securing-highly-visible-people-from-personal-cyberattacks
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Securing Highly Visible People from Personal Cyberattacks

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securing-highly-visible-people-from-personal-cyberattacks

By AMSAT July 28,2021

Securing Highly Visible People from Personal Cyberattacks

Executive security teams encounter threats from several sources including social media, telephone, email, and event in-person physical threats. The teams must find out which are valid threats that need action, and which are simple online outbursts or harassment that should be supervised, but are mostly inoffensive. When the threat is worrying enough to prompt teams to take action, a characteristic response comprises physical, procedural, and technical security procedures. Nevertheless, unless a person has 24×7 executive protection (which is expensive), these threats don’t often intensify while an executive defense team is present. Thanks to this, digital executive security is critical.

Social Media Supervision

The chief social media platforms have teams who can spot menacing behavior and fierce rhetoric, and eliminate it rapidly. Thanks to their success, many of the hostile content is moving to non-traditional forums or social media platforms that are less-regulated. There are also special interest forums focused on technology, finance, or even home to dissatisfied former employees that represent considerable risk. 

Technical Signature Examination

People like to post online, and they tend to do so when they are emotionally thrilled. The perception of online secrecy has changed the game and occasionally individuals go so far as to make physical threats. When actors post they leave a digital trail, which can be supervised. Shrewd actors don’t use real names or locations, but opportune ascription can link the actor’s real identity to an online persona, supervision can follow, and alerts can be produced if threats happen. Also, the actor’s posts may unwittingly divulge a location or leave an IP address allowing him to be further identified. 

The Appropriate Approach to Digital Executive Security

A custom-made method to digital executive security lets security teams to exploit resources and identify threats without depending on 24×7 physical executive security. This method includes:

 

Custom-made social media and Open-Source Intelligence Collection: Building a collection engine that reduces visibility gaps is crucial: everything from breach data, to external traffic sources, to foreign media posts, Protective DNS, and corporate information should be enhanced. For example, if a cybercriminal posts a despicable threat but removes it a day later, the collection engine should be able to catch it. This requires proper data engineering of organized and amorphous data to search and alert. 

 

Threat Actor Engagement and Tailored Access: Seeing and engaging cybercriminals needs access to the platforms where they engage, a reliable-looking profile, and research. If a cybercriminal is irritating or leveling allegations against a company’s executive team, they are likely to leave digital breadcrumbs on chat forums or websites intended to attack the company, as well as social media forums. 

 

Technical Signatures Examination: Public information sources can help detect a threat actor’s designs. This data can disclose vital information enabling skilled investigators to match online activity, a general physical location, or movement patterns over time. 

 

Meaningful Evaluation: A system that alerts on the appropriate negative sentiment in an apt manner is critical to pertinent and actionable intelligence. Appreciating social norms, stylometric qualities, and context to actors lets experts quickly identify and determine malevolent capability and intent.

 

Attribution and Coordination: An important factor in effective digital executive defense is the capacity to attribute an actor’s online identities without warning the actor. This approach includes:

 

  • Watching for pattern of life indicators such as the cybercriminal conducting surveillance activities
  • Collecting and examining content for trigger words or photos
  • Periodic communication with the Client’s security or physical team. Ascription should not be resource exhaustive and should happen in a timely manner

 

None of these several elements are a solution in themselves, but together they can flawlessly bridge the physical and the digital world. Combining these pieces lets a digital investigator to continue executive protection supervision, manage the intelligence for a cybercriminal as well as the victim, and ensure appropriate defense. 

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    Latest Blogs

    By AMSAT Aug 28,2020

    Dealing with cyber-threat: a complex challenge

    Across the globe, organizations in various sectors, both public and private, now openly recognize that cyber-attacks are one of the most widespread and gravest risks they encounter.


    Given the risks organizations around the world face with regard to the security of their data, dealing with cyber-threat has become a complex challenge. Much of the existing focus is on security and compliance, as companies – subject to growing amounts of legislative, corporate and regulatory requirements – prove they are handling and securing information appropriately.


