By Rafael Benevides and Edson Yanaga
Yes, Docker is great. We are all very aware of that, but now it’s time to take the next step: wrapping it all and deploying to a production environment. For this scenario, we need something more. For that “more,” we have Kubernetes by Google, a container platform based on the same technology used to deploy billions of containers per month on Google’s infrastructure. Ready to leverage your Docker skills and package your current Java app (WAR, EAR, or JAR)? Come to this session to see how your current Docker skill set can be easily mapped to Kubernetes concepts and commands. And get ready to deploy your containers in production.
By Rafael Benevides and Christian Posta
A lot of functionality necessary for running in a microservices architecture have been built into Kubernetes; why would you re-invent the wheel with lots of complicated client-side libraries? Have you ever asked why you should use containers and what are the benefits for your application? This talk will present a microservices application that have been built using different Java platforms: WildFly Swarm and Vert.x. Then we will deploy this application in a Kubernetes cluster to present the advantages of containers for MSA (Microservices Architectures) and DevOps. The attendees will learn how to create, edit, build, deploy Java Microservices, and also how to perform service discovery, rolling updates, persistent volumes and much more. Finally we will fix a bug and see how a CI/CD Pipeline automates the process and reduces the deployment time.
By Rafael Benevides and Edson Yanaga
Yes, Docker is great. We are all very aware of that, but now it’s time to take the next step: wrapping it all and deploying to a production environment. For this scenario, we need something more. For that “more,” we have Kubernetes by Google, a container platform based on the same technology used to deploy billions of containers per month on Google’s infrastructure. Ready to leverage your Docker skills and package your current Java app (WAR, EAR, or JAR)? Come to this session to see how your current Docker skill set can be easily mapped to Kubernetes concepts and commands. And get ready to deploy your containers in production.
By Rafael Benevides and Christian Posta
A lot of functionality necessary for running in a microservices architecture have been built into Kubernetes; why would you re-invent the wheel with lots of complicated client-side libraries? Have you ever asked why you should use containers and what are the benefits for your application? This talk will present a microservices application that have been built using different Java platforms: WildFly Swarm and Vert.x. Then we will deploy this application in a Kubernetes cluster to present the advantages of containers for MSA (Microservices Architectures) and DevOps. The attendees will learn how to create, edit, build, deploy Java Microservices, and also how to perform service discovery, rolling updates, persistent volumes and much more. Finally we will fix a bug and see how a CI/CD Pipeline automates the process and reduces the deployment time.
Architecting the Future: Abstractions and Metadata - BSidesKCDaniel Barker
Kubernetes and Docker are two of the top open source projects, and they’re built around abstractions and metadata. These two concepts are the key to architecting in the future. Come with me as I dig a little deeper into these concepts within k8s and Docker and provide some examples from my own work.
Becoming a Plumber: Building Deployment Pipelines - All Day DevOpsDaniel Barker
A core part of our IT transformation program is the implementation of deployment pipelines for every application. Attendees will learn how to build abstract pipelines that will allow multiple types of applications to fit the same basic pipeline structure. This has been a big win for injecting change and updating legacy applications.
Developer joy for distributed teams with CodeReady Workspaces | DevNation Tec...Red Hat Developers
Enabling teams on projects has been often challenging due to hardware configurations, software dependencies, and lack of documentation. In this session, we'll show you how admins can easily provide CodeReady Workspaces, a multi-tenant in-browser IDE system on top of OpenShift. CodeReady Workspaces can get Developers comfortably started with coding and testing their changes in Kubernetes-containerized environments (workspaces), and deploying their apps to the Platform.
Becoming A Plumber: Building Deployment Pipelines - LISA17Daniel Barker
A core part of our IT transformation program is the implementation of deployment pipelines for every application. Attendees will learn how to build abstract pipelines that will allow multiple types of applications to fit the same basic pipeline structure. This has been a big win for injecting change and updating legacy applications.
Use GitLab with Chaos Engineering to Harden your Applications + OpenEBS 1.3 ...MayaData Inc
If you were not at the GitLab Commit conferences in New York and London, here’s an opportunity to attend our popular talk on using chaos engineering in Gitlab pipelines for faster hardening. As cloud native applications are coming to life faster than anyone could have imagined, the explosion of microservices empowers developers while also making it increasingly difficult to build pipelines that validate changes outside of their (or their SREs') control.
