The global cyber security market size is expected to reach USD 500.70 billion by 2030, registering a CAGR of 12.9% between 2025 and 2030, according to a new study by Grand View Research Inc.

Stakeholders Invest In Advanced Technologies

Stakeholders have furthered investments in Internet-of-Things (IoT), edge computing, Artificial Intelligence (AI), Machine Learning (ML), big data analytics, 5G, and cloud computing to roll out new solutions, boost revenue streams and attract potential business clients.

• Manufacturing companies
• Banking institutions
• Information technology companies
• Retail companies
• Defense sectors

These advanced technologies have unlocked new growth opportunities for businesses amidst rampant malware, phishing denial of service attacks (DoS) and ransomware attacks.

Google Unveils Cloud Security AI Workbench

Google, Inc. unveiled Cloud Security AI Workbench, powered by Sec-PaLM, in April 2023. This new model is replete with a slew of security intelligence, including threat indicators and research on software vulnerabilities, and provides AI-powered tools to address cyber security challenges.

Trends Suggest Increased Traction For Cyber Security Solutions

Trends suggest an increased traction for cyber security solutions and services in the IT and telecom sector as businesses strive to expand their market penetration and boost product portfolios.

Remote Work Culture Drives Demand For Endpoint Security

Demand for remote and hybrid work culture has expedited the need for Bring-Your-Own-PC (BYOPC), which has led to the need for remote management, including endpoint security, data encryption and strong authentication.

Cyber Security Market Segmentation

The global cyber security market has been segmented based on offering, security, deployment, organization size, solution, end use, and region.

Key Players Join Forces With Cloud Technology Providers

Key market players have joined forces with cloud technology providers to develop DDoS protection solutions and bolster their portfolios.

• Radware, Inc.
• Internap Holding LLC (INAP)
• Atlas Systems

These collaborations have led to the development of innovative solutions to combat cyber threats.

Market Highlights

The market is expected to witness a CAGR of over 15.9% during the forecast period, with the cloud security segment leading the charge.

• Hardware segment
• Cyber Security Outlook (Revenue, USD Billion, 2017 – 2030)
• Cyber Security Deployment Outlook (Revenue, USD Billion, 2017 – 2030)
• Cyber Security Organization Size Outlook (Revenue, USD Billion, 2017 – 2030)
• Cyber Security Solution Outlook (Revenue, USD Billion, 2017 – 2030)
• Cyber Security End Use Outlook (Revenue, USD Billion, 2017 – 2030)
• Regional Outlook (Revenue, USD Billion, 2017 – 2030)

The hardware segment is poised to depict a high growth rate of 11.7% from 2025 to 2030.

About Grand View Research

Grand View Research, U.S.-based market research and consulting company, provides syndicated as well as customized research reports and consulting services.

Contact Information

Contact:
Sherry James
Corporate Sales Specialist, USA
Grand View Research, Inc.

The world of cybersecurity is constantly evolving, with new threats emerging every day. To combat this, cybersecurity leaders must continually innovate and improve their security solutions. One company that has achieved this is Bitdefender, a global cybersecurity leader that has recently announced the worldwide availability of its groundbreaking solution, Bitdefender GravityZone Proactive Hardening and Attack Surface Reduction (PHASR).

What is Bitdefender GravityZone PHASR?

Bitdefender GravityZone PHASR is the industry’s first endpoint security solution to dynamically tailor hardening for each user. This means that security configurations are aligned precisely with user-intended privileges and behaviors, and continuously adapt to shrink attack surfaces. By doing so, PHASR ensures that security configurations are optimized for each user, reducing the risk of security breaches.

Key Benefits of Bitdefender GravityZone PHASR

•

• Drastically reduces attack surfaces
• Proactively stops Living-Off-the-land (LOTL) attack techniques
• Defeats repeatable attack patterns

These key benefits are achieved through a combination of advanced machine learning (ML) and artificial intelligence (AI) that analyze user behaviors, such as application usage and access to resources. This enables PHASR to create profiles of behavioral norms across individuals and groups, focusing on key areas such as data access, application usage, and security permissions.

How Does Bitdefnerd GravityZone PHASR Work?

Bitdefender GravityZone PHASR works by analyzing individual user behaviors and correlating them with active threat vectors and attacks. This determines the optimal attack surface configuration, unique to each user, enabling organizations to minimize the attack surface without compromising operational efficiency.

“Legitimate tools and Living-Off-the-land (LOTL) techniques are now involved in over 70% of major security incidents, according to our investigations,” said Dragos Gavrilut, vice president of threat research at Bitdefender. “GravityZone PHASR is the only purpose-built solution designed to combat this growing epidemic by precisely controlling access to tools like PowerShell and WMIC-effectively stopping LOTL-style attacks at their source.”

Industry Shift Towards Preventative, Automated Risk Mitigation

The growing threat landscape and increasing sophistication of cyberattacks have led to an industry shift towards preventative, automated risk mitigation. According to Gartner, “By 2030, 60% of exposure management tasks and remediation will use intelligent automation, up from 10% today,” which highlights the growing demand for solutions that can proactively reduce threat exposure and compliance risk.