    Since the information security landscape is constantly evolving, private and public sector organizations find it hard to believe they could be a target for cyber-attacks. This approach needs to change, as it’s best to be proactive rather than reactive. At the same time, relying on defense is no longer viable, as the threat actor bent on wreaking harm to an organization will be unrelenting in their objective. This results in public and private sector organizations getting to know what is going on around them so that they can recognize when an attack has occurred or when an attack is on the cards. Intelligence and the intuition that it brings is at the core of next generation of information security.

    The importance of cybersecurity


    Why should security figure at the top of every organization’s top priority list? Why should senior management of every small and large organization be concerned about cybersecurity?


    The answer: The digital world in which business is conducted is susceptible and prone to being attacked. Digitization brings with it boundless opportunities for innovation. It still has a long way to go before becoming a fully protected system that is set to control and regulate itself. Decision-makers ought to ensure that all systems in their company abide by the latest high-security protocols. Employees, particularly not so tech-savvy, must also be competent in basic cyber-security etiquettes. For example, everyone needs to know how to recognize a phishing email and how to isolate it, while informing the proper authority, both internal and external.


    Without the right security strategy, you might be in for an irreparable damage for your organization. Even with the sturdiest controls in place, an organization would do well to bank on those controls to be tested. Threat attackers know how to find weak spots and take advantage of them, opening holes up that bring down robust systems. The solution lies in being offensive rather than defensive, and practicing the essential security tasks that will keep most of the threats at bay.

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      A-Brief-Weekly-Review-of-Top-Stories-that-Dominated-the-Cyberworld
      Posted in Cyber Security

      A Brief Weekly Review of Top Stories that Dominated the Cyberworld

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      A-Brief-Weekly-Review-of-Top-Stories-that-Dominated-the-Cyberworld

      By AMSAT July 23,2021

      A Brief Weekly Review of Top Stories that Dominated the Cyberworld

      The security landscape saw a number of developments with far-reaching implications over the last week. From Saudi Arabia state oil giant Aramco facing $50mn cyber extortion over leaked data to Google Cloud introducing new zero trust offerings for government, the outgoing week was full of several headline-grabbing events.

       

      Here’s a brief review of what occurred in the outgoing week.   

      Saudi Aramco Facing $50M Cyber Extortion Over Leaked Data

      Saudi Arabia’s state oil giant recognized that leaked data from the company — files now ostensibly being used in a cyber-extortion attempt involving a $50 million ransom demand — likely came from one of its contractors.

       

      The Saudi Arabian Oil Co., said that it “recently became aware of the indirect release of a limited amount of company data which was held by third-party contractors.”

       

      The company did not say which contractor was affected nor whether that contractor had been hacked or if the information leaked out another way.

       

       

      “We confirm that the release of data was not due to a breach of our systems, has no impact on our operations and the company continues to maintain a robust cybersecurity posture,” Aramco said.

       

      Google Cloud Launches New Zero Trust Offerings for Government

       

      This week, Google Cloud announced a new set of services aimed at help federal, state, and local government organizations in the United States to enforce Zero Trust architecture.

       

      A fresh Biden administration Executive Order on Improving the Nation’s Cybersecurity requires government organizations stick to a Zero Trust method to cybersecurity, and Google Cloud has launched three new service offerings custom-made to meet those needs and to be consistent with National Institute of Standards and Technology (NIST) standards.

       

      Dell Fixes Critical Flaws in OpenManage Enterprise

       

      Fixes released this week by Dell for its OpenManage Enterprise product address several critical-severity flaws.

       

      A systems management and monitoring application, Dell OpenManage Enterprise delivers administrators with a complete view of Dell EMC servers, network switches, and storage in their setting.The most severe of these issues is CVE-2021-21564, an improper authentication flaw that could allow a remote attacker to “hijack an elevated session or perform unauthorized actions by sending malformed data.”