Chaos engineering has emerged as a way to introduce faults into systems to increase their resiliency and Litmus, part of OpenEBS Enterprise Platform, can shake out a lot of bugs.
We are also glad to announce that OpenEBS 1.3 has been released and we will review the new features added.
In this WebHack talk I shared my experience about microservices, Docker, Kubernetes and Kong, an API gateway by Mashape. Since they are based on a real working system, this slides is majorly for how to build the whole thing up, not about detailed internal implementation. Although I included some details and reference in order to make it more comprehensive.
When to use Serverless? When to use Kubernetes?Niklas Heidloff
Slides of a session that I have given/will give at various developer conferences in H1 2018.
Niklas Heidloff
http://twitter.com/nheidloff
http://heidloff.net
Summary Article
http://heidloff.net/article/when-to-use-serverless-kubernetes
OpenWhisk
https://openwhisk.apache.org
https://github.com/ibm-functions/composer
https://github.com/nheidloff/openwhisk-debug-nodejs
Kubernetes
https://kubernetes.io
https://istio.io
IBM Cloud
http://ibm.biz/nheidloff
Abstract
There is a lot of debate whether to use Serverless or Kubernetes to build cloud-native apps. Both have their advantages and unique capabilities which developers should take into consideration when planning new projects. We will throw some light on the topics ease of use, maturity, types of scenarios, developer productivity and debugging, supported languages, DevOps and monitoring, performance, community and pricing. Cloud-native architectures shift the complexity from within an application to orchestrations of Microservices. Both Kubernetes and Serverless have their strengths which we will discuss. Besides the core development topics, developers should also understand operational aspects how complicated it is to maintain your own systems versus using managed platforms.
Architecting the Future: Abstractions and Metadata - KCDCDaniel Barker
Kubernetes and Docker are two of the top open source projects, and they’re built around abstractions and metadata. These two concepts are the key to architecting in the future. Come with me as I dig a little deeper into these concepts within k8s and Docker and provide some examples from my own work.
Kubernetes Overview - Deploy your app with confidenceOmer Barel
In this presentation I explain the basics of the Kubernetes platform, alongside a dive into the core primitives (building blocks) you use, as well as yaml examples for each primitive
Kubernetes is a popular open source platform for container orchestration — that is, for the management of applications built out of multiple, largely self-contained containers. Here I describe how is possible integrate application into k8s infrastructure
Developing Serverless Applications on Kubernetes with KnativeVMware Tanzu
Serverless computing has become a hot topic in developer communities. The use of ephemeral containers eliminates the need for always-on infrastructure.
But the real payoff for serverless is greater code simplicity and developer efficiency. Sounds great! Except the open-source serverless framework space is crowded and complex. Each unique offering approaches functions differently, with varying methods for triggering, scaling, and event formatting. How is that efficient?
One thing that most everybody can agree on is to build on top of Kubernetes. With that as the only common ground though, there is still too much fragmentation for developers to wade through when deciding on the right open source serverless solution.
That's where Knative comes in. An open-source project from Google, Pivotal, and other industry leaders, Knative provides a set of common tooling on top of Kubernetes to help developers build serverless applications.
It extends Kubernetes by combining Istio with Custom Resource Definitions to enable a higher-level of abstraction for developers. This brings support for source-to-container builds, autoscaling, routing, and event sourcing. Join this session with Brian McClain and Bryan Friedman to see a complete working demo of Knative and learn:
● What are the components of Knative and how do they work together
● What are the different ways to deploy serverless applications and functions on Knative
● How and when to use Knative’s build features, such as Buildpacks
● What is Knative’s eventing model and how are event sources used to trigger functions
Presenters:
Bryan Friedman, Director of Product Marketing, Pivotal and Brian McClain, Principal Product Marketing Manager, Pivotal
Becoming a Plumber: Building Deployment Pipelines - RevConfDaniel Barker
A core part of our IT transformation program is the implementation of deployment pipelines for every application. Attendees will learn how to build abstract pipelines that will allow multiple types of applications to fit the same basic pipeline structure. This has been a big win for injecting change and updating legacy applications.
Architecting the Future: Abstractions and Metadata - STL SilverLiningsDaniel Barker
Kubernetes and Docker are two of the top open source projects, and they’re built around abstractions and metadata. These two concepts are the key to architecting in the future. Come with me as I dig a little deeper into these concepts within k8s and Docker and provide some examples from my own work on Deployment Pipelines.
