect UEFI/BIOS firmware

         

        TrickBot malware operators added a new capability that can let them interact with an infected computer’s BIOS or UEFI firmware. According to news reports, the new capability was spotted inside part of a new TrickBot module and was seen in the wild at the end of October.

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        • Security Updates
        • TrickBot
        • malware

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          Six ways to protect against digital threats
          Posted in Cyber Security

          Six ways to protect against digital threats

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          Six ways to protect against digital threats

          By AMSAT Dec 04,2020

          Six ways to protect against digital threats

          As digitization and connectivity are set to bring about the fourth industrial revolution, manufacturers need to adopt cybersecurity to ensure physical assets and intellectual property are effectively protected against theft and attack.

          The digitization of manufacturing, or Industry 4.0 as it is commonly known, is prompting industrial players to attain new levels of efficiency, quality, and visibility.

          Although these are exciting times in manufacturing, there is a flip side to the speedy progress that’s on track. Unhappily, more connections also open the door to new security risks, and earlier generations of industrial control systems were not developed with security or IP connectivity in mind.

          As per a recent Cisco study, if cybersecurity concerns delay digital execution, it could take up to five years to keep up with the competition. Since the industrial sector has some of the most amateur security practices and policies and rock-bottom quality security infrastructure, the very cogent risk of being left behind cannot be ruled out.

          Here are the 6 tried-and-tested ways the industrial sector can embrace to defend against digital threats.

          The basics must be covered


          Several industrial companies don’t have even a simple security policy in writing, a business should begin by drafting and enforcing a set of written security policies and procedures for its plant that will, for example, delineate who should be able to access the network in the first place and how. It should encompass enduring employees and contractors, while also spelling out what assets they can access, define adequate asset use, and define reporting systems for events. Written policies should also include an incident response plan, including any measures to re-establish significant production systems after a security event.

          Defend assets with physical access restrictions

          Some of the most rigorous harm comes from within, when entry is acquired from the factory floor. Whether it’s averting inventory lift, data loss or intellectual property theft, businesses can take advantage of an all-inclusive physical security solution incorporated with a secure wired and wireless industrial network. It’s important to defend assets with physical access restrictions like locks, key cards, and video supervision. If possible, you can also add device verification and authorization, as well as encryption.

          Take a holistic approach

          The more connections you have in your manufacturing setting, the more odds for a breach. No single technology, merchandise, or method can completely protect your network. A fundamental mapping exercise will help you begin, providing an account of all the devices and software on your network. Keep in mind, ‘air gap’ approaches are imperfect, as a robot or device’s being linked to the network doesn’t ensure its complete safety. One fraudulent or malicious thumb drive will put a remote machine at risk of unintended downtime or worse, safety incidents.

          Use industry best practices


          It’s important to set up zones and design schemes to separate your sub-systems by employing industry best practices, such as the ISA IEC 62443 standard. Creating a DMZ (demilitarized zone) between your company and manufacturing networks is equally important. On the network edge, firewalls and intrusion finding will help you avoid possible risks and threats. And within the network, using out-of-band deep packet inspection (DPI) in your routers, switches, and other network devices can help you detect viruses, spam, and other disruptions.

          Frustrate attackers at the edge

          An important piece of any company’s network structural design rests the internet edge, where the corporate network meets the public internet. Internet edge is the first step to cyberspace, and performs a number of roles for the typical enterprise network. With network users reaching out to websites and using email for B2B communication, you need to keep your business resources both accessible and secure. Something as straightforward as moving from unmanaged switches in your network to lightly managed switches enables you to better protect ports and improve network visibility, control and defense.

          Conclusion

          By thinking holistically and merging several layers of defense, you can secure intellectual property and physical assets from inadvertent breaches and cyber theft, while accelerating threat resolution, decreasing downtime, and driving productivity gains across your services.

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          • Cyber Security

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            An Insight into Identity and Access Management (IAM)
            Posted in Cyber Security

            An Insight into Identity and Access Management (IAM)

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            An Insight into Identity and Access Management (IAM)

            By AMSAT Dec 02,2020

            An Insight into Identity and Access Management (IAM)

            A number of organizations encounter the challenge of providing their staff with the right level of access to the right resources at the right time. They also need to adopt governance practices and solutions to help manage certain risks and deal with operational inadequacies. Companies can meet this demand appropriately by enforcing an effective individuality and access management program. Identity and access management can thus be defined as “a specific framework for business procedures, technologies and strategies that provides effective and simple solutions for managing digital identities.”

