JUJU . IS {}

Detected CMS Systems:

Wordpress (2 occurrences)

Analyzed Page
Matching Content Categories
CMS
Monthly Traffic Estimate
How Does Juju.is Make Money
Wordpress Themes And Plugins
Keywords
Topics
Questions
Schema
Social Networks
External Links
Analytics And Tracking
Libraries
Hosting Providers

We are analyzing https://juju.is/cloud-native-kubernetes-usage-report-2021.

Title:
Juju | Kubernetes and cloud native operations report 2021
Description:
Juju is an open source orchestration engine for software operators that enables the deployment, integration and lifecycle management of applications at any scale, on any infrastructure
Website Age:
5 years and 3 months (reg. 2020-04-03).

Matching Content Categories {📚}

Technology & Computing
Telecommunications
Education

Content Management System {📝}

What CMS is juju.is built with?

Juju.is is powered by WORDPRESS.

Traffic Estimate {📈}

What is the average monthly size of juju.is audience?

🚗 Small Traffic: 1k - 5k visitors per month

Based on our best estimate, this website will receive around 1,019 visitors per month in the current month.
However, some sources were not loaded, we suggest to reload the page to get complete results.

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How Does Juju.is Make Money? {💸}

We can't see how the site brings in money.

Many websites are intended to earn money, but some serve to share ideas or build connections. Websites exist for all kinds of purposes. This might be one of them. Juju.is has a revenue plan, but it's either invisible or we haven't found it.

Wordpress Themes and Plugins {🎨}

What WordPress theme does this site use?

It is strange but we were not able to detect any theme on the page.

What WordPress plugins does this website use?

It is strange but we were not able to detect any plugins on the page.

Keywords {🔍}

responses, kubernetes, people, cloud, question, native, developer, answered, clusters, helm, dont, software, principal, cluster, gcp, management, things, advocate, kelsey, applications, operators, hightower, run, data, community, respondents, production, solution, lot, apps, operations, survey, scale, multiple, managing, running, security, time, application, ken, infrastructure, container, business, services, engineer, report, computing, team, sipe, interesting,

Topics {✒️}

community-provided templates/playbooks/scripts/packages community-provided playbooks/charts/recipes increases software quality gcp advocate conclusion cloud-hosted kubernetes usage digital solution architect subscription-based dynamic rollouts low-level configuration steps micro-service based architectures full virtual machine full lifecycle management management chose dogs principal software engineer cloud-native solution space 5% academic/teacher/student full enterprise adoption multi-cloud operations support ensure full uptime open-source software high-performance web applications open source contributor configuration management puts open source solution full size images cncf landscape open source projects advanced usage open source community removing vendor dependencies �model driven operations” model driven operations expect security-sensitive organisations configuration file management” cloud native applications job roles segmented solution engineering lead custom networking stack community-based deployment tool principal developer advocate source control gates multi-region setup unparalleled adoption rates covers prometheus/openmetrics misspent youth studying teaching mathematical logic javaone rockstar award charming t-shirt central governance model colonial pipeline hack lighter-weight implementation