       

      Another serious flaw that Dell patched in OpenManage Enterprise is CVE-2021-21585 (CVSS score of 9.1), an OS command injection bug in RACADM and IPMI tools that could allow a remote, authentic malevolent user that already has high privileges to perform arbitrary OS commands.

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        all-you-should-know-about-hackers-and-their-types
        Posted in Cyber Security

        All You Should Know about Hackers and Their Types

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        all-you-should-know-about-hackers-and-their-types

        By AMSAT July 26, 2021

        All You Should Know about Hackers and Their Types

        Who is a hacker?

        Although the word “hacker” generally has a negative connotation, a hacker is not always a bad guy. A hacker is only an individual who uses computer programming or special methods to get over a challenge or problem. Hackers may be driven by many reasons, including profit, grievance, information collection, or to evaluate system defects to help develop defenses against potential hackers. 


        Types of hackers and what they do

         

        Usually executed by one or more hackers, hacking is all about the unlawful intrusion into a network or computer. Nevertheless, a hacker can be any individual, and they either work alone or are hired by an organization that has the object to upset something or inflict damage––gratuitously. Often, they look to change security systems to attain their objective, which is different from the real purpose of the system.

         

        A number of businesses also hire hackers as their full-time employees. These hackers push their capabilities to find defects, vulnerable areas, and weak spots in the organization’s security system. This is done to explore and rectify the flaws and stop malicious hackers from getting into the security system.

        Types of Hackers around the Globe

        ‘Black Hat’ Hackers

        Initiated from Western films, the term “black hat” refers to the despicable persons who used to put on black hats, while the upright men would wear white hats.


        A black-hat hacker is a person who seeks to gain unlawful entry into a system or network to exploit them for malevolent reasons. The black-hat hacker does not have any consent or authority to impact their targets, and seeks to inflict damage by compromising security systems, changing functions of websites and networks, or closing systems altogether. They often do so to steal or gain access to passwords, financial information, and other personal data.

        ‘White Hat’ Hackers

        On the contrary, white-hat hackers are believed to be the good guys, working with organizations to reinforce the security of a system. A white hat is allowed to involve the targets and to affect them within the set rules of engagement. Often referred to white-hat hackers, these people are expert at ethical hacking tools, methods, and practices to defend a company’s information systems.


        As opposed to black-hat hackers, white-hat hackers exploit security networks and look for backdoors when they are legitimately allowed to do so. Ethical hackers always reveal every vulnerability they find in the company’s security system so that it can be repaired before they are get abused by malicious actors. Some Fortune 50 companies like Facebook, Microsoft, and Google also use ethical hackers.

        ‘Grey Hat’ Hackers

        These hackers exploit networks and computer systems in the way that black hats do, but do so without any mal-intent, disclosing all gaps and flaws to law enforcement agencies or intelligence agencies. Typically, these hackers browse the internet and break into computer systems to alert the administrator or the owner that their system or network contains one or more flaws that must be patched swiftly. Grey-hat hackers may also swindle the hacked, offering to fix the fault for a nominal fee.

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          top-stories-that-dominated-the-cyberworld
          Posted in Cyber Security

          A Brief Weekly Review of Top Stories that Dominated the Cyberworld

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          top-stories-that-dominated-the-cyberworld

          By AMSAT July 07,2021

          A Brief Weekly Review of Top Stories that Dominated the Cyberworld

          The security landscape saw a number of developments with far-reaching consequences over the last week. From US President Joe Biden warning his Russian counterpart Vladimir Putin to take action against cybercriminals to Microsoft’s decision to acquire cybersecurity startup RiskIQ, the outgoing week was replete with many headline-grabbing events.

          Here’s a brief review of what occurred in the outgoing week.  

          Biden Told Putin to “Take Action” against Cybercriminals

          In a phone call, President Joe Biden warned Russian President Vladimir Putin that he must crack down against threat actors acting in his country.

           

          The White House said that the United States reserves the right to protect its people and its critical infrastructure from future attacks.