            Importance of IAM


            An IAM system can provide guarantees and help keep track of employee activity. The capacity to know that only select employees can view programs and applications reinforce both security and operational programs for an enterprise. Limitations can also be set in the system to spot any wary user activity, communication, or problems that might otherwise go unnoticed. User information such as passwords or email addresses can swiftly become an intricate issue to track without an appropriate control system in place. IAM helps defend against security events by letting administrators automate many user account related tasks. This includes the capacity to have automated roadmap for onboarding of employees, granting access to systems and applications they are authorized to access, based on their role.

            Identity and access management solutions help companies save costs by reducing the time required to address issues pertaining to user account. They also regulate and even automate important features of managing identities, validation, and permission, saving time and money while minimizing risk to an organization. The different aspects of security offered by these solutions solutions are key to creating a robust information security program. The ability to control and audit who comes in and out of your company’s network is key to operationally supporting and protecting an environment.

            Benefits of IAM systems

            Enforcing identity and access management and relevant best practices can give you a leading edge to your business rivals. Today, most businesses need to give users outside the organization access to internal systems. Opening your network to clients, associates, vendors, contractors and, indeed, employees can raise productivity and reduce operating costs. By affording greater access to outsiders, you can drive teamwork across your organization, increasing output, employee satisfaction, research and development, and, eventually, revenue.

            An IAM system can be a keystone of a protected network that requires organizations to define their access policies and clearly outline who has access to which data resources. As a result, well-executed identities imply profounder control of user access, which converts into a minimized risk of internal and external holes. This is significant since, in addition to the growing threats of external threats, internal attacks are all too common. About 60% of all data breaches are caused by an organization’s own personnel, according to a prestigious cybersecurity index. Of those, 75% were malicious in intent, while 25% were accidental.

            How IAM works


            Regulating user access has conventionally involved several verification methods for confirming the identity of a user, including passwords, digital credentials, tokens and smart cards. Hardware tokens and credit-card-sized smart cards acted as one factor in two-factor verification, which combines your password with the token or the card to confirm your identity. A smart card carries an entrenched combined circuit chip that can be either a safe microcontroller or corresponding intelligence with internal memory or a memory chip alone.

            In today’s multifaceted compute settings, along with increasing security threats, a strong user name and password no longer suffice. Instead, IAMs often include elements of biometrics, machine learning and artificial intelligence, and risk-based verification. At the user level, new user verification methods are helping to better shield identities. For instance, the popularity of Touch ID-enabled iPhones has adapted many people with using their fingerprints as a verification method.

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            • Cyber Security
            • Security Updates
            • Access Management
            • IAM

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              Cybersecurity Weekly News Roundup
              Posted in Cyber Security

              Cybersecurity Weekly News Roundup for 4th week of November

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              Cybersecurity Weekly News Roundup

              By AMSAT Nov 27,2020

              Cybersecurity Weekly News Roundup

              In the outgoing week, reports of security breach, hijacking of firmware, security flaws in web hosting software, discovery of a zero-day flaw, and more made headlines in the world of cybersecurity.

              Here is a brief review of news that stood out in the
              cyberworld.


              Manchester United revealed security breach


              European football club Manchester United divulged a cybersecurity incident that impacted its internal systems. The football club said it was unsure if the breach allowed the attackers to access data associated with fans.


              Security researcher discovered method to overwrite and hijack the firmware of Tesla


              A Belgian security researcher Lennert Wouters came up with a method to overwrite and hijack the firmware of Tesla Model X key fobs, allowing them to steal any car that is not running on the latest software update.

              Security experts found major security defect in web hosting software cPanel

              Security experts from Digital Defense discovered a major security flaw in cPanel, a popular software suite that facilitates the management of a web hosting server. The vulnerability allows cybercriminals to avoid two-factor authentication (2FA) for cPanel accounts used by website owners to access and manage their websites and server settings.

              Security researcher accidentally discovered Windows 7 and Windows Server 2008 zero-day

              A French security scientist inadvertently found a zero-day vulnerability that affects the Windows 7 and Windows Server 2008 R2 operating systems. The bug was discovered in two misconfigured registry keys for the RPC Endpoint Mapper and DNSCache services that are part of all Windows installations.

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              • Security Updates
              • security breach

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                Mobile Application Assessment
                Posted in Cyber Security

                Mobile Application Assessment: Top 5 Security Threats to Mobile Devices

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                Mobile Application Assessment

                By AMSAT Nov 27,2020

                Mobile Application Assessment: Top 5 Security Threats to Mobile Devices

                Application security is the method of testing and evaluating an application to ensure that mobile or web applications are protected against malicious attacks perpetrated by threat actors and cybercriminals. Organizations often have little or no expertise and sufficient bandwidth to monitor their applications effectively and adapt their security protocol to allay emerging threats. In addition, varying compliance laws require organizations to adhere to strict mandates to keep people from ineffective security.

