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Cybersecurity has entered a new operating reality. Threats are scaling faster, attack chains are becoming more complex and AI is accelerating both their frequency and sophistication. For MSPs, this creates a structural challenge: clients expect enterprise-grade protection, but most service providers don’t have the internal resources to operate a 24/7 SOC at scale. That’s where MDR comes in. But not all MDR services actually solve the problem.

Patch management is a crucial aspect of IT infrastructure administration, just as Windows Workstation backup. With the right patch management solution, you can enhance your system by testing or installing the latest software updates and patches. Patches are regarded as temporary fixes for existing issues between full-scale software releases. If patch management is effectively performed, you can promptly address vulnerabilities of your system and mitigate any potential threats.

In November, we shared our vision for the Future of Snyk Container, outlining a fundamental shift in how teams secure the modern container lifecycle. We promised a future where security doesn’t just “scan” but scales effortlessly with the speed of the AI-driven, agentic world. Today, we are thrilled to announce that we are moving from vision to reality.

Staying ahead of sophisticated attackers requires a security platform that evolves at the speed of the threat landscape. Today’s attackers are AI-enabled, increasing the number of attacks and targeting vulnerabilities more quickly than ever. That's why we are excited to announce the Corelight Sensor v.29 release, a significant step forward in our mission to provide critical detections backed by the world's best network evidence.

As cyber threats grow and become more threatening, businesses must shift to stronger, more proactive strategies to protect their data and networks. Zero Trust Security is one such approach gaining traction. Based on the principle of "never trust, always verify," Zero Trust continuously authenticates and authorizes every user and device before granting access to sensitive systems or data, regardless of whether they are inside or outside the network.

Security teams are collecting more telemetry across endpoints, cloud workloads, and SaaS platforms, but the cost of bringing that data into the SIEM keeps rising. What used to be a straightforward operational decision has become a central budget challenge. Security teams are not struggling with collecting data, they are struggling with affording to keep it, and when ingestion cost drives visibility decisions, the SOC loses ground.

Microsoft is preparing a major change to Windows that could quietly reshape how security and compatibility are balanced across the entire ecosystem. Starting April 2026, Windows will begin blocking kernel drivers signed through the legacy cross-signed root program by default, replacing a decades-old trust model with a stricter, policy-driven approach centred on the Windows Hardware Compatibility Program (WHCP). This is more than a routine update.