Category: Argocd vs spinnaker

The basic features are the same — both tools allows us to connect Git repository and sync its contents with Kubernetes cluster in a declarative way.

This is useful if you have multiple teams that provide manifests for Kubernetes or if you decide to keep application manifests along with the application code. The second difference is the scope the tools work within — Flux works only inside the cluster like typical Kubernetes Operator so it can effectively manage only one cluster.

On the other hand ArgoCD is much more powerful — one instance of ArgoCD can manage multiple clustersso you can create a nice, centralized tool to manage all your clusters from one place, which is very handy.

The GUI also visualizes all relations between the objects in the app manifests, like that:. The graph not only shows the relationships, but also state of the synchronization as well as health of the components certs, deployments, ingresses, etc. ArgoCD is also more ready for enterprise usage — it features SSO as well as builtin support for role-based access control. Both tools provide some ways to enable manifest generationhowever ArgoCD has builtin support for more tools, including kustomize, helm and ksonnet.

Using both tools we can also plug our own tools. However, even the free version of Flux has one feature that ArgoCD misses — Flux can update your container images automatically — of course we can discuss if that behavior is desired in GitOps approach, but from practical point of view it can be useful to update revision versions of less critical containers.

In ArgoCD in order to update container image version you have to commit the change to Git repo. Monitoring Prometheus alerting pipeline health using CloudWatch. It uses Git as the single source of truth and implements a bit different view on GitOps. Shortly, it covers not only Kubernetes deployments based on your configurations kept in Git but also building and pushing images of your app — of course, making the whole process repeatable and deterministic. If it sounds interesting, give it a try!

Save my name, email, and website in this browser for the next time I comment. His broad experience in the areas of software development, database design, containerization and cloud infrastructure management gives him a holistic view of a modern technology stack. In his spare time he enjoys photographyblogging and speaking on local IT-related communities.

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Repositories The basic features are the same — both tools allows us to connect Git repository and sync its contents with Kubernetes cluster in a declarative way. Clusters The second difference is the scope the tools work within — Flux works only inside the cluster like typical Kubernetes Operator so it can effectively manage only one cluster.

The GUI also visualizes all relations between the objects in the app manifests, like that: The graph not only shows the relationships, but also state of the synchronization as well as health of the components certs, deployments, ingresses, etc. Enterprise readiness ArgoCD is also more ready for enterprise usage — it features SSO as well as builtin support for role-based access control.

Introducing Argo CD — Declarative Continuous Delivery for Kubernetes

Manifest generation Both tools provide some ways to enable manifest generationhowever ArgoCD has builtin support for more tools, including kustomize, helm and ksonnet.

Updating container images However, even the free version of Flux has one feature that ArgoCD misses — Flux can update your container images automatically — of course we can discuss if that behavior is desired in GitOps approach, but from practical point of view it can be useful to update revision versions of less critical containers. Leave a Comment Click here to cancel reply Comment.

Name required. Email will not be published required. Leave this field empty. Vim-believer :. Tags alert alerting alertmanager ansible ansible operator argocd aws aws cli aws ug bash c centos cloudwatch databases esxi flux gcp gitops google cloud k8s kubernetes linux mysql open source operator operator-sdk policies powershell prelekcje prometheus recovery restore rhel rpo rto scp speeches terraform virtualization vmware vsan vsphere weaveworks wifi windows.GoCD and Spinnaker are two sought after tools in this space.

Continuous Delivery is the ability to get changes of all types—including new features, configuration changes, bug fixes and experiments—into production, or into the hands of users, safely and quickly in a sustainable way - Jez Humble.

By automating these concerns in a Continuous Delivery pipeline you are enabling your software to be releasable to production at any time. Continuous Delivery has its roots in the lean principle of value stream mapping to improve the efficiency of software delivery, by identifying and eliminating waste in the process.

argocd vs spinnaker

For organizations looking to introduce efficiency in their release engineering with CD, an understanding of their value stream is crucial. An efficient software release process must model this value stream effectively. A good visualization of the current state goes a long way in finding and removing bottlenecks. As Continuous Delivery becomes more popular as a practice, so do some of the tools that enable this practice.

GoCD and Spinnaker are two of the popular tools in this space. GoCD is a best-of-breed Continuous Delivery tool that allows you to orchestrate complex Continuous Delivery workflows.

It was the first Continuous Delivery server to provide built-in abstractions to create CD pipelines, along with value stream visualizations for you to be able to truly take stock of the efficiencies or lack of in your release process.