           

          In his call with Putin, Biden also underlined that he is committed to sustained engagement on the wider threat posed by ransomware, as per the White House.

           

          Last month, Biden warned the Russian president that there would be consequences for continuing cyberattacks stemming from Russia. Since then, a new ransomware attack associated with the Russia-based REvil hacking group has triggered extensive disruption.

          Microsoft Set to Buy Cybersecurity Startup RiskIQ

          Technology giant Microsoft confirmed it was set to drop a whopping $500mn in cash to buy RiskIQ, a cybersecurity company that provides threat intelligence and cloud-based software as a service for organizations.

          Microsoft, however, declined to confirm the reported figure.

          Terms of the deal, which will see the San Francisco-based company’s threat intelligence services combined into Microsoft’s flagship security offerings, were not revealed.

           

          The announcement came amid a hyper-security landscape as businesses move to remote and hybrid working strategies.

           

          Microsoft said that by embedding RiskIQ’s technologies into its main products, its customers would be able to build a more inclusive view of the international threats to their organizations as workforces continue to work outside of the outdated office milieu.

          Russian hacker group Went Offline, Sparking Speculations

          A Russian-based hacker group, responsible for a huge ransomware assault, went offline, prompting rumors whether it was an action taken by the government.

           

          The “dark web” page of the group known as REvil vanished some two weeks after an assault which affected networks of hundreds of businesses globally and led to a ransom demand of $70 million.

          A security expert, Allan Liska, with the firm Recorded Future, said: “REvil has seemingly vanished from the dark web, as its website has gone offline.”

           

          The news came on the heels of the US President Joe Biden’s repeated warning to his Russian counterpart Vladimir Putin about harboring threat actors while suggesting the United States could take action in the face of rising ransomware attacks.

          Government Entities Targeted by Chinese Hackers

          As per a new report from anti-malware vendor Kaspersky, a newly revealed advanced persistent threat (APT) drive targeted legions of users in South Asia, including government organizations.

          Termed LuminousMoth, the activity involved cyberespionage attacks on entities since at least October 2020 but, unlike similar attacks that are highly targeted, this drive stands out thanks to its size: almost 100 victims in Myanmar and 1,400 in the Philippines.

           

           

          However, the key focus of the attacks was only a subset of victims that comprised prestigious organizations, including government entities both within the two countries and overseas.

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            a-detailed-overview-of-iot-internet-of-things-security
            Posted in Miscellaneous

            A Detailed Overview of IoT (Internet of Things) Security

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            a-detailed-overview-of-iot-internet-of-things-security

            By AMSAT July 12, 2021

            A Detailed Overview of IoT (Internet of Things) Security

            IoT, or the Internet of Things, incorporates everything linked to the internet, but it is widely used to define objects that speak to each other. In simple words, the IoT is made up of devices such as simple sensors to smartphones and wearables linked together. The arrival of highly affordable computer chips and the omnipresence of wireless networks have ensured that anything from as small as a needle to as large as an airplane can be easily converted into a part of the Internet of Things. Linking up all these diverse objects and adding sensors to them allow them to transfer real-time data without a human’s involvement. The IoT is making the world around us much smarter and more receptive, integrating the digital and physical worlds.

            How IoT works

            The internet has changed the way we work and interact with one another. Similarly, IoT has also transformed our lives by linking numerous devices simultaneously to the internet, thus enabling human-to-machine and machine-to-machine communications. Nevertheless, this IoT system is not limited to a specific field but has commercial applications in fields such as home, vehicle, and factory line automation, retail, healthcare and more. The connectivity, interacting and communication procedures used with these web-enabled devices mainly rely on the precise IoT applications arranged. IoT can also take advantage of artificial intelligence (AI) and machine learning to help make data accruing procedures easier and livelier.

            Significance of IoT Device Security

            The idea of IoT dates back to the 20th century as something of an accidental concept, but is now considered to be the future of our very livelihood, mainly due to astonishing technological developments and fast-paced consumer adaptability.


