The latest News and Information on CyberSecurity for Applications, Services and Infrastructure, and related technologies.
Today, anyone can contribute to some of the world’s most important software platforms and frameworks, such as Kubernetes, the Linux kernel or Python. They can do this because these platforms are open source, meaning they are collaboratively developed by global communities. What if we applied the same principles of democratization and free access to cybersecurity?
It takes only a glance at the daily headlines to see that cybercriminals are using increasingly sophisticated methods to breach cloud defenses and access sensitive data. The complexity of cloud frameworks makes it extraordinarily difficult to detect nefarious activities. In many cases, attackers lurk in systems for weeks or months before pulling the trigger.
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Securing modern-day production systems is expensive and complex. Teams often need to implement extensive measures, such as secure coding practices, security testing, periodic vulnerability scans and penetration tests, and protections at the network edge. Even when organizations have the resources to deploy these solutions, they still struggle to keep pace with software teams, especially as they accelerate their release cycles and migrate to distributed systems and microservices.
CFEngine and Ansible are two complementary infrastructure management tools. Findings from our analysis show that they can be combined and used side by side with joint forces to handle all areas in the best possible way. Part of infrastructure management is hosts deployment, either when building a brand new infrastructure or when growing one by adding new hosts.
While MSPs have been making significant investments in security and offering services, it is a challenge to keep up with the frequency and evolving sophistication of today’s cybersecurity threats. Defense in Depth (DiD) is the foundation on which most MSPs have built a layered security approach for dealing with them.
You have to capture everything to investigate security issues thoroughly, right? More often than not, data that at one time was labeled irrelevant and thrown away is found to be the missing piece of the puzzle when investigating a malicious attacker or the source of an information leak. So, you need to capture every network packet.
Multi-Factor Authentication (MFA) provides an enhanced security mechanism for your entire organization by requiring multiple methods of authentication credentials. Using traditionally managed passwords for accessing your apps, services, and networks is no longer a secure methodology. Indeed, cyber threats are on the rise. Hackers today employ sophisticated techniques such as spear-phishing or pharming to gain unauthorized access to corporate accounts.
Which cultural values empower businesses to thrive today? That's an open question, of course. But I suspect most employees, managers, and analysts would include items like collaboration, transparency, and creativity on the list of essential ingredients in business success. Indeed, you could argue that these values are at the core of a variety of modern organizational and technical innovations, from DevOps (which is all about collaboration) to open source software (which centers on collaboration and transparency) and the creator/maker movement (which is, of course, all about creativity).
This article explores how to secure production Kubernetes clusters with the help of open source tools. As a prerequisite, you’ll need to have basic beginner-level knowledge of Docker and Kubernetes. In a nutshell, Kubernetes is a container orchestration tool and Docker is a containerization platform. Some of the most famous Kubernetes clusters managed by cloud providers include AWS EKS, Azure AKS, and Google CKE.
