Operations | Monitoring | ITSM | DevOps | Cloud

In the beginning, companies and cloud cost management vendors focused on reducing the absolute cost of the cloud. That would be the equivalent of solely focusing on the total cost of a sales organization versus considering how much new revenue they were booking, or the productivity of the sales team or the cost of customer acquisition. As cloud spend followed its rapid growth trajectory, curbing it most often relied on discounts.

So, you want to become a DevOps engineer? It’s a stimulating, challenging, high-paying career choice, but the lynchpin role holds software development and operations together. We’ve compiled a DevOps roadmap that includes all the steps required to fill the shoes of a DevOps expert. As you know, DevOps is a set of practices and tools to integrate and automate processes between IT and software development teams.

In software development, the name of the game is to develop reliable systems in a fast-paced manner. As development shops have evolved to increase the speed of delivery, many organizations have embraced the Agile development practices of continuous integration and continuous deployment (CI/CD). But the very nature of fast-paced development introduces challenges — particularly around the quality and the reliability of the software being developed.

It's common practice that development environments for the same product are kept the same (or at least compatible) for smooth software development life cycle (SDLC) workflow. That brings the question, why do we need more than one environment for the same product. In today’s modern software development, it is crucial for product development teams to maintain an effective and rapid workflow if they want to gain a competitive edge in the product market.

Hyperconverged infrastructure (HCI) is a data center architecture that uses software to provide a scalable, efficient, cost-effective way to deploy and manage resources. HCI virtualizes and combines storage, computing, and networking into a single system that can be easily scaled up or down as required.

Self-hosted runners allow you to host your own scalable execution environments in your private cloud or on-premises, giving you more flexibility to customize and control your CI/CD infrastructure. Teams with unique security or compute requirements can set up and start using self-hosted runners in under five minutes.

Qovery V3, which is the most significant product evolution of the last twelve months, was launched in Alpha testing about two weeks ago now. We started gathering some feedback and also added some new functionality since then so let’s take a look on how’s going.