GoCD provides the flexibility to introduce the levels of parallelism and manual stages that specific workflows may require. The tool allows you to introduce the right mix of controls such as role based access control for critical stages, and leaves the implementation of the steps to the user.

When designing a Continuous Delivery workflow for a non-trivial software system, representing the end to end process, from a developer commit to a production deployment is key. With GoCD, you can define your build, test, and deploy stages in the same pipeline with end to end visualization of the process.

The value stream view in GoCD gives you the complete picture of your deployment pipeline including traceability and lineage of artifacts that are currently deployed on environments. Spinnaker is a best-in-class multi-cloud deployment automation tool built at Netflix to handle deployments to large clusters on AWS. Spinnaker does not model the end to end Continuous Delivery workflow.

GOTO 2017 • It’s Not Continuous Delivery If You Can’t Deploy Right Now • Ken Mugrage

You have to integrate with a Continuous Integration tool like Jenkins to automate the build and test automation stages for your CD workflow. Spinnaker provides cloud abstractions such as applications, deployments and clusters out of the box. These abstractions enable you to automate deployments relatively quickly and without the need for much scripting. Spinnaker is designed to handle deployments to popular cloud environments and allows you to define workflows for these deployments.

For large software systems, at scales close to the Netflix service, deployment is in itself a complex problem. When you are releasing software to tens of thousands of nodes, concerns such as automated deployment and rollback strategies become key. A tool that provides these abstractions out of the box can be hugely beneficial. These cloud provider implementations exist for most of the popular cloud providers. If you are looking to represent your end-to-end CD workflow with good visualizations of your value stream, artifact lineage and pipeline current state, consider GoCD.

If you are managing large scale clusters and can benefit from the Netflix style deployment patterns and cloud native abstractions, consider Spinnaker.

argocd vs spinnaker

Spinnaker focuses on one thing, deployments, and does it well. You will have to use additional tools to design an end-to-end CD workflow.Application definitions, configurations, and environments should be declarative and version controlled.

Application deployment and lifecycle management should be automated, auditable, and easy to understand. Follow our getting started guide. Further user oriented documentation is provided for additional features. If you are looking to upgrade ArgoCD, see the upgrade guide. Developer oriented documentation is available for people interested in building third-party integrations.

Argo CD follows the GitOps pattern of using Git repositories as the source of truth for defining the desired application state. Kubernetes manifests can be specified in several ways:. Argo CD automates the deployment of the desired application states in the specified target environments. Application deployments can track updates to branches, tags, or pinned to a specific version of manifests at a Git commit.

See tracking strategies for additional details about the different tracking strategies available. For a quick 10 minute overview of Argo CD, check out the demo presented to the Sig Apps community meeting:. Argo CD is implemented as a kubernetes controller which continuously monitors running applications and compares the current, live state against the desired target state as specified in the Git repo.

A deployed application whose live state deviates from the target state is considered OutOfSync. Any modifications made to the desired target state in the Git repo can be automatically applied and reflected in the specified target environments.

Why Argo CD?Argo: Container-native workflows for Kubernetes. Argo is an open source container-native workflow engine for getting work done on Kubernetes.

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Argo is implemented as a Kubernetes CRD Custom Resource Definition ; Spinnaker: Multi-cloud continuous delivery platform for releasing software changes with high velocity and confidence. Created at Netflix, it has been battle-tested in production by hundreds of teams over millions of deployments. It combines a powerful and flexible pipeline management system with integrations to the major cloud providers.

Argo belongs to "Container Tools" category of the tech stack, while Spinnaker can be primarily classified under "Continuous Deployment". Argo and Spinnaker are both open source tools. Spinnaker with 6. Argo vs Spinnaker: What are the differences? Pros of Argo. Pros of Spinnaker. Pros of Argo No pros available. Pros of Spinnaker 5. Sign up to add or upvote pros Make informed product decisions. Cons of Argo. Cons of Spinnaker. Cons of Argo No cons available. Cons of Spinnaker 2.

Spinnaker or Gennaker?

Sign up to add or upvote cons Make informed product decisions. What is Argo? What is Spinnaker? What companies use Argo? What companies use Spinnaker? Sign up to get full access to all the companies Make informed product decisions. What tools integrate with Argo? What tools integrate with Spinnaker? Sign up to get full access to all the tool integrations Make informed product decisions. What are some alternatives to Argo and Spinnaker?

Use Airflow to author workflows as directed acyclic graphs DAGs of tasks. The Airflow scheduler executes your tasks on an array of workers while following the specified dependencies.

