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01/27/2026

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January 2026 Critical CVE Round-Up

January 2026 CVE roundup covering the actively exploited Oracle CVE-2026-20805 and critical SAP S/4HANA vulnerabilities impacting enterprise environments.

How One Defender Built Mastery Through Training

As part of INE Security’s Defender of the Year campaign, we’re proud to spotlight professionals who embody what modern cyber defense really looks like: resilience, curiosity, and relentless commitment to growth.

INE Releases Top 5 Cloud Security Trends of 2026

Skills gaps and operational complexity push cloud security training to the forefrontCARY, N.C. — [January 22, 2026] — INE Security, a global provider of networking and cybersecurity training and certifications, today released its Top 5 Cloud Security Trends of 2026, highlighting the growing need for defender-ready teams as organizations continue to expand across dynamic, multi-cloud environments.As cloud adoption accelerates, attackers are increasingly exploiting identity weaknesses, configuration errors, and gaps between cloud, security, and operations teams. In response, organizations are rethinking cloud security as a workforce challenge as much as a technology challenge—placing new emphasis on cross-trained defenders who understand how cloud environments are built, operated, and attacked.“Cloud security failures rarely come down to missing tools,” said Tracy Wallace, Cloud Instructor and Director of Content Development at INE Security. “They happen when teams lack shared understanding across identity, configuration, and operations. In 2026, preparing defenders to recognize and close those gaps is critical to reducing risk in the cloud.”INE’s Top 5 Cloud Security Trends for 20261. Identity-First Cloud Security Becomes MandatoryIn cloud environments, identity has fully replaced the traditional perimeter. Compromised credentials—both human and machine—remain the leading cause of cloud breaches, enabling attackers to access resources, escalate privileges, and move laterally across platforms.As identities multiply across workloads, APIs, and services, cloud defenders must understand identity flows, access paths, and privilege management across cloud providers.Master skills to stay ahead of this trend:Azure Security Engineer Associate (AZ-500) Learning PathFundamentals of Cloud Identity, Security, and Compliance CourseAWS Core Security & Identity Lab Collection2. Misconfiguration Remains the Leading Cloud Security RiskDespite advances in tooling, misconfigurations continue to drive cloud security incidents. Over-permissioned roles, exposed storage, insecure API endpoints, and inconsistent policies often result from rapid deployment cycles and limited security oversight.These failures frequently reflect skills gaps or process gaps rather than technology gaps, reinforcing the need for hands-on training that teaches defenders how to design, review, and secure cloud environments correctly from the start.Master skills to stay ahead of this trend:Microsoft Azure DevOps Engineer Certification AZ-400 Learning PathConfiguration Management & Process Automation CourseAWS Data Storage & Security Lab Collection3. Cloud Security and Cloud Operations ConvergeCloud security responsibilities are shifting earlier in the lifecycle, converging with platform engineering and cloud operations. Security controls are increasingly embedded into infrastructure-as-code, CI/CD pipelines, and automated provisioning workflows.This convergence requires defenders to understand not only security controls, but also how cloud environments are built, deployed, and maintained at scale.Master skills to stay ahead of this trend:AWS Certified SysOps Administrator Learning PathBuild a CI/CD Pipeline with Azure DevOps CourseCI/CD Security Lab Collection4. Continuous Cloud Threat Detection Evolves with AI-Driven CapabilitiesContinuous threat detection is already standard for mature cloud environments. In 2026, the challenge is keeping pace with rapidly evolving detection tools and AI-driven capabilities embedded within cloud security platforms.As analytics and machine learning increasingly shape how threats are identified, defenders must understand how these systems generate alerts, interpret outcomes, and adapt detection strategies as tooling evolves.Master skills to stay ahead of this trend:AI in Automation CourseOffensive AI: Generative AI for Pentesters CourseAzure Active Directory Pentesting Lab Collection5. Cloud Security Skills Gaps Become a Strategic RiskDemand for cloud security expertise continues to outpace supply. Many organizations struggle to staff teams with hands-on experience across cloud platforms, leading to slower response times and increased breach impact.As a result, cloud security training and workforce development are becoming strategic priorities, with organizations investing in continuous, role-based learning to build and retain defender-ready teams.“Defenders aren’t defined by a single role,” Wallace added.“Cloud security depends on collaboration between security, cloud, and infrastructure teams. Organizations that invest in cross-trained defenders are better equipped to detect threats early and reduce the impact of incidents.”INE Security’s Year of the Defender initiative reflects an industry-wide shift toward treating training as a continuous capability rather than a one-time requirement. Defender-ready organizations prioritize hands-on learning that mirrors real-world cloud environments and prepares teams to respond effectively when it matters most.To learn more about how organizations can train cloud security teams to prepare for these trends and build defender-ready capabilities, visit ine.com/security. About INEINE is an award-winning, premier provider of online networking and cybersecurity education, including cybersecurity training and certification. INE is trusted by Fortune 500 companies and IT professionals around the globe. Leveraging a state-of-the-art hands-on lab platform, advanced technologies, a global video distribution network, and instruction from world-class experts, INE sets the standard for high-impact, career-advancing technical education.

