While it offers a feature-rich, flexible, and extensible platform, the downside is that Kubernetes security can be quite challenging. Any misconfigurations in Kubernetes can potentially expose your application data and allow malicious actors to compromise its services. Key stat: A 2023 survey found that 37% of respondents suffered revenue or customer losses stemming from a… Continue reading Kubernetes security – a step-by-step guide
Docker containers have revolutionized the software industry. Docker images enable developers using Windows machines to work on applications that use Linux dependencies and different libraries. But with such a large attack surface and the risk of hackers successfully exploiting privileged containers, Securing Docker containers and images is crucial. Putting containers into production can therefore have… Continue reading Securing Docker – 6 best practices
Only unused applications don’t receive updates. Otherwise, there are always more bugs to resolve, new requirements to address, and the latest software to integrate. Patching is the name that’s been given to the act of improving software. For example, if a bugfix is developed, a new patch on the given application is applied; if a… Continue reading Ease the Patch Management Burden with Kubernetes and Docker
With the ephemeral nature of containers, you might think that patching is far less critical than it really is. But in fact, as with more traditional systems, patching both the containers and the underlying management systems is just as critical as tending to any other system.
Continuous integration and continuous delivery and/or deployment (CI/CD) has become a staple within the modern software development landscape, and it is now extending into patch management. The importance of your environment’s security cannot be overstated, nor can the difficulty of maintaining that security. The question then becomes: What exactly is CI/CD and how can you… Continue reading Integrate CI Tools with VM for Risk Remediation
Patching has become particularly challenging in the new cloud and hybrid-cloud environments— especially across Windows and Linux—despite the many methods and technologies for this. What are the differences between patching in Windows and Linux, and how does this all fit into the modern cloud infrastructure? Do these new environment paradigms facilitate or complicate patch management?