Webinars

In this session we will explore how you can orchestrate an end to end release process with the end result being a deployment of your application using Cloud based container services and serverless technologies like Fargate and Cloud Run.

Are you looking for better control of your release delivery? Would you like to deploy new features to a specific subset of users before being deployed more broadly? Come join us as we explore Progressive Delivery!

Jenkins is the most popular Continuous Integration (CI) tool in the world, and many people have tried to extend Jenkins to handle Continuous Delivery. But Jenkins was not designed to deploy changes - especially at scale.

The increasing adoption of Kubernetes has given rise to different deployment models and methodologies. The GitOps methodology is gaining popularity since governance, risk, and compliance (GRC) is a must requirement for enterprises implementing continuous delivery.

Your developers have adopted containers and microservices applications. You have implemented continuous integration tools like Jenkins. But your software delivery is still slow due to high ceremony release approvals,

Spinnaker excels at automating software deployments for multi-cloud environments. Terraform is great for automating infrastructure updates and should also be used in the software delivery process.

Kubernetes is great for container automation, but to run Kubernetes services, you need to deploy them! That’s exactly what Spinnaker is for.

Is your team challenged to increase release velocity while, at the same time, asked to reduce the number of errors that slip through to production?

Spinnaker is a tremendous deployment tool, enabling enterprises of any size to promote application releases to large scale infrastructure

Security permeates - or at least should run through - every aspect of software development, delivery, and operations. Be sure to secure your continuous delivery (CD) process and tools as much as your development and operations processes. Without a secure CD solution, your efforts in the other parts of the software process are at risk.

Deploying applications reliably and quickly is a challenge for every organization. Reducing risk with release verification, manual approvals, and policy checking hasn’t solved the problem and too frequently simply slows the process.

The potential of the computing edge is now available to enterprises. 5G rollouts, AI/data processing near end users, and enterprise wireless networks help “bring the cloud closer to the customer” and create a large number of possible new services, but also bring large technical hurdles.

Jenkins is the most popular Continuous Integration (CI) tool in the world, and many people have tried to extend Jenkins to handle Continuous Delivery. But Jenkins was not designed to deploy changes - especially at scale.

Spinnaker is a tremendous deployment tool, enabling enterprises of any size to promote application releases to large scale infrastructure However, Spinnaker has been considered complex and difficult to use; most people agree that it can save tremendous time once it has been deployed, but many people feel the learning curve is just too steep and takes too long

As part of its Cloud-native transformation, Cisco needed to modernize its software delivery process. Scalability, multi-cloud deployment to its OpenShift environment and public clouds, and the ability to support Cisco’s extensive policy, compliance, and security requirements made open source Spinnaker a logical choice for a modern continuous delivery platform.

Spinnaker is not a build server, the architecture was never designed that way. Spinnaker complements the existing Jenkins ecosystem and uses Jenkins behinds the scenes.

Enterprises are moving away from big software releases that take long release cycles to continuous delivery (CD) model having short incremental releases. Spinnaker, an open source, multi-cloud continuous delivery platform for releasing software changes with high velocity and confidence is playing a major role in this regard.

Spinnaker is an open source, multi-cloud continuous delivery platform for releasing software changes with high velocity and confidence.

Spinnaker as an advanced deployment tool, enabling enterprises of any size to promote application releases to large scale infrastructure with single or multi-cloud nature.

Enterprises turn to containers to modernize their applications and typically select Red Hat OpenShift for Kubernetes-native infrastructure

Jenkins is currently the most popular Continuous Integration (CI) tool with an extensive community and catalog of plugins. Spinnaker is a Continuous Deployment (CD) tool, providing the ability to manage continuous deployment pipelines with multiple deployment strategies and the ability to roll back easily to previous versions.

Deploying using scripts in Jenkins becomes more and more challenging with Kubernetes and cloud infrastructure. While Open Source Spinnaker (OSS) is an excellent choice for POC, OSS lacks many business-critical functions required for production use. Moreover, the lack of simple self-service application on-boarding becomes an adoption bottleneck, particularly when dealing with large numbers of applications.

A question often asked about open-source projects: What will encourage individuals to join an open-source project and contribute to said project? Contributor experience is at the heart of open-source communities.

Spinnaker is an open-source, multi-cloud continuous delivery platform for releasing software with high velocity and confidence being adopted by thousands of companies around the world to modernize their application delivery processes.

Helm, a popular packaging tool for Kubernetes, helps you manage Kubernetes applications. Using Helm Charts you can define, install, and upgrade even the most complex Kubernetes applications. Installing Spinnaker is usually a pretty long process, but using a Helm Chart it can be deployed to Kubernetes in less than 30 minutes.

A key reason many enterprises adopt Spinnaker is its ability to automate software releases for multi-cloud environments.