✭✭ NOTE: a revised version of this lab is available at https://www.slideshare.net/williamyeh/rd-kubernetes-gdg-cloud-kh-201908-version ✭✭
90-Minute Workshop held at Taiwan Cloud Edge Summit 2019 (台灣雲端大會).
* 課程簡介
Kubernetes 是目前雲端環境的顯學。可是，傳統的程式，並不是原封不動搬上去，就能夠自動享受 Kubernetes 所宣稱的種種好處。 新的環境，不僅需要新的 Ops 思維，也需要新的 Dev 思維。我們將以一個半小時的時間，從軟體研發者的角度，探討軟體的設計該做哪些最起碼的改變，從實作中體驗 Kubernetes 引進的新觀念及新效益。
* 課程目標
從實例中體驗，傳統 web 應用程式在搬上 Kubernetes 時，可能會經歷哪些架構面的調整，才能享受新架構的效益：
- 容器化
- 微服務
- 組態管理
- 多重環境管理：本機端與雲端（以 GKE 為例）
Multi-cluster Kubernetes Networking- Patterns, Projects and GuidelinesSanjeev Rampal
Talk presented at Kubernetes Community Day, New York, May 2024.
Technical summary of Multi-Cluster Kubernetes Networking architectures with focus on 4 key topics.
1) Key patterns for Multi-cluster architectures
2) Architectural comparison of several OSS/ CNCF projects to address these patterns
3) Evolution trends for the APIs of these projects
4) Some design recommendations & guidelines for adopting/ deploying these solutions.
Architecting the Future: Abstractions and Metadata - BSidesKCDaniel Barker
Kubernetes and Docker are two of the top open source projects, and they’re built around abstractions and metadata. These two concepts are the key to architecting in the future. Come with me as I dig a little deeper into these concepts within k8s and Docker and provide some examples from my own work.
Becoming a Plumber: Building Deployment Pipelines - All Day DevOpsDaniel Barker
A core part of our IT transformation program is the implementation of deployment pipelines for every application. Attendees will learn how to build abstract pipelines that will allow multiple types of applications to fit the same basic pipeline structure. This has been a big win for injecting change and updating legacy applications.
Developer joy for distributed teams with CodeReady Workspaces | DevNation Tec...Red Hat Developers
Enabling teams on projects has been often challenging due to hardware configurations, software dependencies, and lack of documentation. In this session, we'll show you how admins can easily provide CodeReady Workspaces, a multi-tenant in-browser IDE system on top of OpenShift. CodeReady Workspaces can get Developers comfortably started with coding and testing their changes in Kubernetes-containerized environments (workspaces), and deploying their apps to the Platform.
Becoming A Plumber: Building Deployment Pipelines - LISA17Daniel Barker
A core part of our IT transformation program is the implementation of deployment pipelines for every application. Attendees will learn how to build abstract pipelines that will allow multiple types of applications to fit the same basic pipeline structure. This has been a big win for injecting change and updating legacy applications.
Use GitLab with Chaos Engineering to Harden your Applications + OpenEBS 1.3 ...MayaData Inc
If you were not at the GitLab Commit conferences in New York and London, here’s an opportunity to attend our popular talk on using chaos engineering in Gitlab pipelines for faster hardening. As cloud native applications are coming to life faster than anyone could have imagined, the explosion of microservices empowers developers while also making it increasingly difficult to build pipelines that validate changes outside of their (or their SREs') control.
Chaos engineering has emerged as a way to introduce faults into systems to increase their resiliency and Litmus, part of OpenEBS Enterprise Platform, can shake out a lot of bugs.
We are also glad to announce that OpenEBS 1.3 has been released and we will review the new features added.
In this WebHack talk I shared my experience about microservices, Docker, Kubernetes and Kong, an API gateway by Mashape. Since they are based on a real working system, this slides is majorly for how to build the whole thing up, not about detailed internal implementation. Although I included some details and reference in order to make it more comprehensive.
When to use Serverless? When to use Kubernetes?Niklas Heidloff
Slides of a session that I have given/will give at various developer conferences in H1 2018.