Why Choose Bitdefender GravityZone PHASR?

Bitdefender GravityZone PHASR is a powerful, proactive approach to reducing threat exposure and compliance risk. It is offered as an add-on to Bitdefender GravityZone, the company’s flagship unified security and risk analytics platform. PHASR is built on years of advanced machine learning (ML) and proprietary artificial intelligence (AI) that create profiles of behavioral norms across individuals and groups.

Availability and Support

Bitdefender GravityZone PHASR is available now. To learn more or schedule a demo, visit here. For any questions or concerns, please contact Steve Fiore at 1-954-776-6262 or sfiore@bitdefender.com.

About Bitdefender

Bitdefender is a cybersecurity leader delivering best-in-class threat prevention, detection, and response solutions worldwide. With deep investments in research and development, Bitdefender Labs discovers hundreds of new threats each minute and validates billions of threat queries daily. The company has pioneered breakthrough innovations in antimalware, IoT security, behavioral analytics, and artificial intelligence. Founded in 2001, Bitdefender has customers in 170+ countries with offices around the world. For more information, visit here. Trustworthy. Innovative. Cybersecure.

The End

In a world where cybersecurity threats are constantly evolving, Bitdefender GravityZone Proactive Hardening and Attack Surface Reduction (PHASR) is a groundbreaking solution that sets a new standard for attack surface reduction and endpoint security. With its advanced machine learning and proprietary artificial intelligence, PHASR dynamically tailors hardening for each user, ensuring that security configurations align precisely with user-intended privileges and behaviors. By reducing attack surfaces, mitigating unnecessary risk, and enforcing compliance, PHASR helps organizations stay ahead of the growing threat landscape. Visit here to learn more about Bitdefender GravityZone PHASR and how it can help your organization achieve a more secure future.

The Privileged Access Problem

Enterprise security teams face a growing dilemma: privileged accounts are essential for IT operations but represent a significant security risk. When compromised, these accounts give attackers elevated permissions to access sensitive data, perform administrative tasks, and make system-wide changes. Traditional privileged access management solutions typically rely on password vaults and manual approval workflows. While these approaches can satisfy compliance requirements, they also often create operational friction, leaving organizations vulnerable to sophisticated attacks that exploit authentication gaps and standing privileges.

• Conventional PAM solutions focus on credential vaulting and password rotation
• They often create operational friction, leaving organizations vulnerable to attacks
• These solutions typically lack the endpoint context and threat intelligence integration CrowdStrike provides

A New Approach to Privileged Access

CrowdStrike’s Falcon Privileged Access takes a notably different approach to the problem. Rather than following the traditional path of focusing on credential vaulting or password rotation, it implements just-in-time access that grants elevated permissions only when needed and only under secure conditions. The solution integrates directly into CrowdStrike’s unified security platform, analyzing real-time signals from endpoints and devices, threat intelligence data, and AI-based behavioral analysis to make dynamic access decisions. This allows organizations to automatically grant, block, or revoke privileges based on current risk conditions without disrupting legitimate workflows.

Trend Towards Consolidation

CrowdStrike’s approach aligns with the broader industry trend toward security platform consolidation. Unlike standalone PAM vendors, CrowdStrike leverages its existing endpoint security infrastructure and threat intelligence capabilities to inform access decisions.

• Integration with existing endpoint security infrastructure
• Threat intelligence capabilities inform access decisions
• Minimal additional infrastructure required for deployment

Competitive Landscape

CrowdStrike’s entry into the privileged access management space puts it in competition with established PAM vendors like CyberArk, BeyondTrust, and Delinea, as well as identity providers expanding into security like Microsoft and Okta.

Traditional PAM Vendors

Traditional PAM vendors offer mature capabilities around password vaulting, session recording, and privileged account workflow management. However, they typically lack the endpoint context and threat intelligence integration CrowdStrike provides.

Identity Providers

Identity providers have strong authentication capabilities but similarly lack security context from endpoints. CrowdStrike’s approach is more aligned with zero-trust security principles, where access is continuously verified rather than assumed safe after initial authentication.

Analyst’s Take

CrowdStrike’s move into privileged access management aligns with an important trend in enterprise security: the convergence of identity and endpoint security. As attack methodologies increasingly blur the lines between these domains, security architectures that treat them as separate concerns become increasingly vulnerable. For CISOs evaluating their privileged access strategies, CrowdStrike’s approach offers an opportunity to consolidate security tools while addressing the growing threat of identity-based attacks. Organizations already invested in the CrowdStrike ecosystem may find value in the seamless integration and unified visibility. By integrating real-time threat intelligence, endpoint visibility, and just-in-time access controls into a unified platform, CrowdStrike addresses a fundamental disconnect in traditional security architectures. This approach offers a compelling alternative to siloed solutions for enterprises struggling with the dual challenges of maintaining operational efficiency while reducing identity-based risks. While adoption will depend on organizations’ willingness to rethink established security boundaries, CrowdStrike’s entry into this space accelerates the shift toward integrated security models that better reflect how modern attacks actually unfold.

