The only thing consistent about modern technology is the expedited rate at which it evolves. Often, you wake up to find the fresh new smartphone model replaced with a brand-new innovation promising improved flexibility, customizability, and affordability.
However, with new-and-improved tech comes limitless configuration errors and operation meltdowns without proper configuration. With tech companies and big businesses prioritizing cloud computing functions and scaling ventures, condensing and automating processes between parties is critical. An increasingly popular solution for IT teams is implementing open-source platforms like Kubernetes (K8).
Kubernetes automates container operations, eliminating tedious and time-consuming manual processes associated with application development and scaling. Companies big and small can utilize Kubernetes to navigate web-based applications that rely on connectivity and organization. If you’re looking to implement Kubernetes technology into your Linux operating system, read on for unparalleled advantages.
Benefits of Kubernetes
Wondering how Kubernetes keeps taking down opponent after opponent, dominating the container orchestration scene? This open-source container software is the first of its kind to automate essential processes for cloud-native applications. Solutions like this grant access to streamlined deployment, scaling, and management features, accelerating application dispatch.
In addition, Kubernetes systems are flexible and self-healing, with high-powered capabilities built to run on public, private, or hybrid infrastructure.
Kubernetes is an open-source orchestration platform
Kubernetes is an open-source system orchestration platform that enables deployment, scaling, and managing containerized workloads and services. In simple terms, Kubernetes is a miracle worker when it comes to automating complex application processes.
But what exactly are containers? They’re a standard software that collects coding and data, sorting critical information to streamline applications, allowing them to run smoothly. Containers are popular among DevOps enthusiasts and cloud service providers because they offer consistency, scalability, and portability when deploying applications.
Kubernetes is Google’s brainchild
Like various technical moguls, Kubernetes has its roots in Google. Initially, Google built a cluster management system (Borg), which helped it manage servers running Gmail, YouTube, and Google Search. When container technology emerged, Borg’s internal team expressed their intention to apply their findings to container management, and thus, Kubernetes was born.
Kubernetes popularity is soaring rapidly
Kubernetes is a relatively young technology tracing its roots back to the year 2014. However, in just a few years, this innovative tech took off. By its third birthday, numerous big-name corporations, like Microsoft, IBM, Oracle, Foundry, and Cisco, deployed Kubernetes to aid in cloud-computing ventures.
Today, the company traction continues, as conglomerates like Amazon, Intel, Samsung, and Docker have onboarded Kubernetes tech to streamline functions and scale company efforts.
Kubernetes is complex
Despite continued success and popularity, Kubernetes can be challenging to use and deploy, especially for non-developers. While Kubernetes developers have upgraded documentation and usability, cutting back on complex variations, using this open-source system to build and orchestrate applications will require extensive tech knowledge.
Due to Kubernetes’ steep learning curve, hiring a development team equipped with the proper tools can aid you through overly-complicated processes, allowing you to utilize Kubernetes’ high-quality system stress-free.
The bottom line
Despite a few drawbacks, Kubernetes is a highly-efficient technology that brings remarkable success to enterprises. However, to rake in maximum benefits, hire a team of experienced developers to tackle complicated processes.