            The potential for IoT execution is enormous. IoT is expected to lead to increased productivity and efficiency, reduced crime rates as well as accidents caused by human error. Yet, the success of IoT application at universal levels is under continuous risk from breach of secrecy and data security. Here are the key reasons why IoT device security is important.

            Data is more valuable than anything else

            The phrase “knowledge is power” has been taken to a whole new level by IoT technology that has been adapted in varied areas. Governments have executed the use of IoT devices in their activity processes such as the use of military drones while IoT devices are used by healthcare facilities and hospitals to provide high-quality healthcare services. The massive amount of data shared across different IoT devices makes these devices highly vulnerable to cybercriminals, swindlers and other immoral users interested in such data. The data, once landed in the wrong hands, could put the safety and security of entire companies and government agencies at stake.

            Hackers emboldened by IoT device defects

            While smartphone and computers have been around for a long time, IoT is a relatively new phenomenon. Therefore, manufacturers and software developers have had adequate time to address the vulnerabilities relating to their data breach. IoT devices, alternatively, are enormously useful and come with various capabilities. Manufacturers still face issues such as lack of hardware that is strong enough to scrutinize and encode data yet trivial enough to fit inside the restricted space. Threat actors can access your home Wi-Fi network through such indiscreet devices and use the opportunity to watch your home surveillance camera to perpetrate a crime.

            Cybercriminals compromise the object of IoT execution

            The key object of implementing IoT devices across several segments is to create a completely cohesive smart city. With this integration, any device used in a manufacturing industry can link to another being used by government organizations, healthcare providers, trades or even one’s home network. Nevertheless, the law is yet to formulate privacy protection laws that cover all weaknesses across the different sectors. Cybercriminals continue to take advantage of this shortcoming, which results in the loss of revenue already invested into the project.


            Undoubtedly, IoT is the future of the world. However, manufacturers and software designers need to protect its data for comprehension of a smarter, safer and more resourceful world.

            How to secure IoT networks

            Here are some of the steps that can boost the security of your IoT network.

            Know your IoT network

            The first measure to take to enhanced security is to recognize and learn what you have and what needs to be safeguarded. While it may seem one of the fundamental steps, several companies tend to overlook this. Having an appropriate list of what’s on your IoT network and updating it regularly is key to security in any IoT network.


            An IoT network usually comprises numerous devices and any of these devices can be used as a source to upset an entire IoT network. Organizations should focus on fixing the fundamentals to face the mounting cyber-risks in IoT.

            IoT network security architecture

            Most of the typically used surveillance devices hardly support the wireless network security standards such as WPA2 or WPA3, which makes them highly susceptible, capable of easily falling into the hands of cybercriminals. Companies find upgradation of all these devices very expensive, so they should think about redesigning their network security architecture.

            Divide the responsibility

            One of the key problems with IoT security is that companies often end up with security defects since they have too much to gain. Businesses that have their own IoT network typically acquire or hire equipment and services from a number of services or device providers. Since IoT has to do with all these devices working together in a network, this mix of equipment can open up several holes that can be used to upset the system.

            Setting up one-way connections

            Setting up one-way connections is very important in an IoT network. If the endpoints in an IoT network have more privileges, threat actors can exploit them for cyberattacks. With the increase in the number of devices being a part of the IoT, the surface area for the invaders to attack is also on the rise. Hence, organizations should restrict the skills of these IoT devices for security purposes. Often, IoT devices are arranged in a way that they can start network connections by themselves. Although this provides much flexibility and other gains, it can also lead to many security problems. By applying the exercise that all IoT devices are able to stay connected or start connections only using network firewalls and access lists will ensure better safety.

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            • Internet of Things

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              a-brief-weekly-review-of-top-stories-that-dominated-the-cyberworld
              Posted in Cyber Security

              A Brief Weekly Review of Top Stories that Dominated the Cyberworld

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              a-brief-weekly-review-of-top-stories-that-dominated-the-cyberworld

              By AMSAT July 9,2021

              A Brief Weekly Review of Top Stories that Dominated the Cyberworld

              Many developments took place in the cybersecurity landscape in the outgoing week. From software company Kaseya hit by supply chain ransomware assault to hackers demanding a staggering $70mn as Kaseya ransomware affected hundreds of firms, the cyberspace scene was awash with some earth-shattering events that grabbed world headlines.

