Securing Your eCommerce Website
Posted in Cyber Security

How to Protect Your Ecommerce Website

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Securing Your eCommerce Website

By AMSAT Feb 21, 2023

How to Protect Your Ecommerce Website

Starting an online business and developing an ecommerce website can be tough and exciting given the online business sector’s stratospheric rise. However, many business owners take their ecommerce website’s security for granted and seldom ever take any precautions to make sure they are guarded against intrusions from different types of hackers. They are, to put it bluntly, living in a fool’s paradise!

 

There is a silver lining, though! You can still secure your website against any potential cyber-attack if you adopt a few effective preventative measures.

 

So, what exactly is ecommerce security?

 

The most crucial component of an ecommerce website is, or ought to be, security. The risk of fraud and identity theft is constant for those who don’t maintain strong security. For instance, compromised credit card information might severely damage your accounts and cause a significant loss to your company.

 

You shouldn’t assume your business is secure just because it’s small. The truth is that attacks on small firms happen more frequently than on larger ones. And hackers legitimately feel that ecommerce websites are not adequately safeguarded.

 

Small ecommerce websites are constantly in danger, according to research. In addition to actual financial scams, data or security breaches damage the trust of your brand. Which means that your clients won’t feel comfortable making purchases from you if you don’t pay money to safeguard a website. Additionally, you won’t be able to attract new clients after a security breach, let alone obtain repeat business. Therefore, the key to successful ecommerce is ensuring that both your company and your customers feel secure.

 

Website security is no longer an expensive endeavor that can only be carried out by businesses with sizable IT departments; even a small business or an individual on a tight budget can simply assure the security of their websites. For the successful operation of an ecommerce firm, large or small, ecommerce specialists typically stress the following fundamental and most significant ecommerce website security elements.

Use an SSL certificate and make sure it complies with PCI

An SSL is a digital certificate that encrypts information exchanged between a web server and a web browser, making it a reliable solution to protect your customers’ data online. Additionally, it alerts visitors that your website is safe enough for them to enter their credit card information.

Key credit card brands developed PCI compliance as a security requirement in an effort to reduce fraud and improve the security of ecommerce websites.

Employ a real-time bot detection system

Although everyone wants more website traffic to increase conversions, not all internet traffic is reliable or trustworthy. Over 50pc of all internet traffic is made up of bots, and malicious bots account for 30pc of ecommerce website scams. What you may see as an increase in legitimate traffic may actually be malicious bots used by your competitors or fraudsters to quickly steal all of your product information, customer information, or vendor information.

The impact on an e-commerce company may be large in terms of compromised website security, dismal sales, and lost opportunities. Additionally, computer programs that continuously search online stores for pricing information are likely to visit numerous pages and use up server resources.

Utilize a web application firewall

A web application firewall (WAF) is a piece of hardware or software that essentially acts as a doorway between two or more networks, letting allowed traffic through while blocking unauthorized or potentially harmful traffic from connecting to the network.

Typically, WAF protects websites from well-known assaults including DDoS attacks, SQL injections, and cross-site scripting (XSS).

However, a firewall must be correctly configured in order to work.

Select a secure online store platform

Make a thorough investigation before choosing a particular ecommerce platform. You must ensure that the foundation of an ecommerce platform is an object-centric programing language with certain built-in security measures.

If you decide to utilize WordPress as your platform, pick a WordPress security plugin to give your website an additional layer of protection. Keep in mind that ecommerce systems do not offer a bot mitigation solution, a crucial component for ecommerce websites from a website security standpoint.

Devise a strategy to eliminate customer data

The best way to ensure that your data is not prone to cybercriminals is simply to not keep that data in the first place. Then, only save the information necessary for chargeback accounts, refunds and credits, and package tracking. For marketing purposes, you will need to maintain names, addresses, and emails on file, but you should carefully choose what information you save and why.

Encourage clients to use secure passwords

They won’t care that their lack of omission might have made things worse if a customer’s information is compromised. They will be concerned that their information was compromised and that they incurred financial loss as a result. You should establish strict password policies that require users to use capital letters, unusual characters, and lengthy passwords.

Inform your staff about online security

Human error plays a significant role in many scams. During a live support chat or on social media, your customer service agent could share your account number. Someone who claims to have forgotten their password could get a login and password from another over the phone. All of this may be avoided by creating stringent privacy and security policies, educating staff members about them, and offering ongoing refresher training.

Conclusion

The success of your business is largely dependent on the establishment of robust e-commerce security. Exposing your customers’ sensitive information may put your company in a pickle and erode its credibility. You cannot afford to risk losing your customers’ trust by exposing their private information. By adopting a cybersecurity platform like AMSAT, you may set aside the stress of your company’s security infrastructure and focus, instead, on growing your business.

 

That doesn’t mean you have nothing to do, though. Using strong passwords, exercising caution when clicking links and downloading files from communications, and regularly checking your third-party integrations are essential.

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    Security in Container Environments
    Posted in Cyber Security

    Ensuring Compliance and Security in Container Environments

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    Security in Container Environments

    By AMSAT Feb 16,2023

    Ensuring Compliance and Security in Container Environments

    An effective container security policy requires comprehensive vulnerability management. It’s imperative to consider the complete lifecycle of the apps and services provided over that pipeline in order to protect a container network. Orchestration, hosts, and platforms must all be taken into consideration in any strategy for managing container vulnerability.

     

    Container environments offer many benefits for developers, such as ease of deployment and scalability. However, they also represent new security challenges that must be addressed to ensure compliance and protect sensitive data.

     

    In this blog, we’ll discuss some best practices for ensuring compliance and security in container environments.

    Vulnerability Management: Cornerstone for Container Security

    Layers of container images are constructed, with the basic operating system serving as the first layer. Each layer depends on the layer below it, so it is best practice to stack the layers that have undergone the most changes at the top to reduce the number of components that need to be updated with each release.