Niklas Heidloff
http://twitter.com/nheidloff
http://heidloff.net
Summary Article
http://heidloff.net/article/when-to-use-serverless-kubernetes
OpenWhisk
https://openwhisk.apache.org
https://github.com/ibm-functions/composer
https://github.com/nheidloff/openwhisk-debug-nodejs
Kubernetes
https://kubernetes.io
https://istio.io
IBM Cloud
http://ibm.biz/nheidloff
Abstract
There is a lot of debate whether to use Serverless or Kubernetes to build cloud-native apps. Both have their advantages and unique capabilities which developers should take into consideration when planning new projects. We will throw some light on the topics ease of use, maturity, types of scenarios, developer productivity and debugging, supported languages, DevOps and monitoring, performance, community and pricing. Cloud-native architectures shift the complexity from within an application to orchestrations of Microservices. Both Kubernetes and Serverless have their strengths which we will discuss. Besides the core development topics, developers should also understand operational aspects how complicated it is to maintain your own systems versus using managed platforms.
Architecting the Future: Abstractions and Metadata - KCDCDaniel Barker
Kubernetes and Docker are two of the top open source projects, and they’re built around abstractions and metadata. These two concepts are the key to architecting in the future. Come with me as I dig a little deeper into these concepts within k8s and Docker and provide some examples from my own work.
Kubernetes Overview - Deploy your app with confidenceOmer Barel
In this presentation I explain the basics of the Kubernetes platform, alongside a dive into the core primitives (building blocks) you use, as well as yaml examples for each primitive
Kubernetes is a popular open source platform for container orchestration — that is, for the management of applications built out of multiple, largely self-contained containers. Here I describe how is possible integrate application into k8s infrastructure
Developing Serverless Applications on Kubernetes with KnativeVMware Tanzu
Serverless computing has become a hot topic in developer communities. The use of ephemeral containers eliminates the need for always-on infrastructure.
But the real payoff for serverless is greater code simplicity and developer efficiency. Sounds great! Except the open-source serverless framework space is crowded and complex. Each unique offering approaches functions differently, with varying methods for triggering, scaling, and event formatting. How is that efficient?
One thing that most everybody can agree on is to build on top of Kubernetes. With that as the only common ground though, there is still too much fragmentation for developers to wade through when deciding on the right open source serverless solution.
That's where Knative comes in. An open-source project from Google, Pivotal, and other industry leaders, Knative provides a set of common tooling on top of Kubernetes to help developers build serverless applications.
It extends Kubernetes by combining Istio with Custom Resource Definitions to enable a higher-level of abstraction for developers. This brings support for source-to-container builds, autoscaling, routing, and event sourcing. Join this session with Brian McClain and Bryan Friedman to see a complete working demo of Knative and learn:
● What are the components of Knative and how do they work together
● What are the different ways to deploy serverless applications and functions on Knative
● How and when to use Knative’s build features, such as Buildpacks
● What is Knative’s eventing model and how are event sources used to trigger functions
Presenters:
Bryan Friedman, Director of Product Marketing, Pivotal and Brian McClain, Principal Product Marketing Manager, Pivotal
Becoming a Plumber: Building Deployment Pipelines - RevConfDaniel Barker
A core part of our IT transformation program is the implementation of deployment pipelines for every application. Attendees will learn how to build abstract pipelines that will allow multiple types of applications to fit the same basic pipeline structure. This has been a big win for injecting change and updating legacy applications.
Architecting the Future: Abstractions and Metadata - STL SilverLiningsDaniel Barker
Kubernetes and Docker are two of the top open source projects, and they’re built around abstractions and metadata. These two concepts are the key to architecting in the future. Come with me as I dig a little deeper into these concepts within k8s and Docker and provide some examples from my own work on Deployment Pipelines.
✭✭ NOTE: a revised version of this lab is available at https://www.slideshare.net/williamyeh/rd-kubernetes-gdg-cloud-kh-201908-version ✭✭
90-Minute Workshop held at Taiwan Cloud Edge Summit 2019 (台灣雲端大會).
* 課程簡介
Kubernetes 是目前雲端環境的顯學。可是，傳統的程式，並不是原封不動搬上去，就能夠自動享受 Kubernetes 所宣稱的種種好處。 新的環境，不僅需要新的 Ops 思維，也需要新的 Dev 思維。我們將以一個半小時的時間，從軟體研發者的角度，探討軟體的設計該做哪些最起碼的改變，從實作中體驗 Kubernetes 引進的新觀念及新效益。
* 課程目標
從實例中體驗，傳統 web 應用程式在搬上 Kubernetes 時，可能會經歷哪些架構面的調整，才能享受新架構的效益：
- 容器化
- 微服務
- 組態管理
- 多重環境管理：本機端與雲端（以 GKE 為例）
Multi-cluster Kubernetes Networking- Patterns, Projects and GuidelinesSanjeev Rampal
Talk presented at Kubernetes Community Day, New York, May 2024.
