Managing infrastructure while developing, building, and running an application is difficult for developers. In fact, many businesses often struggle with infrastructure management besides managing their applications. To tackle this problem, Platform-as-a-Service or PaaS came into existence. PaaS provides a platform with a cloud-based environment for developers to develop and manage their applications with pre-configured tools and frameworks.

Join us for a recap of the latest updates from Qovery Demo Day, held on February 9th. Our event provides insight into what we accomplished in the past month and what's to come while showcasing some exciting new features. From our refreshed website and pumped CLI, to job deployments and demos, to upcoming deployment order and parallel deployment, ARM instance type support, and audit logs, get ready for an exciting look at what's new with Qovery and what’s next! ✨

Platform engineering is generating some of the biggest buzz in the IT world.

The companies we at VMware Tanzu work with are constantly looking for new, better ways of developing and releasing quality software faster. But digital transformation means fundamentally changing the way you do business, a process that can be derailed by any number of obstacles. In his recent video series, Michael Coté identifies 14 reasons why it’s hard to change development practices in large organizations. Today, we look at the second digital transformation bottleneck: security.

What is Azure Kubernetes Service? Azure Kubernetes Service (AKS) is a fully managed open-source container orchestration service offered by Azure. Provisioning, scaling, and upgrading resources can be done without causing downtime with Azure Kubernetes Service. Container orchestration in Kubernetes enables deployed application components to be isolated in distinct containers that can scale independently. A cluster made up of these containers functions as a microservices-based software product.

The main idea behind Kubernetes is to create a standardized approach to running containers in the cloud. Whether you’re running AKS on Azure or EKS on Amazon, your cluster should still behave in more or less the same way. But that’s not to say you’re locked in to doing things one way; Kubernetes still offers a lot of flexibility in many cases. This is what experienced engineers take advantage of when trying to optimize Kubernetes performance.

Docker logs play a critical role in the management and maintenance of containerized applications. They provide valuable information about the performance and behavior of containers, allowing developers and administrators to troubleshoot issues, monitor resource usage, and optimize application performance. By capturing and analyzing log data, organizations can improve the reliability, security, and efficiency of their containerized environments.

Testing is a vital aspect of security. Unfortunately, there are vulnerabilities that bypass the testing stage and introduce flaws in the production environment. Kubernetes vulnerabilities make more impact when exploited on running applications and production environments. These vulnerabilities can allow hackers to exploit the host machine if the container has escalated privileges.