In recent years, critical infrastructure (CI) has become a primary target for cybercriminals and nation-state actors. The systems that provide essential services such as energy, water, transportation, and healthcare are increasingly vulnerable to attacks that could have devastating consequences for entire regions or even nations.

Learn how to automate Helm deployments with GitOps, using Argo CD for continuous delivery. Seamlessly handle secrets, pod auto-restart, and version propagation in Kubernetes with this production-ready integration.

A partnering of European and Latin American law enforcement agencies took down the group behind the mobile phone credential theft of 483,000 victims. Someone steals a physical mobile phone and they need to unlock it. But to do so, you need the Apple ID or Google account of the phone’s owner. So, where do you go? Well, it used to be iServer – an automated phishing-as-a-service platform that could harvest credentials to unlock the stolen phones.

Migrating virtual machines (VMs) from VMware to next-generation open infrastructure platforms like KubeVirt and OpenShift Virtualization carries some VM migration risks that can impact business operations if not managed properly. One of the key challenges is compatibility, as the architecture, configurations, and dependencies of VMs in VMware may not seamlessly translate to new environments, leading to issues with performance, application functionality, or even failed migrations. Process risks include.

Passkeys are superior to passwords in almost every way. They’re simpler to use because there’s nothing to memorize, type out, or paste in. They’re also always strong and come with multi-factor authentication built right in. In short, passkeys are awesome.

We’ve all seen it happen: you create a solid remediation plan, map out the misconfigurations and vulnerabilities, and develop a plan to fix them, but when it comes time to execute, things start to fall apart. Why do remediation plans fail even when they seem solid on paper? The truth is, it’s often not the plan itself, but how it’s executed. Let’s break down the common obstacles that cause remediation efforts to go wrong and what you can do to avoid them.

If your business entails collecting and/or processing the personal data of European Union (EU) or United Kingdom (UK) citizens, complying with the General Data Protection Regulation (GDPR) is a priority. ‍ The regulation is quite comprehensive and includes numerous requirements your organization must implement.

When a network outage happens, it’s not just an inconvenience. Especially in the world of retail banking and credit unions, downtime can have real, significant consequences. Imagine a branch where customers are trying to make time-sensitive transactions, apply for loans, or simply withdraw funds and, suddenly, the system goes down. The negative ripple effect would be immediate, from frustrated customers to lost revenue and missed opportunities.

Earlier this year, we launched a new Domains page to give you more powerful and flexible attack surface insights. When the recent CUPS vulnerability hit the news, our new page quickly allowed users to create a policy to detect potential threats on port 631—something that wasn’t possible before. Since then, we’ve rolled out dozens of improvements to help security teams like yours feel more confident in managing their ever-changing attack surface.

Whether you’re the CISO or part of the incident response team, it’s likely you have heard of exposure management (EM). Introduced by Gartner in 2022 as the evolution of vulnerability management (VM), the name “exposure management” was adopted by vendors faster than you can say “next gen” or “AI-powered”. Unfortunately for consumers the hype added more confusion than clarity. This blog is a chance to reset expectations.