In the wake of Broadcom’s acquisition of VMware, the world of virtualization is in flux. Customers, especially those reliant on VMware’s Pivotal Cloud Foundry (PCF), are feeling uncertain about the future. This blog post is designed to guide customers through the specific hurdles they now face due to the acquisition, explore Kubernetes (K8s) as an alternative to PCF, and discuss how Komodor can help with a K8s migration.

A lot has changed for the National Institute of Standards and Technology NIST Framework since 2013, when former President Barack Obama signed Executive Order 13636 that directed the Executive Branch to: Since the creation of the NIST framework, we’ve seen an evolution in sophisticated cyberattacks on the rise with new challenges like AI.

Managing IP addresses is essential in the operation and security of modern computer networks. However, the original IP addressing system based on address classes A, B, and C was extremely inefficient in allocating addresses. Many addresses were wasted, rapidly depleting the available IPv4 space. To address this pressing issue, Classless Inter-Domain Routing (CIDR) was introduced in 1993. So, if you’re wondering what is CIDR, read on to learn everything you need to know.

We’ve made an upgrade to the “Check for Content” feature in our website monitors! Previously, users could select just one location at a time from US West, US East, EU West, and AU East via radio buttons. Now you can monitor your content from multiple locations instead of just one. By choosing multiple regions you can ensure that transient network issues don’t cause your monitor to go down unexpectedly.

We’ve made some updates to the status page layout, allowing users to easily access important monitor details like Uptime History and Components across all layout types, including the 2-column and 3-column views.

Are you curious about how your web app is performing? Ever wanted to have real-time insights into your application’s health and optimize its performance for variable workloads to improve performance, hosting-related costs, and user experience?

swampUP 2024, the annual JFrog DevOps Conference, was unique in it’s addressing not only more familiar DevOps and DevSecOps issues, but adding specific operational challenges, stemming from the explosive growth of GenAI and the resulting need for specialized capabilities for handling AI models and datasets, while supporting new personae such as AI/ML engineers, data scientists and MLOps professionals.

Ensuring that systems run smoothly is a key priority for any organization that relies on technology. To achieve this, effective IT infrastructure support is essential. This involves implementing a robust process for managing and maintaining hardware, software, networks, and other critical components that keep operations running seamlessly.

When it comes to acquiring new software for your organization, it's easy to focus on finding the right product and getting it implemented as quickly as possible. But without a structured software acquisition process, that can lead to overspending, compliance risks, or ending up with tools that don’t fit your needs. In this article, we’ll take a closer look at the software acquisition process and explore practical ways to improve it.

Flaky tests are bad—this is a fact implicitly understood by developers, platform and DevOps engineers, and SREs alike. When tests flake (i.e., generate conflicting results across test runs, without any changes to the code or test), they can arbitrarily fail builds, requiring developers to re-run the test or the full pipeline. This process can take hours—especially for large or monolithic repositories—and slow down the software delivery cycle.