    With the inclusion of additional libraries, agents, and configuration items that arrive with each update, container images frequently grow in size over time. This increasing volume makes the scanning of images for vulnerabilities more difficult and time-consuming.

    Vulnerabilities in Containerized Applications

    Applications in containers may have exploitable flaws, and if there is little change and poor scanning, these flaws may stay hidden in lower layers of an image. Popular image registries are not immune.

     

    All enterprises employing container technology must adopt proper controls on their use of images since cybercriminals employ a number of strategies to persuade users to download malicious images. Processes for vulnerability detection and patching are crucial for preventing exploitation.

     

    Because many container images are acquired from distant sources and contain open-source components or those of unknown provenance, it is crucial to scan them for vulnerabilities. Every new image should undergo routine inspection, especially because more vulnerabilities are found every day.

     

    Tools for management: Scanning software to check containers, hosts, cloud services, and APIs will look for host vulnerabilities and misconfiguration, as well as too many rights and exposed secrets.

     

    Information for management: The output of the reporting process should contain vulnerability data and component metadata.

     

    Entrusting developers for security: The scanning of all images as early as possible in the development lifecycle is of paramount importance. A component should be scanned before being included in a container image, and any image obtained from a public registry should be inspected at the time of download.

     

    Also, to ensure the integrity of deployments, CI/CD pipelines should incorporate vulnerability screening of generated container images. Images should be rescanned on occasion and automatically after each release to make sure they continue to be secure.

    Controlling Container Vulnerabilities

    If vulnerabilities are found after scanning, there are numerous approaches to limit or mitigate the dangers that follow. The vulnerability should be given a severity score in the initial evaluation in order to determine the threat it poses, best defined in terms of likelihood and effect potential. It’s crucial to create a strategy and timetable for addressing and fixing the vulnerability. Effective container vulnerability management calls for reducing the attack surface, seeping software components up to date, and restricting access to approved image registries only.

     

    As a best practice, the least privilege principle ought to be followed. Making sure all programs and processes operate with the minimal permissions required to perform their functions mitigates the effects of any exploit because an exploit often gives the attacker the same privileges as the application or process being abused.

     

    By restricting access to specified files, you can make sure that your containers can only access and use the defined binaries. This will lessen risk exposure in the case of an exploit success in addition to increasing stability in the container environment.

    Vulnerabilities Management for Applications

    You must handle application vulnerabilities at the application level since application vulnerabilities arise in application code rather than in any of the processes or technologies connected to containers.

     

    Static Application Security Testing, which may spot bad coding practices that could enable threats, can be used to scan the source code of your application for vulnerabilities as part of your CI/CD pipeline. Dynamic Application Security Testing, a technique that keeps an eye on a program running in a sandbox environment to detect activity that could signal a security vulnerability, should be used to test the application once more before to deployment.

    Conclusion

    Securing container environments requires a multi-layered approach that addresses both the container itself and the host system. By following the best practices discussed in this blog, you can ensure that your container environment is compliant and secure, protecting sensitive data and reducing the risk of security incidents.

     

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      What distinguishes a business continuity strategy from a catastrophe recovery plan
      Posted in Data Protection

      What Distinguishes a Business Continuity Strategy from a Disaster Recovery Plan?

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      What distinguishes a business continuity strategy from a catastrophe recovery plan

      By AMSAT Feb 9,2023

      What Distinguishes a Business Continuity Strategy from a Disaster Recovery Plan?

      The terms disaster recovery and business continuity planning are sometimes used interchangeably, but despite their similarities, they refer to two different strategies companies use to recover in the event of a disaster.

       

      A business continuity plan emphasizes on all facets of catastrophe preparation as they pertain to avoiding a disruption of operations. A disaster recovery plan, particularly when it comes to IT systems, is more narrowly focused on the response and recovery phases of a disaster.

      How and Why are a DRP and BCP Crucial?

      Several threats that can hinder a business’s capacity to operate exist. Natural catastrophes like fires, floods, tornadoes, earthquakes, or hurricanes may cause them. Malware, cyberattacks, ransomware, inadvertent data deletion, and even internal sabotage are just a few examples of man-made risks. Businesses risk severe consequences by not being ready for disasters if they don’t have a business continuity plan and a disaster recovery plan in place.

      How a Disaster Recovery Plan and a Business Continuity Plan Differ

      In reality, when discussing a business’s catastrophe readiness, whether for prevention or reaction or both, both strategies are frequently mentioned.

       

      It’s crucial to keep in mind that a systematic business continuity plan will already include a catastrophe recovery strategy. Your business continuity plan (BCP) is a comprehensive document that should cover all facets of a company’s disaster prevention, mitigation, and response, as well as the recovery procedures. Without considering how the company will bounce back from various crises, a business continuity strategy is useless.

      Planning for Business Continuity

      A business continuity plan is a comprehensive strategy to keep a company operating in the case of an emergency. In addition to drilling down to highly specific scenarios that pose hazards to operations, it focuses on the business as a whole.

       

      In general, when you prepare for business continuity, you focus on the vital processes that must resume after a disruption so that normal operations can continue. Businesses should be able to continue operating with little disruption during or just after a disaster if the plan is implemented effectively. The needs of vendors and business partners are also a key component of the plan.

      Planning for Disaster Recovery

      One component of a business continuity plan that is more focused and detailed is a catastrophe recovery plan.

       

      A disaster recovery plan may be exclusively concentrated on a company’s data and information systems, depending on who you ask.

       

      A disaster recovery plan can also be used to describe procedures that are not IT-related. For instance, the strategy can outline how recovery staff should look for a backup facility to resume vital operations. Or, if the main lines of communication are down, instructions on how to reestablish communication between emergency personnel could be included.

       

      Disaster recovery planning need not be solely IT-focused. Just make sure that all non-IT recovery processes are included within the larger BCP documents if your IT staff is developing an IT-focused disaster recovery plan.