                Each organization is unique and needs professional guidance to develop a security policy that could effectively meet compliance, thwart attacks, and defend user data. Application security is vital because companies, large and small, can work on developing and improving business with the guarantee that applications are protected against potential danger. Application security also raises operational productivity, highlights compliance requirements, decreases risk, and improves confidence between a business and users. Public security breaches and compliance abuses seriously smear an organization’s reputation and make potential users cagy of relying on the business’s services. Enforcing effective application security is a highly valuable investment.

                 

                Mobile App Security

                The sweeping rise of smartphones in the workplace and everyday situations has made them the major target for threat actors and cybercriminals. Well aware of the security hole of computing devices, hackers continue to explore new ways to exploit vulnerabilities on mobile devices. According to an estimate, mobile application attacks rose 67% in 2020, making it all the more important to be aware of the biggest mobile security threats.

                1. Unsecured Wi-Fi

                Unverified servers and leaky Wi-Fi networks at coffee shops or bookstores are a threat actor’s paradise, and are doubtless one of the biggest mobile security threats. Per Jennifer Schlesinger, a CNBC reporter, cybercriminals are seeking to compromise enterprises through mobile flaws because of an increase of endpoint smartphones in the workplace. Despite prompts warning smartphone users of potentially damaging and unconfirmed servers, users will continue to connect to unsafe networks. Hackers can leverage these vulnerable networks to access important data directly from phones or apps.

                1. Apps with Malicious Code

                Smartphone users downloaded 204 billion mobiles apps in 2019. Nevertheless, people can download apps from third-party websites outside the Google Play Store or the Apple App Store. Cybercriminals can use unsafe apps to take advantage of sensitive data from mobile users. For example, a malicious mobile app malware strain called “Gooligan” impacted 1.3 million Android users, and cybercriminals were able to steal user data.

                1. Operating System Vulnerabilities

                Smartphone manufacturers must unceasingly update operating software to make room for technology enhancements, new features, and augment overall system performance. A smartphone user is occasionally advised to upgrade operating systems such as iPhone users on iOS operating systems. Software engineers supervise emerging flaws and fine-tune operating systems to deal with threats.

                Nevertheless, users may choose to avoid system updates or possibly their device is no longer compatible with the latest update. The best defense against emerging mobile threats is to update your operating system at the earliest and upgrade your mobile device if the operating system is no longer compatible with new updates.

                1. Data Leaks

                Mobile apps typically store data on remote servers. Users often download apps and immediately fill out prompts to begin using the application but often do not adequately review the permissions. Advertisers can mine the data to learn more about target demographics, but cybercriminals can also gain access to servers and leak confidential data. Unintended data leaks can come from caching, insecure storage, and browser cookies.

                1. Cryptography Issues

                Mobile cryptography is critical for security, which ensures that data and applications operate safely. iOS software must confirm the application is digitally signed from a reliable source and then decode the app to perform it. Android software merely authenticates the application is digitally signed, and doesn’t essentially validate the reliability of the signer. This design of digital belief raises the significance of downloading applications from an authorized source.

                Important data at rest on a mobile device usually falls victim to accidental revelation due to poor, or complete lack of, cryptographic applications. Developers with tight deadlines may use encryption algorithms with current vulnerabilities or not use any encryption whatsoever. Cybercriminals can use these flaws or plunder data from a compromised mobile device.

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                  Intrusion Detection and Its Types
                  Posted in Cyber Security

                  What is Intrusion Detection and Its Types

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                  Intrusion Detection and Its Types

                  By AMSAT Nov 25,2020

                  Intrusion Detection and Its Types

                  Intrusion detection is the practice of supervising and possibly foiling attempts to encroach upon or otherwise compromise a system and network resources.

                  What Is Intrusion Detection?

                  Broadly speaking, intrusion detection works like this: You have a computer system which is attached to a network, and maybe even to the internet. You have a web server, attached to the internet, and you are keen to let your clients, staff, and potential clients access the web pages stored on that web server.

                  Nonetheless, you are not willing to allow unlawful access to that system by anyone, be that staff, clients, or unknown third parties. For instance, you do not want people, except the web designers hired by your company, to be able to change the web pages on that computer. Typically, a firewall or authentication system of some kind will be put to use to avert unauthorized access. Occasionally, though, simple firewalling or authentication systems can be wrecked. Intrusion detection is a set of instruments that you put in place to warn of attempted unlawful access to the computer.

                  Why Use Intrusion Detection?