Enterprises are embracing Spinnaker for its high scalability, reliable multi-cloud deployments, and automation of pipelines that allow DevOps teams and developers to focus on core work, without having to worry about underlying cloud infrastructure

The world has moved to Agile software development models. That means faster and shorter builds and release cycles, more frequent deployments, and more frequent changes to production. Continuous Delivery (CD) platforms help DevOps teams manage software releases in short cycles, ensuring they are delivered quickly, but equally important, safely and reliably.

Spinnaker is an open source continuous delivery platform, originally developed by Netflix, that enables enterprises to release software faster and more reliably. One of the great benefits of Spinnaker is that it allows developers to focus on writing code without having to worry about the underlying cloud infrastructure.

The increasing adoption of Kubernetes has given rise to different deployment models and methodologies. With the need for auditability, traceability, version control, configuration management in enterprises, the GitOps methodology is gaining popularity in application delivery on Kubernetes.

The world has moved to Agile software development model. That means faster and shorter builds and release cycles. This also means more frequent deployments leading to more frequent changes to production. As changes are frequent, the reliable changes to production deployment becomes imperative.

Enterprises are increasingly under pressure to deliver faster to the market. Engineering organizations are trying to achieve these goals with the modernization of applications architecture through adoption of micro services and cloud-native paradigm.

Continuous Verification (CV) which enables automatic testing and verification of deployments, can reduce and potentially eliminate the post-deployment actions and accelerate the pace and reliability of software delivery. To help enable teams with the Continuous Verification process, OpsMx introduced its proprietary tool Auto-pilot. Auto-pilot analyses data from any CI/CD tool and uses automated testing methods to look for anomalies and failures.

In this new interactive tech talk, OpsMx Director of Engineering, Nirmayla Sen, and CTO Gopi Rebala discussed enterprise adoption of microservices and how Spinnaker is helping companies around the world to release software changes with high velocity and confidence, and accelerate their release cadence - be it once a month, week or day

Enterprises across the world are embracing microservices and the cloud-native paradigm to meet the ever increasing demand for faster software delivery and increased efficiency. In this learn how Spinnaker, in a production environment, can help you release faster with increased confidence and lower risk

Across industries, release velocity is increasing, but so are failure rates due to incorrect deployments. Cloud Foundry concepts map to Spinnaker and in our upcoming webinar, we’ll be discussing how easy it is for users to roll back deployments.

Spinnaker, an open source, multi-cloud continuous delivery platform for releasing software changes with high velocity and confidence, is playing an important part in this change.Watch this on-demand webinar to learn how Spinnaker can help you release faster with increased confidence and lower risk.

In this on-demand webinar, Learn how to reduce the cumbersome process of installing Spinnaker in OpenShift in a few simple steps and enable Spinnaker to be managed in an effective, automated, and scalable way when deployed to OpenShift environments with the Spinnaker Operator

In this on-demand webinar, learn about how Spinnaker Operator allows Spinnaker CD to be managed in an effective, automated, and scalable way when being deployed to Kubernetes or OpenShift environments.

In this webinar, Gopinath Rebala, CTO of OpsMx presented an overview of the strategic planning framework OpsMx uses to manage some of the largest Spinnaker deployments with clients around the world.

In this webinar, we will cover the new integration that allows one to run the Terraform Infrastructure plan as part of the Spinnaker pipeline. This integration is run with OSS Spinnaker.

In this webinar, we will discuss an emerging topic called Continuous Verification and why it is crucial for your deployments and how to enable it for your CI/CD platform

In this webinar learn how to accelerate Application Deployment to AWS EKS with Spinnaker.

In this webinar, Balaji Siva from OpsMx and Kamesh Pemmaraju, Eric Bannon from Platform9 speak about how to leverage Kubernetes and Spinnaker to roll out CI/CD-as-a-service on Kubernetes across the enterprises and continuous Verification through Autopilot.

In this webinar, learn how to integrate Terraform with Spinnaker and accelerate your continuous delivery journey while leveraging the power of opensource supported by vibrant community.

In this webinar, we will discuss an emerging topic called Continuous Verification and why it is crucial for your deployments and how to enable it for your CI/CD platform.

This Tech Talk is conducted by Red Hat Openshift team. This is an OpenShift Commons Briefing. Hear from Gopinath Rebala as he explains about deploying applications faster on OpenShift via Spinnaker CD.

Spinnaker is an open source CI/CD tool to automate and accelerate multi-cloud software delivery. Spinnaker supports deploying to AWS, GCP, Azure, and Kubernetes among other providers. In this tech talk, you will learn how to deploy to AWS EKS using Spinnaker.

Enterprises looking to modernize their continuous delivery are considering Spinnaker. Beyond a single group using Spinnaker, you may want to roll out Spinnaker CD as a service for your entire organization

Your developers have adopted containers and microservices applications. You have implemented continuous integration tools like Jenkins. But your software delivery is still slow due to high ceremony release approvals, manual judgment of releases and myriad of scripts to roll-out and roll-back cloud deployments into OpenShift and other clouds.