               

              Here’s a brief review of what occurred in the outgoing week.   

               

              Supply Chain Ransomware Attack Hit IT Software Company Kaseya

               

              Software maker Kaseya Limited came under a widespread supply chain ransomware attack, with the company advising users of its VSA endpoint management and network monitoring tool to immediately shut down VSA servers.

               

              Kaseya said that while the incident only seems to affect on-premises customers, SaaS servers have also been shut down as a preventive measure.

               

              Meanwhile, the Department of Homeland Security’s Cybersecurity and Infrastructure Security Agency (CISA) said that it was taking action to comprehend and address the attack against Kaseya VSA.

               

              Hackers Demanded $70 Million as Kaseya Ransomware Attack Impacted 1,500 Firms

               

              IT management software maker Kaseya said the recent ransomware attack affected as many as 1,500 firms; it, however, claimed that there was no sign of malicious modifications to product source code.

               

              The company also urged customers to immediately shut down on-premises servers running its VSA endpoint management and network monitoring tool because of a cyberattack, which exploited a zero-day flaw in the product.

               

              Kaseya has provided consistent updates about the incident. While it primarily said that less than 40 of its 36,000 customers were affected, the number rose to fewer than 60 a few days later.

               

              Ransomware Attack Hit Rural Alabama Electric Cooperative

               

              A ransomware attack hit an Alabama power provider, leaving customers without access to their account information.

               

              Wiregrass Electric Cooperative, which serves nearly 25,000 members, announced that no data was impacted by the attack, but member account information and payment systems were taken offline for maintenance as a precaution.

               

              Chief operating officer Brad Kimbro said that the company did not pay a ransom and didn’t have any data compromised in the attack, adding that electrical service wasn’t disrupted.

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                how-to-build-end-to-end-security-for-5g-networks
                Posted in Endpoint Security

                How to Build End-to-End Security for 5G Networks

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                how-to-build-end-to-end-security-for-5g-networks

                By AMSAT july 05,2021

                How to Build End-to-End Security for 5G Networks

                The advent of 5G presents unmatched opportunities for organizations, particularly those competing in today’s constantly growing and highly competitive digital ecosystem.

                 

                5G brings a phenomenal surge in mobile broadband and high-reliability as well as ultra-low latency (URLLC). The ensuing growth of new, highly responsive applications, rich media streaming, and more will entirely transform networks. And that’s just the beginning. The expansion and distribution of cutting-edge high band millimeter-wave (mmWave) 5G will hasten the development of smart infrastructures, boost the automation of manufacturing settings, and provide the ultra-high density required to control new computing environments.

                 

                Nevertheless, as organizations embrace 5G networks and services to enable digital innovation across new network limits, they are also presenting new risks. And part of the 5G challenge is that there are few security solutions on the market intended to keep up with 5G-boosted networks. We already see some environments—not just super-high performance data centers, but new edge compute milieus and even remote workers on 5G-enabled devices—being badly protected. For example, millions of remote workers are now being secured with little more than a VPN connection. Without a security plan in place, these enterprises will be unable to secure themselves against the next generation of malware designed to harness the speed and magnitude of 5G and take advantage of the patchy and thinly deployed security systems currently in place.

                 

                5G Security Challenges

                 

                There’s no doubt that everybody wants to ensure that security controls don’t overshadow the reason they are embracing 5G in the first place. Security systems not intended for 5G settings can slow applications, introduce dormancy issues, and affect the user experience of workers and customers. Luckily, 5G includes several integral security capabilities that can help. But we must be wary not to over rely on them. No enterprise moving critical data, applications, and workflows across their network or relying on business applications to link to important resources should ever consider 5G as their only source of protection against cyber threats or the deliberate misuse of infrastructure and services. An extra layer of security discernibility and control designed for the realities of a 5G network is essential.

