Austin, Texas – 3rd of March 2022 – OpenStack is dead! A masked man in a black cloak with “public clouds”, “containers” and ”serverless” inscriptions shot OpenStack straight in the heart. OpenStack fell to the ground and with the last moment of strength exclaimed: “Long live open infrastructure”!
That could be a headline of a tabloid, would you agree?
OpenStack is dead. We’ve all heard about that. It’s gone. It’s abandoned. It’s been dominated by public clouds. The world does no longer need OpenStack. The word only needs containers, serverless or the next cutting-edge technology (whatever it’s going to be). The world doesn’t like OpenStack anymore. OpenStack is an obsolete technology. It is antiquated, passe and definitely no longer sexy.
What is the problem then? Well, the problem is that none of these things is real.
Before we move any further, let’s step back for a while and consider objective and independent statistics around OpenStack.
According to Statista, OpenStack is the most popular open-source cloud platform and its adoption has grown steadily in recent years. As of 2020, 30% of survey respondents confirmed that they are using OpenStack in production.
As mentioned many times by the Open Infrastructure Foundation, OpenStack continues to be one of the three most actively developed open-source projects in the world. Only the Linux kernel and Chromium achieve the same level of contribution.
Based on the OpenStack User Survey results from 2021 there are more than 25M cores running in production now on the top of the OpenStack-based infrastructure. The deployments vary from a few to thousands of nodes.
According to the same survey, more than 100 production OpenStack clouds were deployed in 2021. Despite the global pandemic and uncertainty on the market, OpenStack has managed to grow and survive the difficult times.
OpenStack was originally founded in 2010, meaning it’s going to celebrate its 12-year anniversary this year. That is a lot in the software space. How many other so mature open-source software projects could you call? Linux, Bash, Vim, KVM …
Based on the report by Market Research Future, OpenStack continues to grow at the compound annual growth rate (CAGR) of 29%. Its global business, including solutions and services, is expected to reach $8M in 2023.
Where do these numbers come from? Who uses OpenStack then? In short, telcos, local service providers, hardware manufacturers, car manufacturers, financial institutions, government institutions and companies in retail, transportation and healthcare industries. OpenStack is actively being used across various market sectors all over the world.
The following are examples of companies that deployed Charmed OpenStack in 2021 together with Canonical.
On the 5th of November 2020 MTS – Russia’s largest mobile operator and a leading provider of media and digital services – announced the selection of Canonical’s Charmed OpenStack to power the company’s next-generation cloud infrastructure. MTS leverages Charmed OpenStack’s advanced lifecycle management capabilities and flexible cloud-native architecture to better enable multi-vendor and cross-platform integration.
Victor Belov, CTO at MTS, said: “The selection of OpenStack is another step forward in our strategy to migrate towards open source software. Building an ecosystem based on OpenStack will speed up our technology adoption, lay a foundation for future 5G rollout, and enhance our network’s edge compute capabilities. This solution will also enable us to improve virtualization cost effectiveness, as well as expand our ability to leverage a wide variety of virtual platforms.”.
In 2022 Nayatel – one of Pakistan’s leading telecom provider who was first to offer FTTH, HD and 4K video on demand and online gaming optimisation – completed the deployment of Pakistan’s first local public cloud. Aiming to meet the demand for a homegrown public cloud service, Nayatel partnered with Canonical to build an enterprise-grade OpenStack platform. The new public cloud is the country’s first truly cost-effective service to deliver the same level of capabilities as big-name global cloud competitors, while also offering the security, low latency, and superior customer service that can only come from a local provider.
Jahanzeb, VP Operations at Nayatel, said: “The cloud ecosystem in Pakistan is relatively underdeveloped. There are a number of providers, but their services are either prohibitively expensive or unable to deliver the technical capabilities that people expect. As a result, we had a lot of customers approach us and say they were being forced to use cloud providers outside Pakistan.”.
With researchers increasingly relying on the university’s OpenStack platform for their work,
King Abdullah University of Science and Technology (KAUST) switched in 2021 away from its homegrown solution and adopt third-party support. Ubuntu familiarity alongside superior economics made Charmed OpenStack and Ubuntu Advantage the natural choice for KAUST. With OpenStack and Kubernetes supported by Canonical, the university has eliminated the complexity from managing, scaling, and upgrading its cloud environment, while delivering the high levels of availability and performance that researchers need.
Arindam Chakraborty, Senior Systems Specialist at KAUST said: “Canonical was just a natural fit with what we were already running. The software would be the same, just configured and optimized differently, so we could continue to leverage our existing knowledge. What’s more, Canonical offered the best server/annum cost on the market for the level of support we were looking for, and we could fully utilise our existing hardware and networking with no extra costs.“.
So is OpenStack dead? Of course, it’s not. In fact, OpenStack is doing very well. It continues to be developed. It continues to be supported. And it continues to be widely adopted by various types of organisations all over the world.
Why do we keep hearing that OpenStack is dead if it is obviously not the case? Because it is no longer at the forefront of technology. It’s hidden in the depths of data centres, serving as a foundation for Kubernetes, AI/ML stack and telco NFV.
Same as many other open-source technologies. Same as KVM, for example. Is KVM at the forefront of technology these days? Of course, it’s not. Yet it powers the entire Google Cloud with millions of workloads running there every day.
It is important to separate hype from real usage when considering technology adoption, and OpenStack is a really good example of that.
Now that you’ve learned that OpenStack is a living thing and has a bright future ahead, you might be wondering where to find more information about it.
Here are some useful links for you:
Remember, the future of OpenStack is in your hands!
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