Quote from CrowdStrike CEO, Eric C. Polito

“The new Falcon Privileged Access acknowledges the shifting definition of the endpoint and its growing importance in securing the organization.”

Industry Analyst’s Perspective

Steve McDowell, an industry analyst, notes that CrowdStrike’s entry into privileged access management reflects the natural evolution of endpoint protection. “The definition of endpoint is shifting,” he says. “CrowdStrike’s approach acknowledges this reality and provides a strong play for the company.”

Disclosure

Steve McDowell is an industry analyst and NAND Research is an industry analyst firm that engages in, or has engaged in, research, analysis and advisory services with many technology companies – apart from Microsoft, this does not include CrowdStrike or any other company mentioned in this article. Mr. McDowell does not hold any equity positions with any company mentioned.

Threat Detection, Investigation, and Response: A Comprehensive Guide
Threat detection, investigation, and response are critical components of a robust cybersecurity strategy. However, 57% of organizations faced major incidents last year, highlighting the need for effective threat detection, investigation, and response capabilities.

Limitations of Traditional Security Systems

Traditional security systems often struggle to protect expanding digital environments. These systems can provide limited visibility into IT operations, making it challenging to detect and respond to emerging threats.

Key Challenges in Threat Detection, Investigation, and Response

* Limited IT visibility
* Slow investigations
* Difficulty in detecting abnormal behavior

Automation: The Key to Efficient TDIR Capabilities

Automation is rising, with 46% of organizations automating over half of their Threat Detection, Investigation, and Response (TDIR) workflow. AI-driven automation enhances visibility, speeds investigations, and identifies abnormal behavior, making it an essential component of effective TDIR capabilities.

Benefits of Automation

* Enhances visibility into IT operations
* Speeds investigations
* Identifies abnormal behavior

Modernizing Threat Detection and Response without Costly Tech Refreshes

Modernizing threat detection and response can be achieved without costly tech refreshes. Organizations can modernize their TDIR capabilities by leveraging behavioral analytics, automating triage and investigations, and coordinating responses from a single control point.

Key Steps in Modernizing TDIR Capabilities

* Auditing operations
* Identifying pain points
* Analyzing priorities
* Evaluating new solutions
* Implementing changes

The Importance of Behavioral Analytics

Behavioral analytics plays a crucial role in threat detection, investigation, and response. Behavioral analytics helps organizations detect and respond to abnormal behavior, reducing the risk of cyberattacks.

Benefits of Behavioral Analytics

* Detects abnormal behavior
* Reduces the risk of cyberattacks
* Enhances threat detection

Conclusion

Threat detection, investigation, and response are critical components of a robust cybersecurity strategy. Automation, behavioral analytics, and modernization are essential components of effective TDIR capabilities. By leveraging these capabilities, organizations can enhance their security posture and reduce the risk of cyberattacks.

Additional Resources

* Read the Exabeam white paper to learn how Exabeam solves TDIR challenges
* Access the Top 3 Things to Consider When Building Your Modern Threat Detection and Response Program guide
* Explore the Asia/Pacific report on The State of Threat Detection, Investigation, and Response 2023
* Read the False Promises of Single-Vendor Security Portfolios primer
* Learn how the Microsoft Sentinel Collector from Exabeam can improve your SOC
* Discover the top 13 use cases for User and Entity Behavior Analytics (UEBA)
* Read the Ultimate Guide to Insider Threats
* Learn about emerging phishing techniques and how to detect them
* Access the SOC Manager’s Guide to New Efficiencies: Automating the Full Threat Detection and Response Workflow
* Read the case studies on Aeroméxico, NTT DATA, and the Port of Antwerp-Bruges

The threat detection, investigation, and response process is becoming increasingly complex. With the rise of emerging threats and the need for rapid response, organizations must modernize their threat detection, investigation, and response capabilities. By leveraging automation, behavioral analytics, and modernization, organizations can enhance their security posture and reduce the risk of cyberattacks.

Threat detection, investigation, and response are critical components of a robust cybersecurity strategy. Traditional security systems often struggle to protect expanding digital environments, providing limited visibility into IT operations. Automation is rising, with 46% of organizations automating over half of their Threat Detection, Investigation, and Response (TDIR) workflow. Behavioral analytics plays a crucial role in threat detection, investigation, and response. Modernizing threat detection and response can be achieved without costly tech refreshes by leveraging behavioral analytics, automating triage and investigations, and coordinating responses from a single control point. The Ultimate Guide to Insider Threats highlights the importance of detecting and responding to insider threats. Emerging phishing techniques require effective detection methods. The SOC Manager’s Guide to New Efficiencies: Automating the Full Threat Detection and Response Workflow offers practical strategies for modernizing SOC operations. Aeroméxico, NTT DATA, and the Port of Antwerp-Bruges have successfully implemented Exabeam’s security solutions, showcasing the effectiveness of Exabeam in threat detection, investigation, and response. LogRhythm SIEM has proven its value in enhancing security operations and meeting compliance needs. The state of threat detection, investigation, and response in Asia/Pacific is high, despite challenges. The False Promises of Single-Vendor Security Portfolios primer highlights the importance of a best-of-breed approach to security. User and Entity Behavior Analytics (UEBA) solutions enhance threat detection by modeling normal IT behavior. In conclusion, threat detection, investigation, and response are critical components of a robust cybersecurity strategy.