Questions {❓}

Are companies contributing code back to open source projects they use?
Are you running High Availability Kubernetes clusters?
Are you running Kubernetes in an air-gapped environment?
Are you using Kubernetes in an offline environment?
As Mark Shuttleworth said in the KubeCon Operator Day keynote this year: “Kubernetes?
Bare metal?
But can you do everything you want with it?
But is that same pace being adopted by industries?
Can we take a look at this from the exact opposite angle?
Did you get this Helm chart from a trusted actor, like your operations team or is it supported by an official vendor?
Do you pay for support on your ops tools?
Do you pay for support on your ops tools?
Do you really need a lot of VM provisioning superpowers?
Do you run stateful applications in containers?
Does your team use community-provided templates / playbooks /scripts / packages?
Does your team use community-provided templates/playbooks/scripts/packages?
Hand on heart — are you wearing pyjamas right now?
How are these different from the others?
How can we optimize applications to reduce work/errors in Day 2 operations?
How can we optimize resource utilization?
How do you separate applications in Kubernetes?
How many Helm charts has your team used/modified in the last 90 days?
How many machines are you running?
How many of them would it take to create charms that cover the use cases of tens of thousands of Devs, DevOps, and SRE’s?
How many ops people does it take to screw in a Kubernetes?
How many ops people does it take to screw in a Kubernetes?
How secure is that thing?
How should that scenario be integrated into the wider estate?
I can probably name 25 different answers to the question “Why do I need multiple clusters?
If you use Kubernetes, how many production clusters do you have?
In a typical organization, who manages the cloud infrastructure?
In the infrastructure space, what does the term “substrate” mean to you?
In using the cloud, have organisations decoupled capacity and the ability to scale in a way that allows them to save money?
In which environments do you run Kubernetes clusters?
Is everybody swimming deep into the K8s ocean?
Is it on a database?
Is that how businesses think of it?
Is there a reference to “herding cats” to be made here?
Is your company contributing code back to the open source projects that you use?
I’ve got fifty cents over here, what can you do for me?
Kubernetes has APIs for attaching storage volumes or managing IP ranges, so why add the hypervisor overhead?
Kubernetes versions and upgrades: too fast or too slow?
Maybe it’s a lack of industry-standard on terminology?
On average, how many machines are in your fleet (incl VM, bare metal, etc)?
Out of the benefits they bring, which are the most important for businesses?
Public clouds or private clouds?
Remember the question where we asked people for the definition of a hybrid cloud, and almost 80% of the respondents got it right?
Size is important: How many machines and clusters are people running?
So do you really not care about what’s in that Helm chart?
So how do you do isolation or multi-tenancy in that case?
So why would it run as part of my base image?
The hardest thing with the cloud is what technology and tools and services do you pick and in what order for a given solution?
There’s enough humour in the survey that maybe they were just being funny too?
To those people, I would ask: do you have policies that you want to keep the same across those clusters?
What Kubernetes environment(s) do you target during local container development?
What are Charms?
What are the TWO most important questions that ops people should care about?
What are the top benefits of cloud native technologies for businesses?
What are the top challenges Kubernetes brings to businesses?
What are your biggest challenges when migrating to/using Kubernetes and containers?
What are your hybrid cloud or multi-cloud use cases?
What are your requirements when it comes to implementing an edge strategy?
What cloud native use cases are you working on?
What do you use?
What does the future look like?
What is Charmhub?
What is Juju?
What is cloud native storage?
What is happening in that YAML file?
What is happening in that helm chart?
What is the Charm SDK?
What is the best Kubernetes meme?
What is the best way to manage software on Kubernetes?
What is the oldest version of Kubernetes that you have running on a production cluster?
What is the solution to too many Helm charts?
What is the solution to too many helm charts?
What is your edge use case?
What is your experience with Kubernetes operators?
What is your experience with charms?
What is your preferred method for operating, upgrading, and maintaining software on Kubernetes?
What resources should be allocated to the scenario?
What size do they have for given use cases?
What things do you wish to be able to do in Kubernetes that you currently can’t?
What type of Zoomer (zoom-user) are you?
What’s the fastest way to deploy X?
Where do you run Kubernetes?
Where do you run applications in your organisation?
Where should the application run?
Which cloud-native solution space(s) have you mastered?
Which goals are most important to you and your team?
Which meme?
Which of the following do you value the most when selecting a base image of a container image?
Which of the following is the best way to make your life easier with YAML?
Which of the following sentences most accurately describes a Kubernetes operator?
Which of these cloud-native use cases are you working on now?
Which software components should be included in the scenario?
Which software components should be included in the workflow?
Which technology goals are most important?
Who is using Kubernetes and cloud native technologies?
Who manages your organisation’s cloud infrastructure?
Why are you running everything on Kubernetes?
Why do I need 75 megabytes of Python and other utilities when I just want to run my 12 megabyte Go program?
Why learn different things like Docker or docker-compose if, in the end, you want to run containers on Kubernetes?
Why would a DBA be concerned with Kubernetes?
Would you trust an operator built by an expert?
Yet Another Markdown Language?
Yaml directly?

Schema {🗺️}

Organization:
      context:http://schema.org/
      id:https://juju.is/#organization
      name:Juju
      logo:https://assets.ubuntu.com/v1/eeb4c506-Canonical-Juju-logo-2022.svg
      url:https://juju.is
      sameAs:
         https://github.com/canonical/operator/
         https://en.wikipedia.org/wiki/Juju_(software)
         https://twitter.com/juju_devops
         https://www.youtube.com/@jujucharms
WebPage:
      context:http://schema.org
      id:https://juju.is/#website
      name:Juju
      url:https://juju.is

Social Networks {👍}(17)

External Links {🔗}(55)

Analytics and Tracking {📊}

Google Analytics
Google Analytics 4
Google Tag Manager

Libraries {📚}

Video.js
Zoom.js

Emails and Hosting {✉️}

Mail Servers:

Name Servers:

ns1.canonical.com
ns2.canonical.com
ns3.canonical.com

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