AWS and Azure are two big names in the cloud world. If you have already invested in Microsoft technologies, you might prefer Azure over AWS. However, it is not as simple as that. Many factors are involved in this decision, including the type of service, pricing model, geographical area, your existing technology, etc. In this article, we will compare all the major cloud service categories of AWS and Azure and will compare both companies in detail.

In the ever-evolving and fast-changing landscape of cloud computing and modern software development, achieving 360-degree visibility into your critical business services, applications and infrastructure is essential. This is where observability comes into play. Observability, especially in a cloud-based or cloud-native environment, has become a critical aspect of maintaining and optimizing complex systems and services.

Companies used to have an easier time complying with regulations, but compliance has really never been a straightforward endeavor. In the past, there was one set of rules for businesses to obey, the local rules in the place where companies do business. If the business expanded into new parts of the world, they would have to comply with new rules, but these would apply only to those new territories. The global economy means an end to this approach.

Leveraging multiple providers in Kubernetes clusters is an art few have mastered yet. Learn how to create/update Kubeconfig file for the AWS EKS Cluster with Control Plane.

Welcome again to another Logic Apps Best Practices, Tips, and Tricks. In my previous blog posts, I discussed some of the essential best practices you should have while working with the Azure Logic App. Today, I will speak about another helpful Best Practice, Tips, and Tricks that you must consider while designing your business processes (Logic Apps): How do we get distinct values from an array or repeating structure?

Let’s get right to the point: most Kubernetes workloads are underutilizing CPU and memory, with 49% of containers using less CPU than their defined requests. Although Kubernetes provides users with the ability to define resource guidelines for containers based on CPU and memory needs, it can be difficult to define and maintain these resource requirements for dynamic applications, especially in fast scaling scenarios.

Whether you’re a professional photographer, hobbyist, or just want to take a quick snapshot of a hilarious cat, we all have the power to take beautiful pictures straight from our smartphones, thanks to the power of technology. Fortunately, we don’t have to worry about waiting weeks for our photos to be developed and organizing them effectively in photo albums because we have many photo storage apps and services to help us store our precious memories quickly and securely.

As cloud applications and services gain prominence amongst organizations, adversaries are evolving their toolset to target these cloud networks. The surge in remote work and teleconferencing presents unprecedented opportunities for nefarious activities. Enter the MITRE ATT&CK Framework, also known as a MITRE ATT&CK Matrix—a treasure trove for defending cloud infrastructure and on-premises infrastructure against the newest adversary tactics, techniques, and procedures (TTPs).