                  There is only one underlying reason why using intrusion detection systems is important: an organization, or individual, wants to defend their data’s and systems’ integrity. The fact that you cannot always secure your data from threat actors in today’s digital environment with instruments such as ordinary password and file security, leads to a series of problems. Sufficient system protection is certainly the first step in safeguarding data protection. For instance, it is futile to attach a system directly to the internet and hope that nobody infiltrates it, if it has no administrator password! By the same token, it is imperative that the system avert access to critical files or authentication databases except by authorized systems administrators. Additional measures beyond those usually expected of an intranet system should always be made on any system connected to the internet. Firewalling and other access prevention mechanisms should always be put in place.

                  Types of Intrusion Detection Systems

                  Intrusion Detection systems fall into two extensive categories: Network-based systems and host-based systems.

                  Network-based systems are placed on the network, close to the system or systems being monitored. They scrutinize the network traffic and determine whether it falls within satisfactory limits. Host-based systems, on the other hand, actually run on the system being monitored, assessing the system to find whether the activity on the system is adequate. More recent types of intrusion detection system are those that are located in the operating system kernel and supervise activity at the lowest level of the system.

                  These systems have lately started becoming available for a few platforms, and are fairly platform- specific.


                  Monitoring Incoming Connections

                  It is likely on most hosts to screen packets that seek to access the host before those packets are passed onto the networking layer of the host itself. This mechanism seeks to secure a host by intercepting packets that reach for the host prior to inflicting any damage.

                  Some of the measures that can be taken include:

                  • Spot incoming connection attempts to TCP or UDP ports that are unauthorized, such as attempts to connect to ports where no services are available. This is often symptomatic of a possible cracker having a “poke around” to discover vulnerabilities.

                  • Spot incoming portscans. This, again, is a certain issue that should be dealt with, and forewarning a firewall or adapting the local IP configuration to deny access from a likely prowler host is one action to take.

                  Monitoring Login Activity

                  In spite of the network administrator’s best efforts, and the most recently deployed and supervised intrusion detection software, a hacker seldom manages to trespass and log on to a system using an unidentified type of attack. Possibly an intruder will have acquired a network password by some means (packet sniffing or otherwise) and now has the capability to log on to the system remotely.


                  Monitoring Root Activity

                  The objective of all threat actors is to acquire super-user (root) or administrator access on the system that they have been affected. Well-maintained and dependable systems that are used as web servers and databases will typically have little or no activity by the super-user, barring at specific times of the day or night for scheduled system maintenance. Luckily, crackers do not believe in system maintenance, who hardly stick to scheduled downtime windows and often work at odd hours of the day. They carry out activities on the system that are rare for even the most propeller-headed system administrator.

                  Monitoring the File Systems

                  Once a hacker has affected a system, then they will begin to change files on the system. For instance, a successful hacker might want to install a packet sniffer or portscan detector, or adapt some of the system files or programs to incapacitate some of the intrusion detection systems that they have worked around. Installing software on a system typically involves adapting some part of that system. These changes will typically take the form of adapting files or libraries on the system.

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                  • intrusion detection
                  • Security Updates
                  • Firewalling
                  • Cyber Security

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                    Cybersecurity Weekly News Roundup
                    Posted in Cyber Security

                    Cybersecurity Weekly News Roundup for 3rd week of November

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                    Cybersecurity Weekly News Roundup

                    By AMSAT Nov 20,2020

                    Cybersecurity Weekly News Roundup

                    In the outgoing week, reports of APT attacks, flaws in Cisco Webex, launch of security enhancements, and more dominated the cybersecurity landscape.

                    Here is a brief review of news that stood out in the cyberworld.


                    Microsoft spotted three APTs that targeted seven Covid-19 vaccine makers

                     

                    Technology giant Microsoft said it had spotted three state-sponsored hacking operations, or APTs, that targeted as many as seven leading companies involved in the research and manufacturing of Covid-19 vaccines.


                    Zoom introduced security enhancement

                     

                    Videoconferencing app Zoom unveiled the launch of additional security enhancements designed to help meet hosts block Zoombombing attempts and to flag unruly users or participants.

                    Chinese APT Hackers Attacked Southeast Asian Government Institutions


                    On Wednesday, cybersecurity experts divulged a targeted spying attack on potential government sector victims in South East Asia that they believe was conducted by a sophisticated Chinese APT group at least since 2018.

                    Cisco Webex flaws let hackers join meetings as ghost users


                    Technology giant Cisco said it was planning on fixing three vulnerabilities in the Webex video conferencing app that can let cybercriminals sneak in and join Webex meetings as ghost users. The flaws were revealed earlier this year by security experts from IBM.

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                    • Cybersecurity Weekly News
                    • Security Updates
                    • Zoombombing

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