LaunchDarkly announced the private preview of Warehouse Native Experimentation, its Snowflake Native App, to offer Data Warehouse Native Experimentation.
Kubernetes is increasingly important to organizations' DevOps journeys as they look to manage cloud-native container implementation. The 2021 Annual Survey(link is external) conducted by the Cloud Native Computing Foundation (CNCF) revealed that 96 percent of respondents reported using or evaluating Kubernetes. Although the uptick of Kubernetes is unprecedented, the learning curve is steep. Organizations know they will benefit from Kubernetes adoption, but they don't necessarily have the skills and technical knowledge to get started.
With so much at stake in delivering better software faster, it is important to set up for Kubernetes success from the very beginning. I asked some industry experts if they had tips on how to get started, and here are the top tips I received:
Parveen Kr. Arora, Co-Founder & Director, VVnT SeQuor
There's a lot to learn about Kubernetes. A good starting point is to use Kubernetes' own vocabulary, which people can develop proficiency with over time. The glossary in the official documentation can help anyone get up to speed on the lingo. Also, there are plenty of readily available other ways to learn Kubernetes from, i.e., articles, books, courses and more. Then one can gain expertise by acquiring professional certifications.
Erez Barak, VP of Observability, Sumo Logic, SKILup Day(link is external) Sponsor
Today, Kubernetes is a technology that has huge promise, but has a deep learning curve, and is in its early stages of maturity with some serious barriers to mainstream adoption. For organizations to get started with Kubernetes, leaders should first allocate time and investment for continuing education to give team members the time and space to up-level their skills. This continuing education provides employees a great growth opportunity and is wonderful to build a bench of skills inside of your organization.
The other way to get started is to determine a project that your team can experiment with and "play safely" with the new technology. As part of that experimentation, teams can help determine how Kubernetes will impact the rest of the organization (e.g., the processes and tooling required to deliver, run and monitor that software).
Vishnu Vasudevan, Head of Product Engineering & Management, Opsera
There are two ways to look at getting started with Kubernetes. If a person is looking into how to help their organization get started, that requires several questions to be answered beforehand. These would include things like, is containerized app development suitable for the company?
Are we directly deploying and managing Kubernetes ourselves or leveraging a Platform-as-a-Service (PaaS) approach?
Who needs to be involved, and what standard practices do we need to develop as a team?
Suppose a person is approaching how to get started with Kubernetes themselves. In that case, the first step is gaining a basic understanding of the cluster orchestration system through learning materials or online tutorials. For example, Kubernetes.io(link is external) provides an interactive tutorial that covers six learning modules that will help an individual learn a basic understanding of how to: deploy a containerized application on a cluster, scale the deployment, update the containerized application with a new software version, and debugging the containerized application. There are plenty of free and online resources the Kubernetes community has produced to help people just get started, as well as dedicated workshops and local meetups to help even the most novice of practitioners learn how it works and why it is important.
There are many considerations before adopting Kubernetes. Learning the terminology, investing in education, experimentation, and leveraging available resources online are all practical ways to get started. For more insights about what you need for Kubernetes success, join us for a full day of "how-to" learning during SKILup Day: Enterprise Kubernetes on March 17, 2022(link is external).
Industry News
SingleStore announced the launch of SingleStore Flow, a no-code solution designed to greatly simplify data migration and Change Data Capture (CDC).
ActiveState launched its Vulnerability Management as a Service (VMaas) offering to help organizations manage open source and accelerate secure software delivery.
Genkit for Node.js is now at version 1.0 and ready for production use.
JFrog signed a strategic collaboration agreement (SCA) with Amazon Web Services (AWS).
mabl launched of two new innovations, mabl Tools for Playwright and mabl GenAI Test Creation, expanding testing capabilities beyond the bounds of traditional QA teams.
Check Point® Software Technologies Ltd.(link is external) announced a strategic partnership with leading cloud security provider Wiz to address the growing challenges enterprises face securing hybrid cloud environments.
Jitterbit announced its latest AI-infused capabilities within the Harmony platform, advancing AI from low-code development to natural language processing (NLP).
Rancher Government Solutions (RGS) and Sequoia Holdings announced a strategic partnership to enhance software supply chain security, classified workload deployments, and Kubernetes management for the Department of Defense (DOD), Intelligence Community (IC), and federal civilian agencies.
Harness and Traceable have entered into a definitive merger agreement, creating an advanced AI-native DevSecOps platform.
Endor Labs announced a partnership with GitHub that makes it easier than ever for application security teams and developers to accurately identify and remediate the most serious security vulnerabilities—all without leaving GitHub.
Are you using OpenTelemetry? Are you planning to use it? Click here to take the OpenTelemetry survey(link is external).
GitHub announced a wave of new features and enhancements to GitHub Copilot to streamline coding tasks based on an organization’s specific ways of working.
Mirantis launched k0rdent, an open-source Distributed Container Management Environment (DCME) that provides a single control point for cloud native applications – on-premises, on public clouds, at the edge – on any infrastructure, anywhere.
Hitachi Vantara announced a new co-engineered solution with Cisco designed for Red Hat OpenShift, a hybrid cloud application platform powered by Kubernetes.