Cybersecurity threats are a growing concern for businesses today, with an estimated 921 attacks per second in 2022, a 74 per cent increase from the previous year, according to a Microsoft report.

Costs are skyrocketing as well, with an estimated $8 trillion lost to cyber crimes in 2023, according to a report by Cybersecurity Ventures, a research and media organisation.

To bolster their defences, businesses are seeking a more holistic approach to cybersecurity, rather than relying on individual products and sticking to band-aid solutions. End-to-End Protection
Cybersecurity is no longer limited to hardware alone; it now encompasses data protection and software defences as well. The concept of embedded AI cybersecurity seeks to protect businesses across their various touchpoints, from PCs to network switches.

This approach aims to harden security from the silicon or chip level to the software apps that users need for their daily work.

From the time an employee fires up their laptop for work each day to the time they log off after having carried out video calls and transferred files via the office network, security should be present in the background, protecting against potential cyber threats.

The idea is to reduce risk by leaving fewer loopholes open.

This is why Lenovo tied up with SentinelOne to bring AI-powered endpoint security to millions of Lenovo devices across the globe in September last year.

New Lenovo PCs and SentinelOne’s Singularity Platform
New Lenovo PCs will include SentinelOne’s industry-leading Singularity Platform and generative AI capabilities (Purple AI).

Lenovo will also offer upgrades to existing customers, expanding its ThinkShield security portfolio and autonomously protecting devices from modern attacks.

A Managed Detection and Response (MDR) Service
As part of the expanded collaboration, Lenovo will build a new Managed Detection and Response (MDR) service using AI and endpoint capabilities with SentinelOne’s Singularity Platform as its foundation.

This partnership aims to provide proactive cybersecurity solutions that protect devices from the outset with embedded security.

It would anticipate and not just mitigate cyber threats with AI-powered threat hunting capabilities, as well as automate rapid response and remediation to improve scalability of solution deployment.

AI for Cybersecurity
AI is a vital part of cybersecurity in the future, as reflected in the efforts by Lenovo and SentinelOne to integrate AI into PCs and digital infrastructure across industries to better protect against tomorrow’s cyber threats.

At the upcoming GITEX Asia technology show in Singapore this week, Lenovo and SentinelOne will be providing guidance on how best to embed AI in cyber defences, as well as engaging global industry leaders to share experiences of detecting and warding off new cyber threats.

What Businesses Should Look Out for
Already, some businesses are evaluating their cybersecurity setup to ascertain their readiness in the face of different threat vectors today.

Frost & Sullivan, a leading global market research company, has named SentinelOne, a global leader in AI-powered security, as the best-performing vendor on the Frost Radar: Endpoint Security, 2025. This recognition is based on the company’s cutting-edge AI technology and solutions that provide comprehensive protection and operational efficiency. The company’s Singularity Endpoint Security Solution has been evaluated alongside other leading vendors, and it has emerged as the top-performing solution in terms of effectiveness and innovation. The Singularity Platform is a key component of SentinelOne’s solution, which leverages cutting-edge AI technology to provide automated workflows and rapid, real-time responses to sophisticated threats. The platform also integrates with extensive technology to deliver comprehensive protection and operational efficiency.

“Leveraging cutting-edge AI technology in SentinelOne’s Singularity Platform, SentinelOne empowers SecOps teams to stay ahead of sophisticated threats through automated workflows and rapid, real-time responses, with extensive technology integrations delivering comprehensive protection and operational efficiency,” said Ozgun Pelit, Sr. Industry Analyst, Frost and Sullivan. “This combination of automation and human expertise strengthens defence capabilities, reduces response times and fosters trust-based relationships with customers by delivering consistent, effective outcomes.”

The Frost & Sullivan ranking is based on an independent analysis of 13 industry leaders, including SentinelOne. The analysis evaluated the vendors’ solutions across five key capabilities, including autonomous innovation, scalability, growing ecosystem, advanced threat detection, and customer support. SentinelOne was ranked as the top-performing vendor overall, ahead of all other vendors evaluated. The company was also recognised for its strengths in the following areas:

1. Autonomous Innovation: SentinelOne disrupted the endpoint market with AI-powered protection using static and behavioural AI to prevent advanced malware and automate ransomware remediation.
2. Scalability: SentinelOne leads Frost and Sullivan’s Growth Index, driven by technology differentiation, strategic partnerships, and an expanding market footprint.
3. Growing Ecosystem: SentinelOne delivers Singularity Endpoint through a global ecosystem of more than 5,000 partners, in addition to tens of thousands indirectly supported through our Managed Service Distribution and Marketplace partners.