INE Releases Top 5 Networking Trends of 2026

Why modern networks demand cross-trained, security-aware teamsCARY, N.C. — [January 20, 2026] — INE, a global provider of networking and cybersecurity training and certifications, today released its Top 5 Networking Trends of 2026, highlighting how modern networks are evolving—and why organizations must invest in cross-trained, defender-ready teams to keep pace with increasingly complex and interconnected environments.As enterprises expand across cloud, hybrid, and distributed architectures, networks have become central not only to connectivity, but to security, resilience, and business continuity. Modern attacks frequently exploit gaps between teams and technologies, making workforce readiness and shared understanding across networking and security more critical than ever. “Attackers don’t respect organizational silos." said Brian McGahan, 4x CCIE and Director of Networking Content at INE. "They can move freely across networks, identities, and environments, and defenders have to be prepared to do the same. In 2026, training that breaks down silos and builds shared understanding across roles is going to be critical.” INE’s Top 5 Networking Trends for 20261. 1. AI-Driven Network Operations Become StandardArtificial intelligence is transforming how networks are operated and maintained. In 2026, AI-driven network operations (AIOps) will enable predictive performance monitoring, anomaly detection, and automated remediation, shifting teams from reactive troubleshooting to proactive operations.While automation improves efficiency, trained network professionals remain essential to interpret insights, govern AI-driven actions, and ensure reliability in complex environments.2. Zero Trust Networking Becomes the Default ArchitectureZero Trust Architecture (ZTA) principles are now foundational to modern network design. Organizations are replacing location-based trust with continuous verification, identity-aware access, and granular policy enforcement across users, devices, and applications.Successfully implementing ZTA requires network teams to understand identity, access control, and security policy, reinforcing the need for cross-domain training.3. Networking and Security Converge OperationallyThe traditional separation between networking and security continues to disappear. Network teams increasingly manage segmentation, access enforcement, and traffic inspection, while security outcomes depend heavily on network visibility and control.As attackers exploit gaps between teams, organizations are prioritizing collaboration and shared skills across NetOps and SecOps to close those seams.4. Identity Becomes Central to Network DesignIdentity now plays a direct role in how networks behave. User, device, and machine identities influence access decisions, segmentation, and traffic flows across on-premises, cloud, and hybrid environments.Networking professionals must understand how identity systems integrate with network controls to effectively reduce risk and prevent lateral movement.5. Network Automation Expands Beyond ConfigurationAutomation has moved beyond basic configuration tasks into full lifecycle network management. Infrastructure-as-Code (IaC), automated validation, and continuous compliance enforcement are becoming standard practices.As automation scales, the risk shifts from manual errors to architectural and design mistakes, making deep foundational knowledge and ongoing training essential.“Defenders aren’t defined by a single job title anymore”, McGahan added. “Network teams need to be treated as critical roles in security, resilience, and incident response. Organizations that invest in training network professionals to understand security, automation, and identity are better positioned to close the gaps that attackers rely on.”INE refers to 2026 as the Year of the Defender, reflecting a broader industry shift toward preparing teams—not just tools—for modern threats. Defender-ready organizations prioritize continuous, hands-on training that builds shared understanding across networking, cloud, and security teams.To learn more about how organizations can train network teams to prepare for these trends and build defender-ready capabilities, visit ine.com.About INEINE is an award-winning, premier provider of online networking and cybersecurity education, including cybersecurity training and certification. INE is trusted by Fortune 500 companies and IT professionals around the globe. Leveraging a state-of-the-art hands-on lab platform, advanced technologies, a global video distribution network, and instruction from world-class experts, INE sets the standard for high-impact, career-advancing technical education.

