Within just five years, Kubernetes and containers have redefined how software is deployed. Researchers expect the container market to grow by 30% year over year to become a 5 billion industry by 2022. But what is the reason behind this mass adoption of container technology in the enterprise? Download whitepaper Containers are more resource efficient than virtual machines or other legacy app architectures.
Hybrid cloud allows businesses to optimise their costs associated with cloud infrastructure maintenance. It also brings many other benefits, such as business continuity, compliance, better scalability and improved agility. According to the Forrester Wave: Hybrid Cloud Management, Q4 2020, hybrid cloud is an essential technology that every modern organisation is looking for and its adoption is only expected to grow in the following years.
Portainer is an open source tool that allows for container deployment and management without the need to write code. In their recent publication, ‘How to deploy Portainer on MicroK8s’, the Portainer team share with the community how easy and fast it is to deploy Portainer on MicroK8s. In fact, the entire process only requires a single command! For a step-by-step walkthrough of the process, take a look at Portainer’s 5 minute video below. Install MicroK8s
I have seen many junior data scientists and machine learning engineers start a new job or a consulting engagement for a telecom company coming from different industries and thinking that it’s yet another project like many others. What they usually don’t know is that “It’s a trap!”. I spent several years forging telecom data into valuable insights, and looking back, there are a couple of things I would have loved to know at the beginning of my journey.
What does Netflix, eBay and Walmart have in common? They all use Elasticsearch. Elasticsearch is a real-time open-source distributed search and analytics engine built on top of Apache Lucene™, a fulltext search-engine library and developed in Java. Elasticsearch started as a scalable version of the Lucene open-source search framework that uses a structure based on documents instead of tables and schemas and comes with extensive REST APIs for storing and searching the data.
2nd February 2021: Canonical’s Ubuntu Core 20, a minimal, containerised version of Ubuntu 20.04 LTS for IoT devices and embedded systems, is now generally available. This major version bolsters device security with secure boot, full disk encryption, and secure device recovery. Ubuntu Core builds on the Ubuntu application ecosystem to create ultra-secure smart things. “Every connected device needs guaranteed platform security and an app store” said Mark Shuttleworth.
Ubuntu has evolved a lot since its early beginnings as an easier-to-use derivative of Debian that catered primarily to the nascent Linux desktop market. Today Ubuntu is deployed beyond just your laptops at home and in the office. Nowadays you are more likely to find Ubuntu in the cloud, powering some of the world’s best known enterprises and running on various IoT devices out in the field.
Contact our Kubernetes team We’re now well into 2021, and as we plan ahead for our roadmap and activities around Kubernetes for the year, it helps to look back and reflect on everything that took place for Canonical in the K8s space within the year that passed. Kubernetes has always been a crucial part of Canonical’s vision and contribution to the IT world.
Assuring the security of PostgreSQL and all open source database systems is critical as many learned with the PgMiner botnet attacks in December 2020. Having an understanding of, and visibility into, how these attacks happen and following standard best practices is the best way to make sure that your data is not at risk. This blog details the latest security issue with PostgreSQL, how to fix/prevent these attacks and how to ensure security of your PostgreSQL database instances.
OpenStack has been around for a good while now, and many of us associate it with the period of IT technology’s initial transition from individual appliance implementation on hardware, to cloud compute and virtualisation. And yet in 2020 we cannot skip this topic when talking telco infrastructure. So how is OpenStack still pertinent to telco organisations, and what in broad terms is new and exciting or worth discussing today about OpenStack?