The company’s autonomous innovation capabilities have been particularly noteworthy, with the launch of Purple AI further strengthening its security capabilities. Purple AI brings AI-enhanced triage, hunting, and investigation to the Singularity Platform, providing advanced threat detection and response capabilities. The Singularity Platform has also been recognised for its industry-leading innovation in the MITRE ATT&CK 2024 Enterprise Evaluations, achieving 100% detection with zero delays across all steps and operating systems.

The recognition of SentinelOne as the best-performing vendor and leader in Growth and Innovation in Frost and Sullivan Radar 2025 is a testament to the company’s commitment to defining the future of AI-powered cybersecurity. “This recognition reinforces our position as the leader in endpoint security and highlights our ability to deliver autonomous, scalable protection that empowers organisations to outpace adversaries, unify their defences and stay ahead of evolving threats.” said Braden Preston, senior director of product management, SentinelOne. Key Takeaways:

• SentinelOne is the best-performing vendor on the Frost Radar: Endpoint Security, 2025.
• The company’s Singularity Endpoint Security Solution has been evaluated alongside other leading vendors and has emerged as the top-performing solution in terms of effectiveness and innovation.
• SentinelOne’s autonomous innovation capabilities have been particularly noteworthy, with the launch of Purple AI further strengthening its security capabilities.
• The company’s scalability and growing ecosystem have also been recognised as key strengths.

Conclusion:
In conclusion, SentinelOne’s recognition as the best-performing vendor on the Frost Radar: Endpoint Security, 2025, is a testament to the company’s commitment to delivering cutting-edge AI-powered security solutions. With its autonomous innovation capabilities, scalability, and growing ecosystem, SentinelOne is well-positioned to continue leading the endpoint security market. As the industry continues to evolve, SentinelOne will continue to be a leader in defining the future of AI-powered cybersecurity.

Protect what matters most

The future of business depends on the security of its systems, data, and customer trust. As cyber threats evolve, companies across the GCC are prioritizing cybersecurity roles to protect their interests. If you’re preparing for a cybersecurity interview, you need to impress with your experience, knowledge, and approach to cybersecurity.

What is your experience in cybersecurity?

When asked about your experience in cybersecurity, you want to showcase your hands-on skills and understanding of various security measures. Be prepared to share your achievements and the impact they had on your clients or organization.

• Network security expertise
• Firewall implementation
• Penetration testing
• Incident response

Some examples of your experience might include:

1. Securing network infrastructures for a private client by implementing robust firewalls and intrusion detection systems.

   I analyzed network traffic patterns, identified potential vulnerabilities, and implemented a comprehensive security plan that reduced malware infections by 50%.

2. Conducting penetration testing for a government agency to identify weaknesses in their systems and provide recommendations for improvement.

   I simulated various attacks, including phishing and denial-of-service, and provided a detailed report highlighting the vulnerabilities and proposed countermeasures.

Staying updated with cyber threats

It’s essential to demonstrate your commitment to staying current with the latest cyber threats and security measures. Be prepared to discuss your sources of information and how you stay informed.

• CERT alerts
• Threat intelligence feeds
• Security conferences

Some examples of how you stay updated might include:

1. Following CERT alerts to stay informed about the latest threats and vulnerabilities.

   I receive regular updates on the CERT website, which helps me stay current with the latest threats and vulnerabilities.

2. Subscribing to threat intelligence feeds to gain insights into cyber threats and trends.

   I subscribe to threat intelligence feeds from reputable sources, such as FireEye and Crowdstrike, to stay informed about emerging threats.

3. Attending security conferences to learn from experts and network with peers.

   I regularly attend security conferences, such as Black Hat and DEF CON, to learn about the latest security trends and best practices.

What tools do you use?

Be prepared to discuss the tools you use to detect and respond to cyber threats. Highlight your proficiency with various security tools and their applications.

• Wireshark
• Kali Linux
• Nessus
• Splunk
• Cisco SecureX

Some examples of tools you might use include:

1. Using Wireshark to analyze network traffic patterns and identify potential vulnerabilities.

   I used Wireshark to analyze network traffic patterns and identified a vulnerability in the organization’s firewall configuration, which I reported to the IT team.

2. Conducting penetration testing using Kali Linux to simulate various attacks.

   I used Kali Linux to simulate various attacks, including phishing and denial-of-service, and provided a detailed report highlighting the vulnerabilities and proposed countermeasures.

3. Running Nessus scans to identify vulnerabilities in systems and networks.

   I ran Nessus scans to identify vulnerabilities in the organization’s systems and networks, and provided a report highlighting the weaknesses and recommended remediation steps.

4. Using Splunk to monitor system logs and detect security incidents.

   I used Splunk to monitor system logs and detect security incidents, and provided a report highlighting the security issues and recommended countermeasures.

5. Implementing Cisco SecureX to enhance endpoint security.

   I implemented Cisco SecureX to enhance endpoint security, and provided a report highlighting the benefits of the solution and recommended implementation steps.

Handling a data breach

When asked about your approach to handling a data breach, you want to demonstrate your understanding of incident response and your ability to contain and mitigate the damage.