Technical summary of Multi-Cluster Kubernetes Networking architectures with focus on 4 key topics.
1) Key patterns for Multi-cluster architectures
2) Architectural comparison of several OSS/ CNCF projects to address these patterns
3) Evolution trends for the APIs of these projects
4) Some design recommendations & guidelines for adopting/ deploying these solutions.
This 7-second Brain Wave Ritual Attracts Money To You.!nirahealhty
Discover the power of a simple 7-second brain wave ritual that can attract wealth and abundance into your life. By tapping into specific brain frequencies, this technique helps you manifest financial success effortlessly. Ready to transform your financial future? Try this powerful ritual and start attracting money today!
1.Wireless Communication System_Wireless communication is a broad term that i...JeyaPerumal1
Wireless communication involves the transmission of information over a distance without the help of wires, cables or any other forms of electrical conductors.
Wireless communication is a broad term that incorporates all procedures and forms of connecting and communicating between two or more devices using a wireless signal through wireless communication technologies and devices.
Features of Wireless Communication
The evolution of wireless technology has brought many advancements with its effective features.
The transmitted distance can be anywhere between a few meters (for example, a television's remote control) and thousands of kilometers (for example, radio communication).
Wireless communication can be used for cellular telephony, wireless access to the internet, wireless home networking, and so on.
# Internet Security: Safeguarding Your Digital World
In the contemporary digital age, the internet is a cornerstone of our daily lives. It connects us to vast amounts of information, provides platforms for communication, enables commerce, and offers endless entertainment. However, with these conveniences come significant security challenges. Internet security is essential to protect our digital identities, sensitive data, and overall online experience. This comprehensive guide explores the multifaceted world of internet security, providing insights into its importance, common threats, and effective strategies to safeguard your digital world.
## Understanding Internet Security
Internet security encompasses the measures and protocols used to protect information, devices, and networks from unauthorized access, attacks, and damage. It involves a wide range of practices designed to safeguard data confidentiality, integrity, and availability. Effective internet security is crucial for individuals, businesses, and governments alike, as cyber threats continue to evolve in complexity and scale.
### Key Components of Internet Security
1. **Confidentiality**: Ensuring that information is accessible only to those authorized to access it.
2. **Integrity**: Protecting information from being altered or tampered with by unauthorized parties.
3. **Availability**: Ensuring that authorized users have reliable access to information and resources when needed.
## Common Internet Security Threats
Cyber threats are numerous and constantly evolving. Understanding these threats is the first step in protecting against them. Some of the most common internet security threats include:
### Malware
Malware, or malicious software, is designed to harm, exploit, or otherwise compromise a device, network, or service. Common types of malware include:
- **Viruses**: Programs that attach themselves to legitimate software and replicate, spreading to other programs and files.
- **Worms**: Standalone malware that replicates itself to spread to other computers.
- **Trojan Horses**: Malicious software disguised as legitimate software.
- **Ransomware**: Malware that encrypts a user's files and demands a ransom for the decryption key.
- **Spyware**: Software that secretly monitors and collects user information.
### Phishing
Phishing is a social engineering attack that aims to steal sensitive information such as usernames, passwords, and credit card details. Attackers often masquerade as trusted entities in email or other communication channels, tricking victims into providing their information.
### Man-in-the-Middle (MitM) Attacks
MitM attacks occur when an attacker intercepts and potentially alters communication between two parties without their knowledge. This can lead to the unauthorized acquisition of sensitive information.
### Denial-of-Service (DoS) and Distributed Denial-of-Service (DDoS) Attacks
APNIC Foundation, presented by Ellisha Heppner at the PNG DNS Forum 2024APNIC
Ellisha Heppner, Grant Management Lead, presented an update on APNIC Foundation to the PNG DNS Forum held from 6 to 10 May, 2024 in Port Moresby, Papua New Guinea.
2. Rafael Benevides
Director of Developer Experience at Red Hat
Apache DeltaSpike P.M.C
benevides@redhat.com
@rafabene
Java Certifications:
SCJA / SCJP / SCWCD / SCBCD / SCEA
JBoss Certifications:
JBCD / JBCAA
Red Hat Certifications:
OpenShift / Containers / Ansible
Other Certifications:
SAP Netweaver / ITIL / IBM Software Quality
3.