Rich command lines utilities makes performing complex surgeries on DAGs a snap. The rich user interface makes it easy to visualize pipelines running in production, monitor progress and troubleshoot issues when needed. Flux is the application architecture that Facebook uses for building client-side web applications.

It complements React's composable view components by utilizing a unidirectional data flow. It's more of a pattern rather than a formal framework, and you can start using Flux immediately without a lot of new code.

In a nutshell Jenkins CI is the leading open-source continuous integration server. Built with Java, it provides over plugins to support building and testing virtually any project.A spinnaker is a sail designed specifically for sailing off the wind from a reaching course to a downwind, i.

The spinnaker fills with wind and balloons out in front of the boat when it is deployed, called flying. It is constructed of lightweight fabric, usually nylonand is often brightly coloured. It may be optimised for a particular range of wind angles, as either a reaching or a running spinnaker, by the shaping of the panels and seams. The spinnaker is often called a kiteor a chute as in cruising chute because it somewhat resembles a parachute in both construction and appearance.

This should not be confused with the spinnaker chute, which is a hull fitting sometimes used for launching and recovering the spinnaker. A purported etymology has the first boat to carry this sail being a Cowes yacht named Sphinxfrom which "Sphinx's Acre" and eventually "Spinnaker". A spinnaker is used for sailing with the direction of the wind. Symmetrical spinnakers have large amounts of cambermaking them nearly hemispherical.

Both lift and drag propel the boat forward when moving with the wind. Reaching spinnakers have less camber as they operate within an airflow that generates lift. A well designed spinnaker will have taut leading edges when filled; leading edges that curl in will both reduce the lift and risk of collapse of the spinnaker.

Such a sail will also have a smooth curve when filled, with no bubbles or depressions caused by inconsistent stretching of the fabric. Any deviations from a smooth curve will cause the airflow over the leeward side of the sail to separate causing a reduction in lift and reduced performance. There are two main categories of spinnakers, symmetric and asymmetric depending on whether a plane of symmetry exists for that particular sail.

Asymmetric spinnakers operate more like a jib, generating lift from the side, rather than the top like a symmetric spinnaker. This makes asymmetrics a better choice on reaching courses than symmetric spinnakers, which excel when running.

While a fully equipped racing boat might have a number of spinnakers, both symmetric and asymmetric, to cover all courses and wind conditions, cruising boats almost always use an asymmetric, due to the broader application and easier handling afforded by the asymmetric. The symmetric one is the most classic type, running symmetrical alongside the boat controlled by lines known as a sheet and a guy running from the lower two corners of the sail. The windward line, or guy, is attached to the corner called the tack of the sail, and is stabilized by a spinnaker pole.

The leeward downwind line is called the sheet. It attaches to the clew of the spinnaker and is used to control the shape of the sail.

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The spinnaker pole must be moved in each gybeand is quite difficult for beginners to use. However, it can be sailed in all downwind wind directions. Symmetric spinnakers when sailing across the wind reaching develop most of their lift on the forward quarter, where the airflow remains attached.

When correctly set for reaching, the leading edges of a symmetric spinnaker should be nearly parallel to the wind, so the flow of air over the leading edge remains attached.

When reaching, the sail camber allows only some attached flow over the leeward side of the spinnaker. On running the spinnaker is angled for maximum drag, with the spinnaker pole at right angles to the apparent wind. The symmetric spinnaker also requires care when packing, since the three corners must be available on the top of the packing.

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Asymmetrical spinnaker resembling large jibs and flown from spinnaker poles are not a new idea and date back to at least the 19th century.

However in the s a new concept appeared, starting with the Sydney Harbour 18ft Skiff fleet. Since the s many faster sailing craft, starting with catamaran classes, had discovered that it is faster to sail downwind on a series of broad reaches with efficient airflow across the sail rather than directly downwind with the sails stalled.

This technique had developed to the extent that in bar conversation at the end of one season Andrew Buckland observed that the 18s had sailed all season without pulling the spinnaker pole back from the forestay and that all the systems could be simplified by eliminating the pole and setting the spinnaker from a fixed but often retractable bowsprit.

The concept quickly evolved to a sail with a loose luff much more like a conventional spinnaker than the old jib style asymmetric sails.But how can we achieve increased velocity in deployment while also taking care of things like infrastructure as code, immutability, portability and security? Why try? When we talk about continuous integration CI and continuous deployment CDa myriad of tools is available, and each of them has a slightly different scope. Argo CD in contrast is roughly one year old at the time of writing.

It serves the very specific use case of syncing a Git repository with a Kubernetes cluster. We merely want to highlight tools you might have never heard of and revisit popular tools you probably use already. At inovex we are always on the lookout for tools that solve problems. Therefore, we selected the following tools to be featured in this post:.