• Incident response plan
• System isolation
• Notification of stakeholders
• Documentation for auditing and legal purposes

Some examples of your approach might include:

1. Following the incident response plan to contain and mitigate the damage.

   I followed the incident response plan to contain and mitigate the damage, and provided a report highlighting the steps taken and the lessons learned.

2. Isolating affected systems to prevent further damage.

   I isolated the affected systems to prevent further damage, and provided a report highlighting the steps taken and the benefits of the solution.

3. Notifying stakeholders and providing updates on the progress.

   I notified stakeholders and provided updates on the progress, and provided a report highlighting the communication strategy and the benefits of transparency.

4. Documenting steps for auditing and legal purposes.

   I documented the steps taken to contain and mitigate the damage, and provided a report highlighting the documentation and the benefits of compliance.

Approach to endpoint security

When asked about your approach to endpoint security, you want to demonstrate your understanding of the importance of endpoint security and your ability to implement effective solutions.

• Antivirus software
• Endpoint monitoring
• Employee training

Some examples of your approach might include:

1. Ensuring antivirus software is updated and installed on all endpoints.

   I ensured antivirus software was updated and installed on all endpoints, and provided a report highlighting the benefits of the solution and the recommended implementation steps.

2. Monitoring endpoint activity to detect and respond to security incidents.

   I monitored endpoint activity to detect and respond to security incidents, and provided a report highlighting the benefits of the solution and the recommended implementation steps.

3. Training employees on security best practices and phishing attacks.

   I trained employees on security best practices and phishing attacks, and provided a report highlighting the benefits of the training and the recommended implementation steps.

Cloud security

When asked about your experience with cloud security, you want to demonstrate your understanding of the importance of cloud security and your ability to implement effective solutions.

• IAM policies
• Encryption protocols
• Multi-factor authentication

Some examples of your experience might include:

1. Securing cloud environments on AWS using IAM policies, encryption protocols, and multi-factor authentication.

   I secured cloud environments on AWS using IAM policies, encryption protocols, and multi-factor authentication, and provided a report highlighting the benefits of the solution and the recommended implementation steps.

Balancing security and user convenience

When asked about your approach to balancing security and user convenience, you want to demonstrate your understanding of the importance of finding a balance between security and usability.

• Role-based access control
• Single sign-on solutions

Some examples of your approach might include:

1. Applying role-based access control to ensure that users only have access to the resources they need.

   I applied role-based access control to ensure that users only have access to the resources they need, and provided a report highlighting the benefits of the solution and the recommended implementation steps.

2. Implementing single sign-on solutions to enhance user convenience without compromising security.

   I implemented single sign-on solutions to enhance user convenience without compromising security, and provided a report highlighting the benefits of the solution and the recommended implementation steps.

The fourth quarter of 2024 saw a significant increase in security threats, with 94% of network-based malware detections rising quarter-over-quarter, according to the WatchGuard Internet Security Report. This rise in threats highlights the ever-evolving nature of the cybersecurity landscape, where attackers are becoming increasingly sophisticated and evasive.

Malware Detections on the Rise

The report’s key findings include a 6% increase in Gateway AntiVirus (GAV) detections and a 74% increase in Advanced Persistent Threat (APT) Blocker detections. These figures demonstrate the growing importance of proactive machine learning detection offered by IntelligentAV (IAV), which has seen a 315% increase in detections.

• Zero-Day malware has rebounded to 53% in Q4, up significantly from its all-time low of 20% in Q3.
• Crypto miner detections have increased by 141% quarter-over-quarter, with malicious coin miners being used to acquire cryptocurrency on some blockchains.
• Total unique malware threats are significantly down for the quarter, at a historic 91% decrease, but this does not mean that threats will be simple if not addressed quickly and diligently.

Attackers Leaning Towards Obfuscation and Encryption

The significant upticks in evasive hits suggest that attackers are leaning harder into obfuscation and encryption, challenging traditional defenses. This is evident in the growing use of zero-day malware, which can be difficult to detect and mitigate.

Phishing Domains Remain Persistent

The top phishing domains list remained unchanged from the previous quarter, highlighting the continued use of persistent and high-impact phishing infrastructure. The SharePoint-themed phishing domains, which often mimic legitimate login portals to harvest credentials, suggest that attackers still exploit business email compromise (BEC) tactics to target organizations relying on Office 365 services.

Living off-the-land Attacks Trending

Living off-the-land (LotL) attacks, which exploit legitimate system tools like PowerShell, Windows Management Instrumentation (WMI), or Office macros instead of relying on external malware to load malware, are trending. This can be seen in 61% of endpoint attack techniques leveraging PowerShell injection and scripts, accounting for nearly 83% of all endpoint attack vectors.

Generic Signatures Catch Common Web App Flaws

Over half of the top 10 network detections are generic signatures, which catch common web app flaws. This trend underscores that attackers are going after the “bread and butter” style attacks in mass.

Unified Security Platform Approach

WatchGuard’s Unified Security Platform approach is uniquely designed for managed service providers to deliver world-class security that increases business scale and velocity while improving operational efficiency. The data analyzed in this quarterly report is based on anonymized, aggregated threat intelligence from active WatchGuard network and endpoint products whose owners have opted to share in direct support of WatchGuard’s research efforts.