INE Releases Top 5 Cybersecurity Trends of 2026

Why cross-trained, defender-ready teams are critical to cyber resilienceCARY, N.C. — [January 8, 2026] — INE Security, a global provider of networking and cybersecurity training and certifications, today released its Top 5 Cybersecurity Trends of 2026, highlighting the growing need for cross-trained, defender-ready teams as modern cyberattacks increasingly exploit gaps between systems, technologies, and organizational roles.As enterprises continue to expand across cloud, hybrid, and remote environments, attackers are no longer constrained by traditional boundaries. Instead, they move fluidly across networks, identities, applications, and platforms—often capitalizing on disconnected tools and siloed teams. In response, organizations are shifting their focus from isolated security controls to cyber workforce readiness and coordinated defense.“Cybersecurity in 2026 is no longer just about stopping attacks — it’s about readiness across the entire organization,” said Alexis Ahmed, Cybersecurity Instructor at INE Security. “Most incidents escalate not because of a single failure, but because gaps between teams go unnoticed. The organizations that succeed are those that prepare defenders to understand how systems connect and how attacks unfold across environments.”INE’s Top 5 Cybersecurity Trends for 20261.1. AI-Powered Attacks and AI-Driven Defense EscalateArtificial intelligence is accelerating both cyberattacks and cyber defense. In 2026, attackers are using AI to automate reconnaissance, scale phishing campaigns, and adapt malware faster than traditional defenses can respond. At the same time, defenders are deploying AI-driven security operations to improve detection, automate triage, and predict attacks.As AI becomes embedded into security operations, trained defenders remain essential to interpret outcomes, govern automated systems, and respond effectively under real-world pressure.2. Identity Security Becomes the Core of Cyber DefenseIdentity has emerged as the primary attack surface in modern cybersecurity incidents. Compromised credentials—including service accounts and machine identities—allow attackers to bypass controls and move laterally across environments.Organizations are prioritizing identity-centric security strategies that require defenders to understand authentication, access paths, and identity risk across networking, cloud, and security domains.3. Zero Trust Expands into a Full Cybersecurity StrategyZero Trust has evolved beyond network architecture into a broader cybersecurity operating model. In 2026, organizations are applying Zero Trust principles across users, endpoints, applications, and data—eliminating implicit trust and continuously verifying access.Implementing Zero Trust effectively requires shared understanding across teams, reinforcing the need for cross-domain training and collaboration.4. Ransomware Becomes Faster, More Targeted, and More DisruptiveRansomware attacks continue to increase in sophistication, targeting backups, identity systems, and recovery processes. Downtime and operational disruption have become the primary leverage for attackers, turning incidents into business crises.As a result, organizations are emphasizing hands-on incident response training, attack simulations, and coordinated response exercises to reduce impact and recovery time.5. Cyber Resilience and Recovery Overtake PreventionIn 2026, cybersecurity success is increasingly measured by resilience—how quickly organizations can detect, respond to, and recover from incidents. Boards and executives are prioritizing preparedness, coordination, and response capability over prevention alone.This shift elevates the importance of continuous training programs that prepare defenders to recognize attack paths early, communicate across teams, and act decisively when incidents occur.“Defenders aren’t defined by a single role or job title,” Ahmed added. “They include security, network, cloud, and infrastructure teams who share responsibility for reducing risk and maintaining uptime. Training that builds shared understanding across these roles is what closes the gaps attackers rely on.”INE Security refers to 2026 as the Year of the Defender, reflecting a broader industry shift toward treating training as a strategic capability rather than a one-time requirement. Organizations that invest in continuous, hands-on learning are better positioned to close skills gaps, improve coordination, and respond more effectively as threats evolve.To learn more about how organizations can train and prepare defender-ready teams for these cybersecurity trends, visit ine.com/security.About INEINE is an award-winning, premier provider of online networking and cybersecurity education, including cybersecurity training and certification. INE is trusted by Fortune 500 companies and IT professionals around the globe. Leveraging a state-of-the-art hands-on lab platform, advanced technologies, a global video distribution network, and instruction from world-class experts, INE sets the standard for high-impact, career-advancing technical education.

