I recently had the pleasure of speaking at Neon DevDays, where I delved into the seamless integration between Neon and our Qovery Preview Environments (also called Ephemeral Environments). Here is an article sharing some compelling reasons why this partnership is a groundbreaking step forward for our users who rely on Postgres and the record of my presentation.
Google Cloud Platform (GCP) and Microsoft Azure are two of the leading cloud computing platforms, offering a wide range of services for businesses of all sizes. When choosing a cloud platform, it is important to consider factors such as pricing, features, performance, etc. This article will compare different services of GCP with Azure, including pricing models. We will provide a summary of the comparison in the form of a table at the end of the article.
At Qovery, we're consistently pushing boundaries to enhance developer experiences. One of our standout achievements has been accelerating deployment times, a feat we're incredibly proud of. Today, we'd like to pull back the curtain and share how we've sped up deployments by a staggering 30% through our innovative Container Image Mirroring.
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.
If you are confused about whether to go for AWS or Google Cloud (GCP) in 2023, then you should read this article. Both AWS and GCP have made tremendous progress over the past few years. There was a time when AWS was much ahead of Google, but not anymore. Google has reduced the gap to a great extent; it even surpasses AWS in some areas, especially data analytics. However, there is no one-size-fits-all answer to this problem.
The modern software landscape thrives on the efficiency and automation that Kubernetes brings to the table. Its orchestration prowess forms the bedrock of an Internal Developer Platform (IDP). However, converting this technical marvel into a developer-friendly haven is a pursuit that demands meticulous attention and a vast amount of unseen effort.
In a landscape inundated with tools and technologies, the real challenge for companies is not just about having an array of options but about ensuring these options harmoniously fit into their unique technical environments. Qovery understands this, and it’s evident in the modularity of its ecosystem. But the journey doesn’t end here. Looking ahead, Qovery envisions a paradigm shift in the way Internal Developer Platforms (IDP) are perceived and utilized.
Ever wondered how software development teams can efficiently tackle the complexities of modern development challenges? The answer lies in the Internal Developer Platforms (IDPs), a powerhouse of tools and capabilities for development and deployment. These platforms provide a comprehensive ecosystem for development and deployment, integrating key functionalities such as version control, CI/CD pipelines, container orchestration, and automated testing.
Internal Developer Platform (IDP) is a game-changing innovation that has transformed the technology landscape. In the previous article, we discussed in detail the effectiveness of these developer platforms in terms of developer efficiency, faster product releases, frequent collaboration, etc. However, one aspect that is of paramount importance, especially from the business perspective, is the ROI. The first question any manager will ask is, "What will be the ROI of investing in an IDP"?