       

      The following sections are frequently needed in a business continuity plan:

       

      • Contact information: Names and phone numbers of the people who created the BCP and/or the main recovery staff members within each department.
      • Plan objectives: The general goal of the plan, including what it intends to achieve, why it is important, what areas it concentrates on, etc.
      • Risk assessment: A comprehensive evaluation of disaster scenarios that potentially impair operations, categorized according to effect likelihood and/or severity.
      • Impact analysis: Determining the precise effects of each disaster scenario and how much they harm the company, such as the price of idle labor, recovery expenses, hardware damage and repair, etc.
      • Preventive measures and systems, such as the installation of antimalware programs to stop specific cyberattacks, are taken to avoid each of those catastrophes.
      • Response: How the company should react to any disaster to lessen effects and start a quick recovery, including restoring backups after a data loss.
      • Areas for improvement: Any flaws found throughout the BCP’s development, along with suggested fixes and actions to close these gaps.
      • Contingencies: A list of secondary backup resources, including processes, equipment, and/or locations for backup offices and/or data centers.

      Contents of a Disaster Recovery Plan

      The “Response” part of your business continuity strategy is essentially your catastrophe recovery plan. It includes all the techniques, tools, and goals required to carry out a speedy recovery following a catastrophe. This recovery could be related to lost data, broken hardware, downed networks, failed applications, or practically any other point of failure within your business.

      Disaster Recovery & Backup

      Keeping a server at a backup location where you can access all of your data is one of the greatest disaster recovery preparation solutions. In this way, a backup of all crucial data is accessible in the event of a calamity at the primary site. How you handle and access data from the secondary site as rapidly as feasible will be determined by a sound disaster recovery plan.

       

      In the case of hybrid cloud backup solutions, for instance, you have a variety of recovery alternatives. In the event of a disaster at the primary site, you can boot the full backup as a virtual computer or recover data via the cloud. While a full recovery is taking place, the virtualization technique enables for immediate access to data and applications.

       

      Your disaster recovery plan’s dependability ultimately depends on all of the infrastructure, procedures, planning, and testing you’ve incorporated into it.

      Frequently Asked Questions

      1) What distinguishes a disaster recovery plan from a business continuity strategy?

      The key distinction is that a business continuity plan focusses on the overall goal of preventing any operational delays, whereas a disaster recovery plan is more concerned with the specific steps for recovering after a calamity, mostly with relation to IT systems.

      2) Disaster recovery or business continuity: which comes first?

      Business continuity planning typically comes before disaster recovery planning; it is the keystone of a company’s disaster preparedness. Continuity planning will use a risk assessment and impact analysis to determine the main risks to a company. These evaluations can help with IT disaster recovery planning.

      3) What are disaster recovery and business continuity?

      A business’s ability to continue operating in the face of a disaster is referred to as business continuity and disaster recovery, or BC/DR. Although other IT systems are also covered by the phrase, data backup and recovery systems are where it is most frequently.

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        how to spot Insider Attacks in Your Organization
        Posted in Cyber Security

        How to Spot, and Avert, Insider Attacks in Your Organization

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        how to spot Insider Attacks in Your Organization

        By AMSAT Jan 19,2023

        How to Spot, and Avert, Insider Attacks in Your Organization

        Let’s face it. Insider attacks have increased considerably over the past several years, whether they originate from accidental insiders who are vulnerable to phishing scams or from vicious elements seeking to reveal sensitive information. A 2019 study suggests that 70% of cybersecurity professionals surveyed think that insider attacks have become more frequent only in the past year. And a staggering 62% of businesses have seen at least one insider attack in the previous year.

         

        What can your organization do to stop insider threats, why are they on the rise, and who is to blame? Let’s hash it out!

        Why insider threats are on the rise

        Today’s businesses have increasingly fallen prey to malicious threats, with an Insider Threat report suggesting that nearly 70% of the security teams polled believe they have, at some level, been exposed to insider attacks. No wonder, in today’s tech-savvy business milieu, the attacks have seen a spike in sophistication, ranging from using social engineering techniques like phishing emails to searching LinkedIn and other online data repositories for information on corporate settings.

         

        Internally, IT systems are becoming busier and more complicated. Security teams may not obtain or give appropriate levels of training since they are expected to perform more with less. Together, these many components can act as infection vectors into your environment, opening doors for people to mistakenly or purposefully carry out destructive actions within your systems.

         

        In fact, the same study shows that over 70% of security teams were worried about accidental insider risks, which are triggered by breaches brought on by malevolent practices like phishing emails. More than 66% of cybersecurity experts are very concerned about inconsiderate insiders who knowingly disregard security standards. This includes developers, for instance, who have access to the company’s production computers and disregard security protocols, working from home on an unprotected network, in order to save time or money.

        Insider attacks cost your organization dearly

        The fact that many security teams can be unaware of the financial impact insider attacks can have on a business is one of the report’s most worrying findings. More than half of those surveyed think that handling or mediating an insider attack would be less expensive than $100,000. However, studies suggest that the cost of these attacks is much higher. In fact, according to some recent statistics, the average cost of a cyber event nowadays at large firms can reach as high as $20 million.

         

        As well as dealing with forensic issues, you must watch out for financial loss in order to determine how the incident occurred. Your internal security personnel will need to spend a lot of time remediating the event, which will take time away from other strategically important tasks. To plug any gaps, you may need to employ external consultants, undertake more training, or even buy new equipment. All of them taken together result in an unexpected expense for your company.

        How to manage user privileges more effectively

        When it comes to the management of user privileges, many firms adopt manual or inefficient approaches. It is understandable why more than 75% of cybersecurity professionals believe that managing user privileges is ineffective given the sheer number of systems and applications, the lack of centralized management, the labor-intensive nature of the processes, and the ambiguity surrounding the access levels necessary for different roles. Automating provisioning in accordance with the different phases of the user lifecycle is one technique to deal with this.