The Top 5 Skills for Cyber Defenders in 2026

Cybersecurity professionals often focus on the hard skills: techniques and systems learned and certifications earned. CIOs and CISOs have cited these five skills as the top priority for blue team cybersecurity professionals.

INE Security Announces “2026: Year of the Defender”—A Global Initiative to Position Technical Teams as the New Front Line of Cybersecurity

CARY, NC — January 7, 2026 — As attackers increasingly exploit the "white space" between networks, cloud environments, and code bases, INE Security today announced the Year of the Defender. This initiative recognizes that cyber readiness has been fundamentally redefined: upskilling and cross-training are no longer optional—they are the new foundation of effective defense.In the modern enterprise, technologies once managed in silos are now inextricably linked. This interconnectedness has expanded the attack surface and shifted the burden of defense onto the shoulders of all technical teams. Networking, systems, and development professionals are no longer operating at the periphery of security; they are now the central nervous system of organizational resilience.“Cyber readiness is no longer defined by how many tools an organization deploys,” said Alexis Ahmed, Cybersecurity Instructor at INE Security. “In 2026, readiness depends on whether every technical professional—from the network engineer to the software developer—has the proactive skills to understand how systems connect, where vulnerabilities emerge, and how attackers exploit the gaps between them.”The Front Line: Exploiting Gaps Between Systems and TeamsModern attackers do not target isolated technologies; they exploit misconfigurations, identity weaknesses, and the communication breakdowns between siloed teams. These attack paths move fluidly across networks and cloud platforms, leveraging a lack of cross-domain visibility.The financial impact of these gaps is staggering. In 2025, the global cost of cloud misconfigurations was estimated at $10.3 billion, driven by insecure storage, identity failures, and container vulnerabilities. These failures almost always occur at the intersection of networking and cloud responsibilities where a lack of security-first training leaves an opening. Under the Year of the Defender initiative, INE Security is helping enterprises bridge these gaps by transforming every technical contributor into a proactive defender.Zero Trust and Cloud Complexity Raise the BarAs Zero Trust architecture becomes the industry standard—with 52% of organizations already fully deployed—the technical requirements for infrastructure design have reached a new level of complexity. Simultaneously, 71% of organizations now operate more than 10 separate cloud security tools, leading to massive alert fatigue.To combat this, the Year of the Defender focuses on execution over mere monitoring. By training technical teams in proactive defense and risk prioritization, organizations can reduce the noise and stop threats before they escalate into breaches.AI and Cloud Security: The New Core CompetenciesEmerging technologies are further reshaping defender expectations. For the second consecutive year, AI security skills and cloud security skills have ranked as the top capabilities required by the market. As technical teams build generalized AI knowledge, they must also understand AI-driven threats. This shift reflects a growing reality: modern defense requires an adaptable, cross-domain skill set that extends far beyond traditional role boundaries.Closing the Risk Multiplier: The Skills GapStaffing shortages and skills gaps are now primary risk multipliers. IBM’s research confirms that organizations with severe staffing shortages incur significantly higher costs per breach. Furthermore, nearly 69% of organizations report that multiple cybersecurity incidents have been tied directly to a lack of skilled personnel.“Tools alone don’t close skill gaps,” added Ahmed. “In 2026, the organizations that survive and thrive will be those that prioritize the continuous, hands-on training of their technical teams. We are empowering the front line to identify, intercept, and neutralize threats in real-time.”About Year of the DefenderThe Year of the Defender initiative by INE Security highlights a fundamental shift in cybersecurity strategy: modern defense depends on defenders who understand the entire ecosystem. Through continuous, hands-on training across networking, security, cloud, and emerging technologies, INE is building the next generation of resilient technical workforces.Organizations looking to strengthen defender readiness and close critical skills gaps can learn more about INE’s team training programs at learn.ine.com/schedule-a-demo. About INEINE is an award-winning, premier provider of online networking and cybersecurity education, including cybersecurity training and certification. INE is trusted by Fortune 500 companies and IT professionals around the globe. Leveraging a state-of-the-art hands-on lab platform, advanced technologies, a global video distribution network, and instruction from world-class experts, INE sets the standard for high-impact, career-advancing technical education.