Right off the bat, we can identify Spinnaker as by far the oldest of this ensemble. The other tools did not exist before last year.

All four tools share their open source licence. That includes the Gitlab CI components including pipelines and runners as well as the classic Jenkins, among others. It was originally developed at Netflix after they noticed Spinnakers predecessor Asgard could not keep up with the requirements for modern cloud deployment on AWS.

The main focus of Spinnaker is to provide a cloud-agnostic way for deploying generic concepts like servers, server groups, load balancers and machine images to different providers. By utilizing a plugin concept for so-called cloud drivers, the development of Spinnaker features is decoupled from their implementation in plugins for e.

Because of this vast selection of different cloud providers inside Spinnaker, it can be used as a central tool for multiple teams.

These teams can each have their preferences on which cloud provider they want to use and which steps their pipeline should consist of. Nevertheless, templates for pipelines containing company best practices can be managed and provided centrally.

The configuration of all these parts for the end user happens trough Deck, Spinnakers UI component. Notice that this means there is no GitOps or infrastructure as code approach implemented in Spinnaker itself, even though pipelines can be triggered based on Git webhooks.

The Halyard Command Reference gives a first impression of the complexity one can achieve with a Spinnaker setup.

In the context of Kubernetes-native CD, the cloud driver for Kubernetes comes into play. It allows for the direct monitoring and management of ReplicaSets and Pods in your destination cluster.

In a blog post about common misconceptions about SpinnakerKostis Kapelonis explains how Spinnaker uses third party build tools like Jenkins or Travis in order to not reinvent the wheel for CI. These plugins together with the component-based architecture of Spinnaker and its fine-grained configuration options make it extremely versatile, but also very complex to operate. Additionally, all training materials seem to heavily focus on the UI. We also mentioned the lack of Infrastructure as Code support.

On the plus side, the documentation for Spinnaker is very extensive and mature.

argocd vs spinnaker

As an alternative to Spinnaker, Argo CD tries to fit right in. Argo CD is the next tool on our list. They explained their reasons for this decision in a talk at KubeCon North America Long story short: Spinnaker was too slow and too heavyweight for them.

Therefore, Argo CD is solely developed to work on Kubernetes. The basic principle of Argo CD is as simple as it gets. After you installed the tool to your cluster, you can manage your applications as follows: There are Kubernetes manifests that describe your app in a Git repository.

argocd vs spinnaker

The very same manifests are applied to your Kubernetes cluster, which satisfies the principle of infrastructure as code.Developers describe Spinnaker as " Multi-cloud continuous delivery platform for releasing software changes with high velocity and confidence ". Created at Netflix, it has been battle-tested in production by hundreds of teams over millions of deployments. It combines a powerful and flexible pipeline management system with integrations to the major cloud providers.

On the other hand, wercker is detailed as " Build, test, and deploy container-native applications ". Spinnaker can be classified as a tool in the "Continuous Deployment" category, while wercker is grouped under "Continuous Integration".

Spinnaker is an open source tool with 6. Here's a link to Spinnaker's open source repository on GitHub. Spinnaker vs wercker: What are the differences? Pros of Spinnaker. Pros of wercker. Pros of Spinnaker 5. Pros of wercker Sign up to add or upvote pros Make informed product decisions. Cons of Spinnaker. Cons of wercker. Cons of Spinnaker 2. Cons of wercker No cons available. Sign up to add or upvote cons Make informed product decisions. What is Spinnaker? What is wercker?

What companies use Spinnaker? What companies use wercker? Sign up to get full access to all the companies Make informed product decisions.

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What tools integrate with Spinnaker? What tools integrate with wercker? Sign up to get full access to all the tool integrations Make informed product decisions. What are some alternatives to Spinnaker and wercker?

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In a nutshell Jenkins CI is the leading open-source continuous integration server. Built with Java, it provides over plugins to support building and testing virtually any project.

Rancher is an open source container management platform that includes full distributions of Kubernetes, Apache Mesos and Docker Swarm, and makes it simple to operate container clusters on any cloud or infrastructure platform.

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With Terraform, you describe your complete infrastructure as code, even as it spans multiple service providers. Terraform will build all these resources across all these providers in parallel. GitLab offers git repository management, code reviews, issue tracking, activity feeds and wikis.

A single GitLab server can handle more than 25, users but it is also possible to create a high availability setup with multiple active servers. Argo is an open source container-native workflow engine for getting work done on Kubernetes.


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