         

        Another best practice is the implementation of role-based access controls (RBAC). This means having solid, well-defined roles in place and knowing specifically which access privileges each role needs. As organizations grow and evolve, the right IGA solution can allow for more efficient changes and decrease risk by focusing on role definitions and role assignments, rather than on individual accounts.

        Key Ways to Prevent Insider Threats

        While a lot of time and attention is put into addressing persistent, harmful threats from bad actors and focusing on external risks, security teams may not always be sufficiently focused on what is occurring within their environment. To guarantee you have the proper defences and depth in your entire security strategy and approach, use the proper layered security model. The following three strategic areas of emphasis help direct insider threat prevention in your company:

         

        One of the key strategies that may help avert a potential attack is preemption or deterrence. And this method entails putting in place right policies, robust data encryption, access controls, and more. The second most effective tool is detection that ensures actively tracking what users are doing and ensuring insight into network threat-related actions. Once it’s done, analysis and post-breach forensics is the step that enables experts to respond to attacks and prevent more in the future.

         

        You must be able to respond swiftly and effectively if a breach does occur. This entails looking at what has already happened in the environment and having a simple way to view and examine what is happening in real time.

         

        Real-time threat identification and prioritization are essential features of a complete Security Information and Event Management (SIEM) solution. Keep in mind that people who do not constantly utilize Windows PCs can harm your systems. To enter your parking lot, you may occasionally need to use an IoT device, Wi-Fi access control, security camera, or even a card system. All of these interconnected components provide security vulnerabilities where someone may abuse their access or attempt to maliciously take over your environment.

        Conclusion

        Insider attacks are likely to continue to increase across all organizations, regardless of their type and size. However, businesses can actively participate in attempting to stop, or avert, them. You can take advantage of a layered security approach that puts your business in a successful position by keeping an eye out for threats, educating and empowering people, and equipping security teams with cutting-edge cybersecurity tools and solutions.

         

        Finally, to reduce the rising threat of insider attacks in your organization, start by implementing a plan that emphasizes defence and depth.

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          Key Trends That May Change Cybersecurity Landscape in 2023
          Posted in Cyber Security

          Key Trends That May Change Cybersecurity Landscape in 2023

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          Key Trends That May Change Cybersecurity Landscape in 2023

          By AMSAT Dec 19,2022

          Key Trends That May Change Cybersecurity Landscape in 2023

          With the advent of the digital revolution, corporations, organizations, and even governments are turning to computerized systems to conduct their daily operations. As a result, cybersecurity has become a top priority to protect data from various online threats and any unauthorized access. As news of data breaches, ransomware, and hacking becomes the norm, it follows that there will be a similar shift in cybersecurity trends as a result of ongoing technological advancement.

           

          Security teams will continue to have sleepless nights over the course of the next two years as a result of ransomware and phishing assaults as cybercriminals will become more ingenious and craftier. Security leaders must therefore consider how to negotiate this constantly changing cybersecurity landscape.

           

          Here are the top cybersecurity trends renowned cybersecurity experts and tech leaders should pay attention to in order to prevent the uptick in cyberattacks.

          1) AI’s Immense Potential

          With the introduction of AI into all commercial sectors, this technology combined with machine learning has significantly changed cybersecurity. The development of automated security systems, natural language processing, and other major features has all benefited greatly from AI. However, it is also used to create ingenious malware and attacks that get through the most recent data security mechanisms. Threat detection systems with AI capabilities can anticipate new assaults and immediately alert administrators to any data breach.

          2) Increasing Auto Hacking

          Today’s vehicles are loaded with automated software that enables smooth connectivity for drivers in features like airbags, cruise control, door locks, and advanced driver aid systems. These vehicles use Bluetooth and WiFi to connect, which exposes them to a number of security flaws or hacker threats. With more automated vehicles on the road in the next year, it’s expected that attempts to take control of them or listen in on conversations will increase. Autonomous or self-driving vehicles use an even more complicated process that demands stringent cybersecurity precautions.

          3) Cloud Could Also Be Vulnerable

          To protect the data from leaks, security procedures must be regularly evaluated and upgraded as more businesses establish themselves in the cloud. Although cloud programs like those from Google and Microsoft still have strong security measures in place, it’s the user end that often leads to mistakes, malicious software, and phishing scams.

          4) Smartphones a Potential Target for Hackers

          In 2019, mobile banking malware or attacks are expected to expand significantly (by 50%), making our handheld devices a possible target for hackers. Our emails, chats, financial transactions, and images all pose greater risks to people. The malware or virus that affects smartphones may be the focus of 2023’s cybersecurity developments.

          5) IoT with 5G Network: A New Era of Risks and Technology

          With the development and expansion of 5G networks, the Internet of Things (IoT) will usher in a new era of interconnectivity. Because of the connectivity between numerous devices, they are vulnerable to outside interference, attacks, or unidentified software bugs. Even Chrome, the most popular browser in the world and one that Google supports, was discovered to contain significant problems. Since 5G architecture is still relatively new in the market, extensive study is needed to identify vulnerabilities and strengthen the system’s defences against outside attack. The 5G network could introduce several network assaults at every stage that we may not be prepared for.

          6) Integration and Automated Systems

          Automation must be integrated to provide more sophisticated control over the data because data size is increasing virtually every day. Automation is more vital than ever because of the pressure placed on experts and engineers by today’s frantic job demands to provide rapid and effective solutions. To create software that is safer in every way, security metrics are incorporated into the agile development process. Due to the difficulty in protecting large and sophisticated web applications, automation and cyber security are significant concepts in the software development process.

