Identity and access managers have become accustomed to using role-based access control (RBAC) in physical and virtual systems. Fortunately, the concept of RBAC translates into Kubernetes, and it’s supported by the technologies that allow you to containerize workloads.

Kubernetes resources play a crucial role in managing and optimizing the performance of containerized applications. They are essential for ensuring your applications run smoothly and efficiently in your cluster.

In modern software engineering, platforms are often the key to accelerating development workflows. Platform engineering on Kubernetes allows engineers to deploy, monitor, and scale their applications quickly.

Platform Engineering Roles and Their Responsibilities Platform engineering is a complex and multifaceted discipline that requires a diverse set of skills and expertise. Within the field of platform engineering, there are several distinct roles, each with their own unique responsibilities and contributions.

The Ultimate Guide to Understanding Platform Engineering and Its Role In today’s fast-paced technological landscape, the success of any business heavily relies on its ability to adapt and thrive in the digital ecosystem.

In today’s fast-paced, ever-changing technology landscape, platform engineering teams are under constant pressure to deliver new and innovative solutions to meet evolving business needs. One of the biggest challenges they face is managing the underlying infrastructure that supports these applications.

One of the benefits of Loft has been the ability to add fine-grained control to your Kubernetes self-service engine. Our newest release allows you more flexibility to add project quotas, which includes on how many non-sleeping or active virtual clusters are allowed – giving you additional control over what your tenants can spin up.

You can now add hyperlinks for your Virtual Cluster and Spaces resources. This is a great way to attach relevant external link information to your respective clusters.

We are excited to announce that Loft v3 includes a deep integration with ArgoCD. For organizations embracing the declarative GitOps CD model either by already using ArgoCD or looking to implement ArgoCD, Loft has made it seamless for your ArgoCD pipelines to deploy into Loft managed virtual clusters and spaces.

Do you want to give your teams the ability to easily spin up your organization’s applications? Do you need a way to manage this plethora of applications in a scalable, uniform fashion?

Managing virtual clusters, spaces, and apps just got easier, as you can now version control your templates and apps by assigning them semantic version numbers (e.

Loft V3.0 comes with a new construct to group your virtual cluster and spaces across several clusters into “projects”, giving platform teams an easier way to manage and organize their team’s resources.