Key Takeaways

* Attackers are becoming increasingly sophisticated and evasive, using zero-day malware and obfuscation techniques to evade traditional defenses. * Living off-the-land attacks are trending, with PowerShell injection and scripts being used to launch attacks. * Phishing domains remain persistent, with SharePoint-themed phishing domains being used to exploit business email compromise tactics. * Generic signatures are catching common web app flaws, underscoring the importance of staying vigilant with security basics.

About WatchGuard Technologies

WatchGuard Technologies, Inc. is a global leader in unified cybersecurity. Our Unified Security Platform approach is uniquely designed for managed service providers to deliver world-class security that increases business scale and velocity while improving operational efficiency. To learn more, visit WatchGuard.com.

Additional Resources

For a more in-depth view of WatchGuard’s research, download the complete Q4 2024 Internet Security Report here. Follow WatchGuard on Twitter (@WatchGuard), Facebook, or LinkedIn Company page for additional information, promotions, and updates. Visit our InfoSec blog, Secplicity, for real-time information about the latest threats and how to cope with them. Subscribe to The 443 – Security Simplified podcast wherever you find your favorite podcasts.

Increasing Crypto Miner Detections

WatchGuard Technologies, a leading cybersecurity firm, has released its latest Internet Security Report, which reveals a significant increase in crypto miner detections. The report, based on anonymized and aggregated threat intelligence from WatchGuard’s network and endpoint products, shows a 141% quarter-over-quarter increase in crypto miner detections. Crypto mining is a legitimate process for acquiring cryptocurrency on some blockchains, including Bitcoin. However, malicious actors can use crypto mining as a tactic to install malware without the user’s knowledge or consent. As the price and popularity of Bitcoin increase, crypto miner detections also rise, indicating that attackers are leveraging this tactic to evade traditional defenses.

Zero-Day Malware on the Rise

The report also notes a significant increase in zero-day malware, which has rebounded to 53% in Q4, up from its all-time low of 20% in Q3. Zero-day malware is a type of malware that exploits previously unknown vulnerabilities in software, making it difficult for traditional defenses to detect. The rise of zero-day malware is largely attributed to the increasing use of encrypted connections, which typically deliver more sophisticated and evasive threats. As attackers continue to use encryption to evade traditional defenses, the threat landscape becomes increasingly complex and challenging to navigate.

Endpoint Malware on the Decline

On the other hand, the report notes a decline in endpoint malware, with a 74% increase in Advanced Persistent Threat (APT) Blocker detections, indicating that proactive machine learning detection is catching sophisticated malware, like zero-day malware. The data highlights the growing role of proactive machine learning detection in anti-malware services, which is catching malicious actors off guard. This trend suggests that attackers are leaning harder into obfuscation and encryption, challenging traditional defenses.

Network-Based Malware Detections on the Rise

The report also shows a significant increase in network-based malware detections, with a 94% quarter-over-quarter rise in network-based malware. This indicates that attackers are becoming more sophisticated in their attempts to evade traditional defenses.

Key Takeaways

• WatchGuard’s Q4 2024 Internet Security Report highlights the evolving cyber threat landscape, with attackers increasingly relying on evasive malware techniques to evade traditional defenses. • Crypto miner detections are on the rise, with a 141% quarter-over-quarter increase, indicating that attackers are leveraging this tactic to evade traditional defenses. • Zero-day malware has rebounded to 53% in Q4, up from its all-time low of 20% in Q3, highlighting the increasing use of encrypted connections to deliver more sophisticated threats. • Endpoint malware is declining, with a 74% increase in APT Blocker detections, indicating that proactive machine learning detection is catching sophisticated malware. • Network-based malware detections are on the rise, with a 94% quarter-over-quarter increase, indicating that attackers are becoming more sophisticated in their attempts to evade traditional defenses.

Living Off-the-land Attacks

The report also highlights the trend of living off-the-land (LOTL) attacks, which exploit legitimate system tools like PowerShell, Windows Management Instrumentation (WMI), or Office macros instead of relying on external malware to load malware. LOTL attacks are trending, with 61% of endpoint attack techniques leveraging PowerShell injection and scripts. This trend underscores that attackers are going after the “bread and butter” style attacks in mass.

Network Attack Trends

The report notes that network attacks declined 27% from the previous quarter, with many tried-and-true exploits persisting as top attacks. This highlights that attackers stick with what they know works.

Phishing Domains

The top phishing domains list remained unchanged from the previous quarter, highlighting the continued use of persistent and high-impact phishing infrastructure.

Endpoint Attack Vectors

The report also notes that 83% of endpoint attack vectors are from PowerShell, with 97% of those being PowerShell-based. This highlights the importance of PowerShell in the threat landscape.