          7) Specific ransomware

          Targeted ransomware is another significant cybersecurity development that we simply cannot ignore. Industries, particularly those in advanced countries, rely largely on particular software to carry out their daily operations. Even though ransomware typically threatens to make the victim’s data public unless a ransom is paid, it can also harm very large organizations or entire countries.

          8) Internal Threats

          One of the main reasons of the data breach is still human mistake. Millions of stolen data can bring down a whole corporation on any bad day or purposeful loophole. 34% of all attacks were either directly or indirectly carried out by workers, according to a report by Verizon on a data breach that provides strategic insights on cybersecurity trends. Therefore, be sure to raise awareness about data security within the facility.

          9) Data Breach is the Key Victim

          Organizations all over the world will continue to prioritize data. Protecting digital data is now the main objective, whether for an individual or a business. Any tiny defect or weakness in your computer’s software or browser could allow hackers access to your sensitive data. Starting on January 1st, 2020, the California Consumer Privacy Act (CCPA) was implemented to protect consumer rights in the state of California.

          10) Government-sanctioned cyberattacks

          The competition between the western and eastern powers to establish superiority won’t be stopped. Despite the attacks being rare, the conflict between the US and Iran or Chinese hackers frequently makes headlines around the world and has a big impact on events like elections. Political and business secrets, as well as high-profile data breaches, are predicted to dominate cybersecurity themes in 2023.

          The Bottom Line

          The worry that firms will increase their security measures in response to these cybersecurity trends in 2023 is inevitable. This year, it’s expected that businesses would spend over $100 billion on asset protection alone. It would be a wise decision to begin their learning curve in cybersecurity now so that they may become authorities for tomorrow, as infrastructure security is becoming a crucial component of virtually any organization. Professionals in the IT sector who are skilled and experienced in cybersecurity typically earn among the top salaries.

           

           

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            Enterprises face serious challenges related to DevOps security
            Posted in Cyber Security

            Enterprises face serious challenges related to DevOps security

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            Enterprises face serious challenges related to DevOps security

            By AMSAT Nov 12,2022

            Enterprises face serious challenges related to DevOps security

            Enterprises that adopt DevOps practices often see significant benefits in terms of their ability to quickly and efficiently deliver new software and updates. However, this increased speed and efficiency also introduces new challenges in terms of security. In this blog post, we’ll explore some of the key challenges that enterprises face when it comes to DevOps security and discuss some strategies for addressing them.

            Increased use of automation:

            One of the biggest challenges with DevOps security is the increased use of automation and continuous integration. With DevOps, software is typically developed and tested in short, iterative cycles, and changes are automatically integrated and deployed to production environments on a regular basis. This can make it difficult to ensure that security controls are being properly implemented and maintained, as security must be considered at every stage of the development process.

            Complex software systems:

            Another challenge is the complexity of modern software systems. As software becomes more complex, it becomes more difficult to detect and fix security vulnerabilities in a timely manner. This is particularly true in the case of microservices architectures, where a single application may be made up of hundreds or even thousands of individual services. With so many moving parts, it can be difficult to identify and address security vulnerabilities before they are exploited.

             

            To address these challenges, enterprises need to take a holistic approach to DevOps security. This means considering security at every stage of the development process, from the initial design of the software to its deployment and ongoing maintenance. It also means implementing appropriate controls to ensure that security is built into the DevOps process from the start.

            Embracing a shift-left approach

            One key strategy for improving DevOps security is to adopt a shift-left approach. This means that security testing is integrated into the earliest stages of the development process, rather than being treated as an afterthought. By testing for security vulnerabilities early and often, enterprises can identify and address issues before they become major problems.

             

            Another important strategy is to implement appropriate automation and monitoring tools. Automated tools can help to ensure that security controls are properly implemented and maintained, while monitoring tools can provide real-time visibility into the state of the system and alert teams to potential security issues.

            Investing in people and systems

            Finally, enterprises need to invest in the right people and processes to support their DevOps security efforts. This means hiring and training security professionals who are familiar with DevOps practices and technologies, and implementing processes that ensure that security is considered at every stage of the development process.

            Conclusion

            To summarize, while DevOps has the potential to greatly improve an enterprise’s ability to deliver new software and updates, it also introduces new challenges in terms of security. By taking a holistic approach to DevOps security and implementing the right strategies and controls, enterprises can ensure that their DevOps practices are secure and effective.

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            • Cyber Crime
            • DevOps Security

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              3 Serious Data Breaches That Could Have Been Avoided
              Posted in Cyber Security

              3 Big Data Breaches That Could Have Been Avoided

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              3 Serious Data Breaches That Could Have Been Avoided

              By AMSAT Nov 7,2022

              3 Big Data Breaches That Could Have Been Avoided

              According to The Cyber Incident & Breach Trends Report, a greater emphasis on cybersecurity principles could reduce the number of preventable accidents, which can be brought on by anything from wrongly setup servers to human mistake. Unfortunately, even the biggest businesses and authorities commit these easy errors.

               

              Let’s examine three major data breaches that could have been avoided if the proper security measures had been in place.

              Facebook’s Data Breach

              In the beginning of 2018, Facebook improperly shared data from more than 80 million users with the political consulting firm Cambridge Analytica. The company used the data for political advertising and other purposes without getting the users’ permission.

               

              This is Your Digital Life, an app produced by Cambridge Analytica, established an informed consent procedure for study. About 300,000 Facebook app users consented to participate in a poll for solely academic purposes. Due to a bug in Facebook’s technology, the app was able to gather data on the users’ followers without getting their consent.

               

              To generate a psychographic profile, Cambridge Analytica gathered information from the user’s public profile, page likes, birthday, current city, news feed, timeline, and messages. Utilizing these profiles, the business decided what form of advertising would be most successful in convincing a specific person in a certain place to vote a certain way.

               

              If Facebook had better managed the access rights it granted to outside apps, it might have been able to stop the security breach. For instance, it might have restricted the collection of data to the roughly 300,000 Facebook users who opted in to do so rather than the millions who opted out but still had their data shared.