                 

                But this is about much more than just purchasing a fast firewall. 5G is going pervasive, meaning we will see it organized everywhere across the circulated network—in LANs, WANs like SD-WAN, data centers, cloud platforms, and cloud-based services as well as endpoints and IoT devices. It will not just pervade IT but will play an important role in OT as well. From a security viewpoint, each of these settings already has its challenges. Endpoint security has grown from old-style antivirus software to providing complete protection from sophisticated malware and evolving zero-day threats.

                 

                End-to-end Security and High Performance

                 

                 

                Dealing with this challenge begins by converging networking and security into an integrated solution—a process known as security-centric networking—to produce a security plan that is not just highly flexible and adaptive but that can be widely deployed. By intertwining security into the core of the network, security systems will not only be able to develop and adjust to digital innovation efforts but do so at 5G speeds. This enables an end-to-end method that can deliver vital security while keeping low dormancy and high performance. But attaining this requires a platform method that can provide steady protection to any user on any device in any location.

                 

                The job of a security platform is to be deployable anywhere, in any form factor, while offering steady functionality across and between edges. And for 5G, virtual platform instances should not only be able to scale up and out to meet performance demands, but physical devices need to include improved processing power, so security never becomes a blockage.

                 

                The first benefit of an integrated platform method is that it enables single-pane-of-glass visibility, steady policy distribution and enforcement, centralized threat intelligence collection and association, and orchestrated response to recognized threats. It also lets security follow data, workflows, and transactions end-to-end, rather than handing off security as data moves from one area to the next, important in a world where enterprises run on applications.

                 

                But maybe the most critical value of a platform is that it enables true automation. 5G-enabled threats will far overtake the capacity of data analysts and systems engineers to spot and respond. Automated systems are integrally quicker than humans. And when improved with things like machine learning and AI, they can also spot, examine, and respond to threats right off the bat, shutting them down mid-attack, even at 5G speeds.

                A Secure 5G Ecosystem

                Though 5G is opening a world of opportunities for digital business, it’s only the tip of the iceberg at the moment. 6G is impending, and many of the ways this new functionality will affect organizations haven’t even been conceived yet. But all this will only be possible if security is a vital part of the solution. Enterprises need to start transitioning now to a global security platform that can scale as networks evolve and extend to the farthest reaches of the network. By merging security and networking functionality into a combined, expansive, and flexible platform, organizations can prepare now to support the next generations of high-performance, hyperconnected systems and devices their users will demand and on which their future relies.

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                • Endpoint Security
                • Endpoint Protection

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                  Latest Blogs

                  By AMSAT Aug 28,2020

                  Dealing with cyber-threat: a complex challenge

                  Across the globe, organizations in various sectors, both public and private, now openly recognize that cyber-attacks are one of the most widespread and gravest risks they encounter.


                  Given the risks organizations around the world face with regard to the security of their data, dealing with cyber-threat has become a complex challenge. Much of the existing focus is on security and compliance, as companies – subject to growing amounts of legislative, corporate and regulatory requirements – prove they are handling and securing information appropriately.


                  Since the information security landscape is constantly evolving, private and public sector organizations find it hard to believe they could be a target for cyber-attacks. This approach needs to change, as it’s best to be proactive rather than reactive. At the same time, relying on defense is no longer viable, as the threat actor bent on wreaking harm to an organization will be unrelenting in their objective. This results in public and private sector organizations getting to know what is going on around them so that they can recognize when an attack has occurred or when an attack is on the cards. Intelligence and the intuition that it brings is at the core of next generation of information security.

                  The importance of cybersecurity


                  Why should security figure at the top of every organization’s top priority list? Why should senior management of every small and large organization be concerned about cybersecurity?


