How Microsoft is changing cybersecurity industry
Posted in Cloud Computing

How Microsoft, a leader in cloud computing, is transforming the cybersecurity industry

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How Microsoft is changing cybersecurity industry

By AMSAT Dec 28, 2022

How Microsoft, A Leader in Cloud Computing, is Transforming The Cybersecurity Industry

With their own products, acquisitions, and software marketing partnerships, cloud computing titans are transforming the cybersecurity marketplace. However, Microsoft, which offers a variety of products at discounts to businesses, poses the biggest threat to incumbents in the industry.

 

A large number of cybersecurity companies, startup Netskope, and others, compete with Microsoft’s expanding portfolio of products. Additionally, Microsoft competes with Palo Alto Networks (PANW), which has built a cloud-based security platform through acquisitions.

 

The software behemoth recently disclosed to analysts that its security business now generates $15 billion in sales annually. It is expanding by 40% annually. Microsoft offers package deals for its Office 365 platform and Azure cloud computing service.

 

Microsoft isn’t the first household name in cloud computing to go into cybersecurity. A division of Amazon.com (AMZN), Amazon Web Services has created its own line of cloud-based security products. Additionally, it has developed into a crucial sales channel for businesses like CrowdStrike, Splunk, and Zscaler (ZS).

 

One of the largest categories on the AWS Marketplace, an online marketplace for independent vendors, is computer security. Companies load their own applications while renting computer servers and data storage from cloud computing service providers.

 

Also this year, Mandiant was purchased by Alphabet (GOOGL), the parent company of Google, for an all-cash sum of $5.4 billion. Mandiant is currently a component of Google’s cloud computing division. According to sources, Microsoft also contemplated purchasing Mandiant.

 

However, Google’s cybersecurity division is less significant than Microsoft’s and AWS’s. According to William Blair’s Ho, Microsoft has an advantage against Google because to its big corporate market sales force.

 

As a result of luring former Amazon cloud executive Charlie Bell to lead its cybersecurity division, Microsoft gained an advantage over AWS. Bell intends to leverage artificial intelligence techniques at Microsoft to strengthen cybersecurity defences against ransomware and other hacking tools.

 

Cybersecurity companies are being actively acquired by private equity groups. In contrast, a Morgan Stanley study names Microsoft and Google as potential acquirers in 2022, along with cash-rich incumbents Palo Alto Networks, Check Point Software Technologies (CHKP), Fortinet (FTNT), and CrowdStrike.

 

Microsoft has been acquiring startups Aorato, Adallom, Hexadite, and CyberX since 2014 in order to accelerate its drive into cybersecurity. Additionally, in July 2021, Microsoft purchased RiskIQ, a business that manages security threats. In 2021, Microsoft also acquired CloudKnox Security.

 

According to analyst Keith Bachman of BMO Capital Markets, Microsoft intends to enhance security research and development. The managers of Microsoft just met with him.

 

In a recent interview, he stated that Microsoft is developing an integrated, end-to-end security platform and added that management had claimed they saw a clear route to increasing revenue and profits with this security investment. MSFT’s goals include a stronger emphasis on integration, and all security engineering teams have been brought together to collaborate more across products under Charlie Bell’s leadership. We believe that the organizational unification will be beneficial because Microsoft’s prior security products and go-to market have not been adequately integrated or organized.

 

Microsoft claims to have 8,500 security personnel and 785 thousand security clients. The creation of security tools that safeguard non-Microsoft data and alternative cloud computing platforms, according to observers, is Microsoft’s biggest problem.

Microsoft’s Cybersecurity Strengths

Microsoft’s bundling strategy, according to MoffettNathanson analyst Sterling Auty is at the foundation of their astounding security momentum. Auty says that Microsoft has been progressively adding security products to its premium Microsoft 365 subscriptions, in the same way that Microsoft was able to swiftly build its Teams collaboration tool by bundling it into Microsoft 365 agreements.

 

The cornerstone of the company’s earnings, according to Auty, is identification. He went on to suggest that if Microsoft separated out the segment as a stand-alone company, it would be the largest individual security company. “Microsoft has developed a major identity business by utilizing its dominance in the enterprise directory market, where businesses handle user information. However, many of Microsoft’s products also address endpoint, data, cloud, and even network security—all important areas of security.”

 

Email and endpoint security generate the majority of Microsoft’s security income. Microsoft upsells sophisticated anti-phishing and threat prevention features while free Office 365 plans provide anti-spam and virus protection.

 

Microsoft competes against CrowdStrike and several other companies in the endpoint sector. Malware is discovered by endpoint security technologies on laptops, smartphones, and other devices that connect to corporate networks.

 

Analysts claim that Microsoft has outperformed Okta and rivals in identity and access management, or IAM. The identification of computer network users is verified using IAM software. The tools control how consumers, partners, and workers’ usernames, passwords, and access policies are handled.

 

Software distributors were recently surveyed by Jefferies analyst Joseph Gallo about issues such as Microsoft’s influence on the market.

 

According to a survey by Gallo, “Email, cloud, and identity access management were recognised as the most susceptible to disruption from Microsoft.” The best defences against Microsoft’s reach were perceived to be threat intelligence, network security, and internal threats, which is good news for Zscaler, Palo Alto, Fortinet, Check Point, and Varonis.

Companies to find it easier to adopt XDR thanks to cloud computing

The system enhances security event and information management. Web and email gateways, as well as endpoints, are tracked and analyzed by XDR security platforms. They also look at information technology infrastructure, cloud business workloads, and web application firewalls.

 

In order to detect signs of malicious activity, XDR also uses automated technologies to collect network incident data, often known as telemetry.

 

William Blair Ho claims that Microsoft 365 Defender automatically collects, correlates, and assesses signal, threat, and alarm data. This action is performed in the Microsoft 365 environment, which consists of endpoint, email, applications, and identities. It uses automation and artificial intelligence to automatically thwart attacks and launch defences.

 

The threat actions coming from state actors against critical infrastructure grew from 20% to 40% between July 2021 and June 2022 with the commencement of the Ukraine crisis, particularly from Russia and aimed at NATO member nations, according to Microsoft’s Digital Defense Report 2022.

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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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      • DevOps Security

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