INE Releases Top 5 Network Security Trends of 2026

AI-Driven Defense, Zero Trust, Identity Security, and Regulatory Accountability Redefine Enterprise CybersecurityCARY, N.C. — [January 8, 2026] — INE, a global provider of networking and cybersecurity training and certifications, today released its Top 5 Network Security Trends of 2026, outlining the most significant forces reshaping how organizations defend their networks, identities, and critical infrastructure amid an increasingly automated and regulated threat landscape.As enterprises accelerate digital transformation, the attack surface continues to expand across cloud, hybrid, and distributed environments. At the same time, cybercriminals are leveraging artificial intelligence, automation, and social engineering at scale, forcing organizations to rethink both their security architectures and workforce readiness.“The cybersecurity landscape of 2026 is going to be defined by speed, automation, and accountability,” said Brian McGahan, 4x CCIE and Director of Networking Content at INE Security. “Traditional security models can’t keep pace with AI-driven threats and identity-based attacks. Organizations that succeed will be those that invest in highly trained professionals who can adapt and respond as fast as the threat environment evolves.”INE’s Top 5 Network Security Trends for 20261. AI-Driven Security Becomes Operationally AutonomousArtificial intelligence is no longer just assisting security teams — it is actively making decisions, orchestrating responses, and predicting attacks before they occur.In 2026, AI-powered security platforms enable:Predictive threat detection and pre-emptive containmentAutomated incident response and remediationReal-time behavioral analysis across users, devices, and networksHowever, adversaries are also weaponizing AI to scale phishing, exploit vulnerabilities faster, and evade detection.Training as a Solution: To effectively deploy and govern AI-driven security, organizations must ensure teams can interpret outputs, validate decisions, and mitigate AI bias. Security leaders should:Implement AI literacy programs for security and network teamsProvide hands-on training with AI-powered security toolsSimulate autonomous threat-response scenariosEstablish continuous learning paths as AI security models evolve2. Zero Trust Is the Default Security ModelBy 2026, Zero Trust Architecture (ZTA) is no longer aspirational — it is the baseline expectation.Zero Trust enforces:Continuous verification of users, devices, and applicationsLeast-privilege access across all environmentsElimination of implicit trust, regardless of network locationAs hybrid and cloud-native environments expand, organizations must assume no connection is safe without verification.Training as a Solution: Zero Trust requires cultural as well as technical change. To operationalize it successfully, organizations should:Develop immersive Zero Trust training programsTrain teams on identity-centric network designConduct simulations that reinforce continuous authenticationDeliver organization-wide security awareness aligned with Zero Trust principles3. Quantum-Prepared Security Enters Strategic PlanningQuantum computing may not be mainstream yet — but quantum-enabled threats are already influencing security decisions in 2026.Organizations are beginning to:Assess cryptographic vulnerabilities to future quantum attacksAdopt post-quantum cryptography standardsDesign crypto-agile architectures that can evolve as algorithms changeThe focus is shifting from if quantum will disrupt security to when.Training as a Solution: Security professionals must understand both the risks and the roadmap. Leaders should:Introduce training on post-quantum cryptography fundamentalsDevelop crypto-agility planning workshopsEducate teams on long-term data protection strategiesAlign cryptographic training with regulatory and industry standards4. Identity Becomes the Primary Security PerimeterIn 2026, identity — not the network — is the most targeted attack vector.Threat actors increasingly exploit:Compromised credentialsMachine identities and service accountsAI-generated impersonation and deepfake attacksAs a result, identity security is now central to network defense.Training as a Solution: To defend identity at scale, organizations must invest in advanced IAM skills. Security leaders should:Train teams on adaptive and risk-based authenticationProvide education on securing human and machine identitiesConduct simulations involving identity compromise and lateral movementReinforce identity-first security thinking across IT and security teams5. Regulation, Compliance, and Security Accountability IntensifyCybersecurity in 2026 is no longer just a technical concern — it is a legal, financial, and reputational obligation.Organizations face:Stricter breach disclosure and reporting requirementsIncreased regulatory scrutiny across industriesExecutive-level accountability for cyber riskSecurity maturity is now measured not only by prevention, but by demonstrable compliance and governance.Training as a Solution: Security and networking teams must understand how technical decisions map to regulatory outcomes. Organizations should:Provide training on global cybersecurity regulations and frameworksAlign technical security training with compliance requirementsEducate leaders on cyber risk governance and reportingBuild cross-functional awareness between security, legal, and executive teams“Security tools alone aren’t enough,” McGahan added. “Organizations that will thrive in 2026 are those that treat cybersecurity training as a strategic investment — empowering their teams with the skills needed to operate, govern, and secure increasingly complex networks.”INE emphasizes that addressing these trends requires continuous education and hands-on training to help security and networking professionals keep pace with rapidly evolving technologies and threats. To learn more about how organizations can train networking and security teams to prepare for these trends, including AI-driven security operations, Zero Trust implementation, identity protection, and regulatory readiness, visit learn.ine.com/schedule-a-demo.About INEINE is an award-winning, premier provider of online networking and cybersecurity education, including cybersecurity training and certification. INE is trusted by Fortune 500 companies and IT professionals around the globe. Leveraging a state-of-the-art hands-on lab platform, advanced technologies, a global video distribution network, and instruction from world-class experts, INE sets the standard for high-impact, career-advancing technical education.