                  The answer: The digital world in which business is conducted is susceptible and prone to being attacked. Digitization brings with it boundless opportunities for innovation. It still has a long way to go before becoming a fully protected system that is set to control and regulate itself. Decision-makers ought to ensure that all systems in their company abide by the latest high-security protocols. Employees, particularly not so tech-savvy, must also be competent in basic cyber-security etiquettes. For example, everyone needs to know how to recognize a phishing email and how to isolate it, while informing the proper authority, both internal and external.


                  Without the right security strategy, you might be in for an irreparable damage for your organization. Even with the sturdiest controls in place, an organization would do well to bank on those controls to be tested. Threat attackers know how to find weak spots and take advantage of them, opening holes up that bring down robust systems. The solution lies in being offensive rather than defensive, and practicing the essential security tasks that will keep most of the threats at bay.

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                    Posted in Cyber Security

                    A Brief Weekly Review of Top Stories that Dominated the Cyberworld

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                    a-brief-weekly-review-of-top-stories-that-dominated-the-cyberworld

                    By AMSAT July 2,2021

                    A Brief Weekly Review of Top Stories that Dominated the Cyberworld

                    The outgoing week saw a number of events that had long-term effects on the cybersecurity landscape. From Bit Discovery raising a whopping $4mn Series B funding round to a vendor inadvertently disclosing customer information of Mercedes-Benz USA, there were many minor and major incidents that made headlines.

                     

                    Here’s a brief review of what took place in the outgoing week.   

                    Bit Discovery Raised $4 Million Series B Funding Round 

                    Jeremiah Grossman’s Bit Discovery announced it has obtained another $4 million in Series B financing spearheaded by Mighty Capital and return investor Aligned Partners.


                    Jeremiah Grossman, co-founder and CEO of Bit Discovery, said that enterprises are increasingly viewing attack surface management as vital to vulnerability management, recognizing areas of unidentified risk, M&A processes, IoT device identification, and much more.


                    Bit Discovery’s founding mission is to help companies comprehend the cruciality of attack surface management. History suggests that companies that let this area lapse have faced huge data breaches, issues with hardware or software licensing, mismanaged M&A activity, and undesirable financial effect due to unconsolidated and ill managed IT infrastructure.

                    Vendor Inadvertently Revealed Customer Information: Mercedes-Benz USA

                    Last week, Mercedes-Benz USA said that a vendor inadvertently divulged important personal information relating to its customers.


                    Initially revealed by the affected vendor on June 11, the incident involved more than 1.6 million records, a vast majority of which include names, addresses, email addresses, phone numbers, and some details on purchased vehicles.


                    Nevertheless, only “less than 1,000 Mercedes-Benz customers and interested buyers” had what the German luxury carmaker labelled as “sensitive personal information” affected.


                    The company has started informing those whose additional information was accessible.

                    Vendor Inadvertently Revealed Customer Information: Mercedes-Benz USA

                    According to a warning from security vendor Detectify, several large organizations were affected by an authentication bypass in Adobe Experience Manager CRX Package Manager.


                    The Adobe Experience Manager (AEM) is a content management solution (CMS) used for the creation of websites and mobile applications; it also allows developers to manage marketing content and assets.


                    Discovered by Detectify Crowdsource community researchers Ai Ho and Bao Bui, the authentication bypass could be abused by threat actors to access the CRX Package Manager, which is used for handling packages on the local AEM installation.


                    Some of the organizations affected include LinkedIn, MasterCard, Sony’s PlayStation, and McAfee.

                    Facebook Filed Lawsuits against Four Vietnamese Nationals for Hacking Accounts

                    Social media giant Facebook announced it had sued four Vietnamese individuals over advertising-related schemes.

                    According to Facebook, four individuals living in Vietnam hired session/cookie theft systems to compromise the accounts of employees at advertising and marketing agencies, leveraging them to run unlawful ads.

                    As part of their scheme, the defendants purportedly used a malicious Android application, called “Ad Manager for Facebook,” to take control of the accounts. The app was hosted on Google Play, but it has been eliminated from the storefront.

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                    • Cyber Crime
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