One of these problems is that Kubernetes has no login process. Ordinarily, the client software would initiate this login flow, but kubectl does not have this built in. Kubernetes leaves it up to you to design the login experience. In this post, I will explain the journey we took to get engineers logged in from the terminal and the challenges we faced along the way. The first step to SSO was to set up Dex as our Identity Provider.
Early adopter enterprises across verticals such as Retail, Manufacturing, Oil & Gas are looking to incorporate containers and Kubernetes as a way of modernizing their applications. Choosing k8s as a standard ensures that these applications can be deployed these on different data center infrastructures (bare metal/VMware/KVM on OpenStack etc) or on public clouds (AWS/Azure/GCP etc).
An emerging use case for containerized platforms has been the ability to deploy applications in what is termed as an air-gapped deployment. This deployment pattern is particularly pronounced around edge computing (more on that later in the blog series) – though there exist significant differences between edge clusters and air-gapped deployments. Air-gapped applications are those that run isolated from datacenter or internet connectivity.
In this article, we’ll explore Calico’s denial-of-service (DoS) mitigation features, including XDP-optimisation support introduced in Calico v3.7.
In an ideal scenario, security would be baked into the development process from the very beginning. Security teams would primarily exist to verify that best practices have been followed at every step in the process. In practice, security is an enormous challenge for most organizations. This challenge is compounded by the increasingly complex and fast-paced nature of modern service-oriented architectures, such as Kubernetes.
Container orchestration and cloud-native computing has gained lots of traction the recent years. The adoption has increased to such level that even enterprises in finance, banking and the public sector are interested. Compared to other businesses they differ by having extensive requirements on information security and IT security. One important aspect is how containers could be used in production environments while maintaining system separation between applications.
We are excited to announce the new security capabilities of Tigera Secure Enterprise Edition 2.4. This release enables enterprise security teams to extend their existing zone-based architectures and easily connect to external resources. The highlights include DNS Policies, Threat Defense, Compliance Dashboard and Reporting, and easier installation options.
New technologies often require changes in security practices. What is remarkable about containers and Kubernetes, is that they also provide the potential for enhancing and improve existing security practices. In this post, I will share a model that we use at Nirmata to help customers understand security concerns and plan Kubernetes implementations that are secure.
A proper container security strategy involves evaluating all components in the system.
Container adoption in IT industry is on a dramatic growth. The surge in container adoption is the driving force behind the eagerness to get on board with the most popular orchestration platform around, organizations are jumping on the Kubernetes bandwagon to orchestrate and gauge their container workloads.