INE Launches New “Security Operations Certified – Level 1 (eSOC) Learning Path” to Meet Rapidly Growing Global Demand for SOC Analysts

CARY, NC — January 6, 2025 — INE Security, a global leader in cybersecurity training and certification, today announced the launch of its new Security Operations Certified – Level 1 (eSOC) Learning Path. This comprehensive new path is designed to equip aspiring and current cybersecurity professionals with the foundational skills, tools, and hands-on experience required to excel in modern Security Operations Centers (SOCs).As organizations worldwide face an unprecedented rise in cyber threats, the demand for capable SOC analysts and security responders has never been higher. INE Security’s eSOC Learning Path directly addresses this workforce gap by delivering structured, expert-led training aligned with real-world challenges SOC teams encounter daily.Building the Next Generation of SOC TalentThe eSOC Level 1 Learning Path provides a deep dive into the fundamentals of security operations while integrating the latest advancements in AI-supported analysis and investigation. Learners progress through practical scenarios designed to build confidence and technical competency from day one.Learning objectives include:SOC Fundamentals, AI & Core Analyst SkillsThreat Detection, Logging & AnalysisIncident Response & InvestigationSOC Tools, Reporting & Emerging Technologies “Our mission has always been to make world-class cybersecurity education accessible, relevant, and career-defining,” said Lindsey Rinehart, INE’s Chief Executive Officer. “With the eSOC Learning Path, we’re giving students and teams a powerful way to gain the operational skills needed to protect organizations in an increasingly complex threat landscape.”Designed for Both Emerging and Experienced Security ProfessionalsThe eSOC Learning Path is ideal for:Security Analysts & Incident RespondersSecurity Engineers & ArchitectsSOC Managers and Technical Security LeadersSecurity Managers seeking to strengthen analysis quality, reduce turnover, and improve SOC efficiencyProfessionals or career changers entering the Blue Team field By providing a clear roadmap from foundational knowledge to actionable skills, this Learning Path helps organizations build stronger SOC teams while enabling individuals to accelerate their security careers.Closing the Cybersecurity Skills GapWith cyber incidents rising and global shortages of qualified analysts, companies are struggling to staff and retain effective SOC teams. INE’s new eSOC Learning Path equips analysts with the capabilities needed to respond to threats faster, reduce alert fatigue, and operate with confidence in high-pressure environments.“The cybersecurity skills gap isn’t just a statistic—it’s a daily reality for organizations struggling to stay ahead of evolving threats,” said Tracy Wallace, INE’s Director of Content Development. “This Learning Path was built to close that gap by immersing learners in the actual tools, behaviors, and decision-making needed to operate as effective SOC analysts from the start.”AvailabilityThe first courses in the Security Operations Certified – Level 1 (eSOC) Learning Path are available now, with continued course and lab releases rolling out into 2026.For more information, visit INE.com. About INE Security:INE Security is the premier provider of online networking and cybersecurity training and cybersecurity certifications. Harnessing a powerful hands-on lab platform, cutting-edge technology, a global video distribution network, and world-class instructors, INE Security is the top training choice for Fortune 500 companies worldwide for cybersecurity training in business and for IT professionals looking to advance their careers. INE Security’s suite of learning paths offers an incomparable depth of expertise across cybersecurity. The company is committed to delivering advanced technical training while also lowering the barriers worldwide for those looking to enter and excel in an IT career.

December 2025 Critical CVE Round Up

A breakdown of the most critical CVEs disclosed in December 2025, including zero-day exploits, RCE vulnerabilities, and enterprise security risks.

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