               

              Even though not all businesses function as platforms like Facebook, many do connect with outside parties who have access to their data. Make sure that only the data that has been agreed upon is accessible to third parties, and stop sharing data when it is no longer necessary. This includes managing outside contractors who could occasionally have access to particular databases.

              Baltimore’s Data Breach

              In May 2019, a ransomware attack on the City of Baltimore shut down its voicemail, email, and other crucial systems that its residents depend on on a daily basis.

               

              The attackers encrypted the data on the compromised systems using the well-known ransomware tool RobbinHood, which analyses computer systems for weaknesses, such as holes in protocols used to enable remote access to machines. The hackers sought around $100,000 in Bitcoin for the key to unlock the data in a ransom note sent over the internet.

               

              To restore systems and make up for lost or delayed revenue, Baltimore believes that the ransomware attack would cost the city at least $18 million. In addition to Baltimore, at least 46 ransomware assaults occurred in 2018 and at least 24 ransomware attacks occurred in 2019. Between Atlanta, Georgia, and Greenville, North Carolina, these attacks have targeted U.S. cities.

               

              Even if not all ransomware attacks may be stopped, risks can be significantly reduced by following cybersecurity best practices. While content scanning and filtering for mail servers and networks can stop one frequent attack vector, anti-virus, anti-malware, and firewall solutions can also spot threats and close security holes.

               

              Encrypting data and keeping secure cloud backups can significantly reduce the effects of a ransomware attack. Everything may be deleted from a computer after a ransomware attack, vulnerabilities can be corrected, and lost data can be recovered in a matter of minutes. Consumer data is not at risk of exposure, and data recovery is not cost-prohibitive.

              Equifax’s Data Breach

              In September 2017, a data breach at Equifax, one of the biggest credit scoring companies in the world, exposed about 150 million client records.

               

              The company had subpar security methods and regulations, and its systems were outdated, according to a House Oversight Committee investigation. For instance, months before to the hack, Homeland Security had warned the corporation about a known weakness in Apache Struts, a popular open-source web server.

               

              The attackers opened a web shell on the server using this flaw and held onto it for more than two months. The attackers accessed roughly 50 distinct databases that held unencrypted consumer credit data using more than 9,000 searches on 265 different occasions after discovering an unencrypted file with many passwords.

               

              To make matters worse, the organization was unaware of the data breach because the network traffic monitoring device had been dormant for 19 months as a result of a security certificate that had expired. The organization discovered the unusual online traffic right away after updating the certificate, indicating that the presence of a network monitoring solution might have prevented the incident.

               

              A simple security patch to fix a known vulnerability could have stopped the entire attack, but there were at least two other measures to reduce the severity of the data loss. To ensure that the sensitive data was protected, the company ought to have encrypted all of its customer records and kept up its network monitoring system.

              The Bottom Line

              As more people and devices are connected to the Internet, data breaches are taking place more frequently. Even if not all data breaches can be avoided, the majority of them can be, and recovering from one doesn’t always have to be expensive. There are easy steps you can take to defend your company against ha

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                5G Security Challenges
                Posted in Cyber Security

                5G Security Challenges: What They Are and How to Solve Them

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                5G Security Challenges

                By AMSAT Oct 31,2022

                5G Security Challenges: What They Are and How to Solve Them

                5G is the newest mobile data transmission standard. While it will help improve speeds, it will also enable new cutting-edge forms of data transmission that were unheard of earlier. In order for businesses to benefit from 5G, a more fundamental readjustment must occur rather than merely looking to the technology for faster downloads.

                 

                This blog will discuss how 5G will change our way of communication, what industries it will affect, and how to get ready for (and protect against) any future security threats.

                What 5G Will Do to Communication

                Although not all at once, 5G will make communications between devices faster, significantly more scalable, and have much reduced latency. In general, 5G uses the low, mid, and high frequency bands. Low-bandwidth wireless communication gives slow but wide coverage, making it perfect for rural locations.

                Mid-bandwidth, also known as eMBB, or enhanced mobile broadband, offers faster connectivity speeds than 4G at close range. This is suitable for the majority of electronic devices used by business personnel. Moreover, mMTC, or huge machine-type communications, is made possible by mid-bandwidth connectivity. As a result, a large number of Internet of Things (IoT) devices can rely on 5G in a small area without taxing the network’s infrastructure.

                The most intriguing element that 5G brings about is probably high-bandwidth connectivity. This makes ultra-reliable, low-latency communications possible. In addition to enabling speedy communication between self-driving cars, this type of connection’s exceptionally low latency can enable remote procedures for medical experts who previously could not rely on mobile technology.

                The Effects of 5G on Business

                Faster data speeds will be beneficial for every company, but there are several particular industries where 5G will have a dramatic impact. Everyone working in these fields has to be aware of 5G’s potential as soon as possible so they can put it into practice.

                 

                5G will immediately have an impact on industries that rely on field employees executing remote operations for extended periods of time. Faster data rates will enable quicker communication between employees and management, enhancing the productivity and safety of frontline personnel. Roles in the field service sector like repair technicians and sectors like manufacturing that rely on physically demanding warehouse work may be impacted by this.

                 

                The healthcare industry will be particularly transformed by low latency. Surgeons should be able to do surgery remotely with no loss of control once they have access to low-latency 8K video feeds of a surgical site, equivalent to in-person surgeries. Additionally, 5G will provide a smoother and faster connection for any of the millions of patients who have used telehealth services throughout the pandemic, ensuring that visits go as planned.

                 

                High-bandwidth cell towers will change the transportation industry despite having a very small coverage area. Through the usage of URLLC, self-driving cars may quickly transmit and receive information from other vehicles, making their use safer than before.

