Operations | Monitoring | ITSM | DevOps | Cloud

Latest News

Securing Modern Applications and APIs: Whose Job Is It, Anyway?

When an end user thinks of a modern application, they expect a user-friendly offering, one that works on any device, from any location, and that delivers constant innovation. To deliver on that expectation, under the hood there are a large number of distributed components (and micro-components) running heterogeneous workloads on hybrid environments.

The Summer of 3 Transformations with VMware Tanzu

The world is emerging from the largest global pandemic in a century. I, for one, am enjoying some very non-digital experiences as a result. Hugging a friend. Dining indoors at a restaurant. And I am not taking these things for granted the way I once did. But while we cautiously return to some old ways, certain habits are forever changed. Online shopping. Telehealth. Remote work. Fitness apps. The dust hasn't settled (and may never do so) on our new normal digital load.

Azure Storage Types: What are they?

Microsoft Azure Storage system is a cloud storage technology designed for current data storage environments. A highly available object store for data objects, disc storage for Azure virtual machines (VMs), a command-line service for the cloud, a messaging store for trustworthy communications, and a NoSQL store are all available through core storage services. They are long-lasting, accessible, flexible, maintained, and safe and readily available.

Service quality and the rising need for enterprise SRE

In its DevOps 2021 survey of global IT professionals, Enterprise Management Associates (EMA) found that 95% of organizations with highly successful DevOps initiatives were predominantly decentralized and purposefully becoming more so as fast as possible (see Figure 1). This decentralization of development and DevOps teams is making site reliability engineering (SRE) both critical and difficult to achieve.

Run the HAProxy Kubernetes Ingress Controller Outside of Your Kubernetes Cluster

Run your HAProxy Kubernetes Ingress Controller in External mode to reduce network hops and latency. Traditionally, you would run the HAProxy Kubernetes Ingress Controller as a pod inside your Kubernetes cluster. As a pod, it has access to other pods because they share the same pod-level network. That allows it to route and load balance traffic to applications running inside pods, but the challenge is how to connect traffic from outside the cluster to the ingress controller in the first place.

Continuously deploy custom images to an Azure container registry

The Azure container registry is Microsoft’s own hosting platform for Docker images. It is a private registry where you can store and manage private docker container images and other related artifacts. These images can then be pulled and run locally or used for container-based deployments to hosting platforms. In this tutorial, you will learn how to create a custom docker image and continuously deploy it to an Azure container registry.

Document Oracle, MySQL, and PostgreSQL Databases With Database Mapper

We’re excited to announce SentryOne Document is now called SolarWinds® Database Mapper! The recently released Database Mapper 2021.8 enables you to document three additional database environments: Oracle, MySQL, and PostgreSQL. This makes Database Mapper a great tool to use in conjunction with SolarWinds Database Performance Analyzer and SolarWinds Database Performance Monitor database management solutions.

Best Practices for Migrating to Helm v3 for the Enterprise

At JFrog, we rely on Kubernetes and Helm to orchestrate our systems and keep our workloads running and up-to-date. Our JFrog Cloud services had initially been deployed with Helm v2 and Tillerless plugin for enhanced security, but we have now successfully migrated our many thousands of releases to Helm v3. Like many SaaS service providers, JFrog Cloud runs with many Kubernetes clusters in different regions, across different cloud providers.

AIOps: The Future of DevOps

Since entering the scene in the late 2000s, DevOps has changed the way development and IT operations teams collaborate together to produce and deploy new digital services, apps, features, and updates. DevOps has helped to streamline the production process to ensure more efficient workflows and a more reliable service. This created a shared responsibility between development and operations teams to collaborate together with the goal of creating a premium product or service for their customers.