4. Demo: bit.ly/msa-instructions
Slides: bit.ly/microservicesdeepdive
Video Training: bit.ly/microservicesvideo
Free eBooks from developers.redhat.com
bit.ly/reactivemicroservicesbook
bit.ly/javamicroservicesbook
Microservices Introductory
Materials
@rafabene
Advanced Materials
bit.ly/istio-tutorial
http://bit.ly/kubernetes-intro
Kubernetes for Java Developers
learn.openshift.com/servicemesh
bit.ly/faas-tutorial
learn.openshift.com/serverless
9. @rafabene
A way to run a Linux container:
$ docker run -d <image-name>
A single and isolated Linux process
running in a single machine
10. @rafabene
DevOps challenges for multiple containers
● How to scale?
● How to avoid port conflicts?
● How to manage them in multiple
hosts?
● What happens if a host has a
trouble?
● How to keep them running?
● How to update them?
● Where are my containers?
Node Node
Logger
Node
Node Node Node
11. @rafabene
Greek for “Helmsman”; also the root of the word
“Governor” (from latin: gubernator)
● Container orchestrator
● Supports multiple cloud and bare-metal environments
● Inspired by Google’s experience with containers
● Open source, written in Go
Manage applications, not machines
Meet Kubernetes
12. @rafabene
Version 1.11
Hosted on GitHub
1700+ contributors
67,000+ commits
38,000+ GitHub stars
Red Hat
HP
IBM
Mesosphere
Microsoft
Project Partners
CoreOS
Pivotal
SaltStack
VMWare
http://kubernetes.io/
https://github.com/kubernetes/kubernetes
Open Source community
13. Master
API Server
Service Layer
Virtual
Physical Private Public
Persistent
Storage
Node Node
Logger
Node
Node Node Node
Dev
Ops
SCM
(Git/Svn)
CI/CD
Automation
Routing Layer
Registry
SDN Overlay Network
Controllers
- Scheduler
- Replication
- Services
- Builds
- Routes
- Deployment
Kubernetes
OpenShift
- Deployments
- Builds
- ImageStreams
14. @rafabene developers.redhat.com
Kubernetes Concepts
Pod
Replication
Controller /
Deployment
Service Label
One or More Containers
Shared IP
Shared Storage Volume
Shared Resources
Shared Lifecycle
Ensures that a specified
number of pod replicas are
running at any one time
Grouping of pods, act as
one, has stable virtual IP
and DNS name
Key/Value pairs associated
with Kubernetes objects
(e.g. env=production)
15. @rafabene
Concept: Pod
● Group of containers
● Live and die together
● Share:
○ IP
○ Secrets
○ Labels *
○ Volumes *
* we will talk about these concepts later
Labels
Application
Administrative
console
Log collector
IP: 10.x.x.x
Volume
16. @rafabene
Concept: POD
Defining a POD as YAML:
apiVersion: v1
kind: Pod
metadata:
name: myPod
labels:
key: value
spec:
containers:
- name: mysql
image: username/image
- name: phpMyAdmin
image: username/image2
key: value
myPOD
mysql
phpMy..
17. SCM
(Git/Svn)
Master
API Server
Service Layer
Virtual
Physical Private Public
Persistent
Storage
Node Node
Logger
Node
Node Node Node
Dev
Ops
CI/CD
Automation
Routing Layer
Registry
SDN Overlay Network
Controllers
- Scheduler
- Replication
- Services
- Builds
- Routes
- Deployment
Kubernetes
OpenShift
- Deployments
- Builds
- ImageStreams
18. SCM
(Git/Svn)
Master
API Server
Service Layer
Virtual
Physical Private Public
Persistent
Storage
Node Node
Logger
Node
Node Node Node
Dev
Ops
CI/CD
Automation
Routing Layer
Registry
SDN Overlay Network
Controllers
- Scheduler
- Replication
- Services
- Builds
- Routes
- Deployment
Kubernetes
OpenShift
- Deployments
- Builds
- ImageStreams
19. SCM
(Git/Svn)
Master
API Server
Service Layer
Virtual
Physical Private Public
Persistent
Storage
Node Node
Logger
Node
Node Node Node
Dev
Ops
CI/CD
Automation
Routing Layer
Registry
SDN Overlay Network
Controllers
- Scheduler
- Replication
- Services
- Builds
- Routes
- Deployment
Kubernetes
OpenShift
- Deployments
- Builds
- ImageStreams