                Challenges of 5G Technology for Security

                The advantages that 5G offers inevitably come with a few major security issues. For instance, since more data is transmitted in a given length of time on 5G networks, data exfiltration attempts by thieves are more lucrative. Because employees who have full control over their devices can download malware more quickly than before, organizations have no room for careless device use.

                Connection stability is a necessity as low-latency communications grow more and more important. In the case of surgery or remote driving, URLLC interruption (either intentional or accidental) could be fatal.

                 

                Businesses may automate numerous crucial operations as more and more gadgets communicate with one another. Automation, however, makes existing organizational weaknesses worse. Automation eliminates the possibility that someone will detect a significant problem while on the job in person if an organization has “blind spots” that no one is responsible for resolving.

                 

                The majority of businesses implementing 5G will also require a sizable amount of new hardware. The vast amount of equipment needed will make this a logistical difficulty because it will take a while to put everything up. This may lead to casual errors that are difficult to spot after the fact, and these oversights may later result in significant problems.

                 

                Additionally, a lot of networks are currently switching from 4G to 5G. As a result, for as long as the upgrade process takes, 4G network vulnerabilities will persist in 5G networks.

                How to Address 5G Security Issues

                The new technology doesn’t fundamentally alter what companies must do to safeguard their assets, but it significantly reduces the margin for mistake and raises the costs of failure. No matter if a gadget uses 4G or 5G, it’s crucial to limit what users may do with company-owned devices. Additionally, it’s crucial to conduct a proof-of-concept before introducing a large number of IoT devices into an office.

                 

                Additionally, you must examine the people infrastructure of your business because organizational “blind spots” are a bad actor’s fantasy when it comes to data exfiltration and similar activities. Considering that 4G-related vulnerabilities may still affect older systems and networks, you should keep an eye on them.

                 

                It’s critical to manage 5G devices in this way as soon as they are compatible with mobile device management software in order to keep them secure. You should choose a device management system that can scale with your organization’s needs in order to protect the devices that will make use of 5G technology. You should seek out a solution that places a strong emphasis on IoT management in particular.

                 

                Although it can be upsetting, be aware that if your company is located in a remote region, 5G coverage might not be very good. It’s crucial to adjust your expectations in accordance with the level of 5G access you’re going to receive.

                Conclusion

                It’s critical to realize that 5G represents an important change for many businesses rather than merely an incremental improvement. Companies can position themselves to become industry leaders in this era by investing the time in securing 5G infrastructures.

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                  10 Ways to Boost Data Protection
                  Posted in Data Protection

                  10 Ways to Boost Data Protection

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                  10 Ways to Boost Data Protection

                  By AMSAT Sep 23,2022

                  10 Ways to Boost Data Protection

                  Security lapses at renowned companies around the world make the news on a daily basis. These attacks show the vulnerability of data and weakness of security measures adopted by companies of varying sizes. The health of your company as a whole depends on the security of your data. Your financial information, employment data, and trade secrets all require protection. If your security were breached, you might lose money and tarnish your reputation. There are steps, however, that you may take to prevent being in the headlines.

                  Why is data privacy important?

                  Based on the sensitivity and value of the data, data privacy is a set of rules for how it should be acquired or managed. Personal health information (PHI) and personally identifiable information (PII) are often covered by data privacy laws, which include data about finances, health, social security or ID numbers, names, dates of birth, and contact details.

                   

                  All sensitive information that businesses handle, including that of their clients, shareholders, and workers, is subject to data privacy concerns. This data frequently has a crucial impact on corporate development, operations, and finances.

                   

                  Data privacy helps ensure that sensitive data is only accessible to approved parties. It prevents criminals from being able to maliciously use data and helps ensure that organizations meet regulatory requirements.

                  How to Improve Data Security: Some Tips

                  You may tighten the protection around your data by using the following suggestions.

                  1. Be focused on insider threats

                  Since external threats are frequently depicted as the biggest and most expensive ones in news and television, it’s simple to visualize them. The truth is that your insiders have the most potential to harm you. Insider attacks can be challenging to identify and stop due to their nature. It might be as easy as a worker opening an email attachment they think is from a reliable source and activating a ransomware worm. Threats of this nature are the most frequent and expensive worldwide.

                  2. Secure the actual data, not simply the perimeter

                  With approximately 90% of security resources going toward firewall technology, it appears that many firms are focusing on protecting the walls around their data. However, there are countless potential workarounds for firewalls, including through clients, partners, and staff. These individuals can all get beyond external cybersecurity and abuse sensitive data. Because of this, you must make sure that your security efforts are concentrated on the data itself rather than just the perimeter.

                  3. Secure every device

                  More and more people in today’s modern world prefer to work on their personal or mobile devices. How can you be certain that these tools are reliable? Ensure that all data is encrypted before storing it and that it stays encrypted across migrations.

                  4. Delete superfluous data

                  Sensitive information is a crucial component of the operations of many businesses, particularly those in the healthcare, finance, public sector, and education. Having information disposal procedures in place helps stop outdated data from being lost or stolen later on. It will be much easier to prevent your staff from storing redundant data if you have a procedure in place for destroying, deleting, or otherwise altering it to make it unreadable.

                  5. Test your security

                  If you believe that putting antivirus software on every computer or device can shield your business from threats, you must be mistaken. Hiring a reputable company to undertake a security assessment will always find vulnerabilities you weren’t expecting, as previous data breaches have demonstrated. You should stroll across your workplace and inspect the desks of your coworkers. If you look closely enough, you can easily find a sticky note with a password scrawled on it.

                  6. Create strong passwords

                  Many businesses continue to have loose password standards, which results in basic, generic, and hackable passwords for important accounts that have access to sensitive and priceless data. The first step you can do to improve your security in this area is to implement strong passwords. Use passwords that are moderately complex and update them at least every 90 days. Passwords like “12345” or “Admin1” should never be used. Never write down your passwords and leave them on your computer where others could discover them.

