Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

What is a Kubernetes security dashboard? A visual interface showing your clusters’ security state—what’s vulnerable, what’s under attack, and what to fix first. Different from general dashboards like Lens or Rancher, which focus on cluster management rather than threat detection. Why do most security dashboards fail? They create more work. Alerts are siloed across tools, forcing hours of manual correlation.

Why isn’t your API gateway enough? Gateways control access; WAFs block known signatures. Neither sees what happens at the application layer—where SQL injection executes, where SSRF reaches your metadata service, where lateral movement begins. Runtime security monitors live behavior, not just perimeter traffic. What’s the real problem with API security tools? Most see only one layer. API security sees traffic patterns. Container security sees process execution.

When Microsoft ended support for mainstream Windows 10 in October 2025, there was panic in many industries. Fearing that Windows 10 would be unprotected and therefore exposed to cyberthreats, organizations raced to migrate to Windows 11. But in operational technology (OT) environments, that narrative is a little misleading. Upgrading prematurely can introduce far greater operational risk than staying on a well-controlled Long-Term Servicing Channel (LTSC) platform.

In the world of Software Composition Analysis (SCA), we often treat the tuple of (package_name, version) as a unique identifier. For example, given an NPM package angular version 1.8.0 - we would know precisely which source code was used, and what vulnerabilities affect that version.It is a common misconception that a package version maps directly to a fixed set of source code and, by extension, a static vulnerability profile.

SantaStealer spreads via Telegram and underground forums, the BlackForce phishing kit targets major brands, and Ink Dragon launches new attacks.

As an MSP security team today, you’re constantly running a rat race. You’re juggling multiple tools, sifting through a constant stream of alerts, and working in diverse environments to ensure you keep every endpoint protected. Fragmented solutions and limited automation exacerbate operational challenges, particularly as threats continue to evolve and become increasingly difficult to identify.

Privileged access programs were designed for environments where access could be defined ahead of time. That assumption no longer holds in the cloud. Legacy PAM emerged in a world of static infrastructure, long-lived systems, and a relatively small number of privileged users. Access patterns were predictable. Roles could be created in advance, assigned broadly, and reviewed periodically. That model was imperfect, but it worked well enough.

To reduce the risk of data loss, organizations rely on proven backup strategies. In this guide, we explain what the 3-2-1 backup rule is, how it works, and how to apply it correctly. Topics discussed in this piece: click to expand What is the 3-2-1 backup rule? Three data copies Two different media One off-site copy Is the 3-2-1 backup rule still the industry best practice? Ever heard of the 3-2-1-1-0 backup rule? Alternative 4-3-2 strategy How do these compare against each other?

Your Oracle database contains business-critical data that powers daily operations, customer transactions, and strategic decisions. Hardware failures, human errors, and ransomware attacks can destroy this data in seconds, stopping operations and costing you millions in recovery expenses and lost revenue. A proper Oracle database backup strategy determines whether your organization recovers quickly or faces extended downtime.