Why open-source technology kubernetes is leading the way

Coding academy Moringa School will host the third edition of Nairobi Tech Week next month, aimed at bringing together all in the tech ecosystem in one space to foster conversations and learnings around various relevant technology-related topics…

Kubernetes has come a long way since 2015 and its popularity really took off in 2017, with GitHub announcing in August 2017 that they would be transitioning entirely onto the Kubernetes platform. Other well-known enterprises and systems running on the platform include Pokémon Go, The New York Times and eBay.

Rosch believes that due to developers caring less about where their code is running and instead preferring to focus more on writing good quality code, Kubernetes allows for businesses to achieve a shorter time to market for their products, with the added benefit of being able to easily scale as demand grows.


“Many cloud providers and tech companies have developed container orchestration platforms similar to Kubernetes. These often come with the caveat of vendor lock-in or environment limitations; whereas Kubernetes runs on most current cloud providers such as AWS, Azure, GCE, etc. and can be deployed on-premises on both VMs and bare metal machines.”

As the popularity of Kubernetes has grown, both locally and internationally, so it has become a must-have skill in 2018 for technical professionals of all levels. A key benefit of Kubernetes is the abstraction it brings from the underlying hosting infrastructure.

"Development teams can focus on writing business logic in the framework and language of their choice; irrespective if they are testing on their laptop, integrating on a development server or running production in a public cloud or private datacentre. Should they move to a new team or environment, the infrastructure will function in the same manner.”

Essentially, the popularity of Kubernetes has grown to such an extent that cloud providers are offering managed Kubernetes clusters at the cost of the underlying infrastructure. Regarding the evolution of containers, Rosch believes that the natural order of progression has gone from simple executables to containers and now to serverless applications.

“It’s clear though that this discrimination between serverless and containerised applications as the path to the future may be open to debate. In late 2017 at re: Invent event, AWS announced a new service called AWS Fargate, which allows one to run containers without provisioning any virtual machines or physical hardware. This allows for serverless containers to run. In the same announcement, AWS announced that in 2018 Fargate will also support AWS EKS, a managed Kubernetes service. In the near future, the collaboration between serverless and containerisation technologies may open unique opportunities.”

Kubernetes uses best-practices such as infrastructure-as-code, service discovery, health checks and load-based auto-scaling. Rosch explains this means it is an ideal enabler for enterprises who want to move from a traditional enterprise mode, where developers and operations are separated, to a modern DevSecOps model. “Unfortunately, integrating these best-practices into the day-to-day workflows of developers and operations personnel initially adds complexity. Experienced teams are therefore critical to ensuring success.”