                  7. Commit more money and time to cybersecurity

                  Since data security continues to be the biggest risk to your IT infrastructure, many CIOs have acknowledged that investing more time and money in it is essential. With the recognition that cybersecurity must be a crucial component of all business processes, many large corporations with critical corporate data to protect are employing chief security officers, frequently to board level roles.

                  8. Update your programs

                  You should ensure that your machine has the latest updates and patches. The most current update to your security software determines how effective they are. It is important to update these programs frequently because hackers and ransomware strains are continually adapting to exploit flaws in older software versions.

                  9. Regularly back up your data

                  This ought to be a key component of your IT security plan by now. You can survive anything, from an accidental file deletion to a full ransomware lockdown, if you have secure backups in place. Backup data should be kept in a safe location that is remote from your main place of business as a security best practise.

                  10. Educate everyone in the company about security

                  Everyone who has a username and password is in charge of maintaining data security. Managers and staff must be routinely reminded by IT administrators not to divulge logon information to any outside party. Everyone has a role in data security; it is not simply the responsibility of the IT team.

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                    Top 6 Free Online Cybersecurity Courses with Certifications
                    Posted in Cyber Security

                    Top 6 Free Online Cybersecurity Courses with Certifications

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                    Top 6 Free Online Cybersecurity Courses with Certifications

                    By AMSAT Sep 20, 2022

                    Top 6 Free Online Cybersecurity Courses with Certifications

                    Upskilling employees is more crucial than ever as organizations get ready for the future of work. The goal of organizations is to replace displaced talent with a highly trained workforce that can propel the company forward during and beyond the post-pandemic recovery period. Competition is fierce for experts with in-demand talents. To stay relevant in a workplace that is becoming increasingly automated, it is imperative to engage in learning new skills. Upskilling or reskilling continuously will provide you a competitive edge in the global employment market, so be future-ready.

                     

                    The top beginner-level online cybersecurity courses are listed below:

                    1. Introduction to Information Security

                    The free CISSP course gives IT professionals all the in-depth knowledge they need in order to pass the CISSP certification exam. The curriculum provides an introduction to information security and is in line with (ISC)2 CBK 2018. Enroll right away to learn how to define IT infrastructure and create and manage a safe work environment.

                     

                    Before enrolling in this course, you should have prior job experience in fields including security and risk management, asset security, and security engineering.

                     

                    There is a huge surge in information security positions across industries as a result of the rising demand for information security from all types of businesses. You can apply for jobs like information security analyst, security consultant, security architect, and forensic computer analyst after completing the information security course.

                    2. Introduction to Cybersecurity

                    The Free Cyber Security Basics Course is designed for beginners and provides them with a fundamental grasp of the existing cybersecurity landscape as well as introducing them to practical tools for assessing and managing security measures in information processing systems. You can perform business impact analysis and catastrophe recovery testing after enrolling in this program.

                    You will have a variety of work alternatives in the cybersecurity industry after completing the free online courses on ethical hacking. The occupations that are in demand include information security specialist, ethical hacker, cybersecurity specialist, and cybersecurity analyst.

                    3. Introduction to Cloud Security

                    The free Introduction to Cloud Security course will teach you the basics of cloud security. The program provides an overview of the risks to information security and elaborates on the best practices required to guarantee data protection. To recognize and address any threats to the cloud storage system, gain a thorough understanding of the principles of cloud security. Anyone interested in pursuing a career as a cloud security specialist may find the cloud security course to be the perfect starting point. Cloud architects, administrators, and analysts may all be high-paying employment for professionals with a history in cloud security.

                     4. Beginner’s Guide to Ethical Hacking

                    You may gain a thorough understanding of the core ideas behind ethical hacking. The ethical hacking beginner’s course has been carefully created to give students the knowledge and capabilities to defeat opponents from both a theoretical and tactical perspective. Learn about numerous ethical hacking techniques and tools in this program.

                     

                    This free online cybersecurity course can jumpstart your career as a trusted cybersecurity professional. Ethical hacking professionals can choose high-paying career paths like Information security analyst, Certified Ethical Hacker (CEH), Security consultant (Computing / Networking / Information Technology), Information security manager, Penetration tester, etc.

                    5. Introduction to Cybercrime

                    This basic buy important course is developed by specialists in the field to offer in-depth insights into the different cyberattacks that are now occurring in businesses across all industries. You’ll have a thorough awareness of the various cyber security dangers that exist as well as strategies for preventing cyberattacks by the time you’ve finished the course.

                     

                    Job security is a result of having a respected cybersecurity certification. With job openings in virtually every business, the field of cybersecurity offers a wide range of opportunities. Cybersecurity analyst, ethical hacker, cybersecurity specialist, cybersecurity developer, and information security specialist are popular career paths in the field.

                    6. An Overview of CISSP Security Assessment & Testing and Security Operations

                    An introductory course that helps in the development of strong expertise in security assessment, testing, and operations is the free CISSP Security Assessment, Testing, and Operations for beginners. You will have comprehensive knowledge of the key elements, procedures, and tools required for CISSP domains 6 and 7. Vulnerability assessment, penetration testing, log management and transactions, investigations, incident management, and other skills will be taught to you.

                    The positions of information security analyst, security consultant, security architect, and forensic computer analyst are among the many that are in demand in the fields of security assessment & testing and security operations.

                     

                    You may want to think about enrolling in our Cybersecurity Expert Master’s Program or Postgraduate Program in Cybersecurity after you have finished the course and achieved certification.

                     

                    Conclusion

                     

                    Meeting the changing needs of companies can be achieved by investing in new talents. Whether you’re a recent graduate, an early-career professional, or a seasoned professional, you’ll need to develop and maintain a set of abilities that are relevant today and will continue to be so in the future. Be willing to adjust, grow, and advance evolution, and maintain an edge over your peers and advance your career.

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