Conclusion

The WatchGuard Internet Security Report highlights the evolving cyber threat landscape, with attackers increasingly relying on evasive malware techniques to evade traditional defenses. As the threat landscape continues to evolve, it is essential for organizations to stay vigilant and implement robust security measures to protect against these threats. To stay up-to-date on the latest threat intelligence and research, follow WatchGuard on Twitter (@WatchGuard), Facebook, or LinkedIn Company page. Subscribe to The 443 – Security Simplified podcast wherever you find your favorite podcasts. Visit WatchGuard.com for more information and to download the complete Q4 2024 Internet Security Report. References

WatchGuard Technologies, Inc.

A global leader in unified cybersecurity, WatchGuard Technologies, Inc. provides award-winning products and services spanning network security and intelligence, advanced endpoint protection, multi-factor authentication, and secure Wi-Fi.

For additional information, promotions, and updates, follow WatchGuard on Twitter (@WatchGuard), Facebook, or LinkedIn Company page. Also, visit our InfoSec blog, Secplicity, for real-time information about the latest threats and how to cope with them.

2024 Figures Highlight the Rising Threat of AI-Driven Bots

Nearly 90% of enterprises were targeted in 2024, with half of them losing $10 million or more. The widespread adoption of AI by malicious actors has made it increasingly difficult for security teams to keep up with the sheer volume of attacks. Bots are being designed to mimic human behavior, creating complex emulation frameworks and synthetic identities to carry out account takeovers at scale while evading traditional defenses.

Bots Are Not Just a Nuisance, They’re a Serious Threat

Attackers are using AI to weaponize bots in new ways, with 49% of all internet traffic classified as ‘advanced bots’ designed to mimic human behavior and execute complex interactions, including account takeovers. Over 60% of account takeover attempts in 2024 were initiated by bots, capable of breaching a victim’s credentials in real time using emulation frameworks that mimic human behavior. This is a lethal combination for many enterprises, who often find themselves in firefighting mode with little or no warning.

The Impact on SOC Teams

SOC teams are now on the front line, dealing with the aftermath of malicious bot attacks that force them into firefighting mode. The constant barrage of attacks is overwhelming, with legacy security tech stacks struggling to keep up. “Once amassed by a threat actor, they can be weaponized,” says Ken Dunham, director of the threat research unit at Qualys. “Bots have incredible resources and capabilities to perform anonymous, distributed, asynchronous attacks against targets of choice.”

Real-Time Defense Against Bots

To counter this threat, companies are shifting their focus to real-time defense against bots. This includes integrating online fraud detection (OFD) platforms into the SOC, which can track and contain attacks in real-time. “It’s not just about blocking bots—it’s about restoring fairness,” says Benjamin Fabre, CEO of DataDome. “The company helps deflect similar scalping attacks in milliseconds, distinguishing fans from fraud using multi-modal AI and real-time session analysis.”

Why SOC Teams Need to Stay Ahead of the Threat

SOC teams need to stay ahead of the threat by embracing real-time data and continuous monitoring. This includes using Journey-Time Orchestration (JTO) platforms, which embed fraud defenses throughout each digital session and score risk continuously from login to checkout to post-transaction behavior. JTO replaces single-point fraud checks with real-time, session-wide monitoring to counter behavioral mimicry and context-switching attacks.

Leading the Way in JTO Defense

DataDome, Ivanti, and Telesign are three companies that are establishing an early lead in JTO defense. Each of these companies has progressed to delivering scoring for every user interaction down to the API call, delivering greater contextual insight across every behavior on every device, within each session. They are also automating core security functions while continually improving user experiences.

DataDome: Thinking Like an Attacker in Real Time

DataDome is a category leader in real-time bot defense, with extensive expertise in AI-intensive behavioral modeling. Their platform includes over 85,000 machine learning models delivered simultaneously across 30+ global PoPs. Every web, mobile, and API request that their platform can identify is scored in real time using multi-modal AI that correlates device fingerprinting, IP entropy, browser header consistency, and behavior biometrics.

Ivanti Extends Zero Trust and Exposure Management into the SOC

Ivanti is redefining exposure management by integrating real-time fraud signals directly into SOC workflows. Their platform continuously evaluates device posture and identity behavior, flagging anomalous activity and enforcing least-privilege access mid-session. “Zero trust doesn’t stop at logins,” says Mike Riemer, Ivanti Field CISO. “We’ve extended it to session behaviors including credential resets, payment submissions, and profile edits.”

Telesign’s AI-Driven Identity Intelligence

Telesign is redefining digital trust by bringing identity intelligence at session scale to the front lines of fraud detection. Their APIs deliver real-time risk scores that catch bots and synthetic identities before damage is done. “AI is the best defense against AI-enabled fraud attacks,” says Christophe Van de Weyer, Telesign CEO. “At Telesign, we are committed to leveraging AI and ML technologies to combat digital fraud.”

The Future of SOCs

The future of SOCs belongs in the realm of real-time data and continuous monitoring. Online fraud detection platforms and apps are proving just as critical as APIs, Identity and Access Management (IAM), EDRs, SIEMs, and XDRs. SOC teams are taking greater ownership of validating how consumer transactions are modeled, scored, and challenged. The emergence of AI has brought the importance of trust in the digital world to the forefront, and businesses that prioritize trust will emerge as leaders in the digital economy.