Barenetes – Kubernetes Baremetal Networking Using GNS3
Barenetes – Kubernetes Baremetal Networking Using GNS3, available at $39.99, has an average rating of 4, with 39 lectures, based on 26 reviews, and has 334 subscribers.
You will learn about Kubernetes Networking Kubernetes GNS3 This course is ideal for individuals who are Devops or Cloud Architect or Network Engineers or Kubernetes Engineers or Telecommunications It is particularly useful for Devops or Cloud Architect or Network Engineers or Kubernetes Engineers or Telecommunications.
Enroll now: Barenetes – Kubernetes Baremetal Networking Using GNS3
Summary
Title: Barenetes – Kubernetes Baremetal Networking Using GNS3
Price: $39.99
Average Rating: 4
Number of Lectures: 39
Number of Published Lectures: 39
Number of Curriculum Items: 39
Number of Published Curriculum Objects: 39
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
- Kubernetes Networking
- Kubernetes
- GNS3
Who Should Attend
- Devops
- Cloud Architect
- Network Engineers
- Kubernetes Engineers
- Telecommunications
Target Audiences
- Devops
- Cloud Architect
- Network Engineers
- Kubernetes Engineers
- Telecommunications
Use discount code : BARE_K8S_AUG_2021
Kubernetes has become the de-facto container orchestration solution that is been used over public/private clouds and on-prem/baremetal environment.
Kubernetes networking is an area that I feel many people struggle to grasp especially in baremetal environment.
If you are devops, cloud or network engineer that has been looking to learn more about kubernetes networking in detail, then this course is for you.
This course covers the following:
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Kubernetes CNI plugins Administration
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Kubernetes On-prem Load balancer solution
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Using wireshark to dissect kubernetes networking scenarios
Routing protocols like OSPF and BGP are used to demonstrate how to advertise POD and service IP pools into the network environment.
Following software are used:
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GNS3
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Kubeadm Kubernetes Distribution
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Ubuntu
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Vyos Router (You can use another router, Vyos is used since it is accessible to everyone.)
Students should have at a minimum the following system resources:
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– 16GB Ram (More will be better)
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– 8 core CPU
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– 20GB per virtual machine
GNS3 was chosen as a platform since it helps to visualize and emulate several different kinds of operating systems, students can also use alternative platforms like EVE-NG by following the LAB topology and configurations.
Virtualbox is used extensively with Docker in GNS3.
For the SR-IOV sections, appropriate hardware is needed, Dell VEP platform was used for this purpose in this course.
New contents will always be added especially when there is an update in any of the CNI plugins/solution.
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction
Lecture 2: Course/Lab Requirements
Chapter 2: Kubernetes Foundation
Lecture 1: Foundation-1
Lecture 2: Foundation-2
Lecture 3: Foundation-3
Lecture 4: Foundation-4
Lecture 5: Kubeadm GNS3 – 1
Lecture 6: Kubeadm GNS3 – 2
Lecture 7: Kubeadm GNS3 – 3
Chapter 3: Container Network Interface
Lecture 1: CNIs
Chapter 4: Calico CNI
Lecture 1: Introduction To Calico
Lecture 2: Adjust GNS3 Topology
Lecture 3: Calico Hands-on Lab 1 And Lab 2
Lecture 4: Calico Hands-on Lab 3 And Lab 4
Lecture 5: Calico Hands-on Lab 5
Lecture 6: Calico Hands-on Lab 6
Lecture 7: Calico Hands-on Lab 7
Chapter 5: Cilium CNI
Lecture 1: Introduction To Cilium
Lecture 2: Cilium Hands-on Lab 1
Lecture 3: Cilium Hands-on Lab 2 PT1
Lecture 4: Cilium Hands-on Lab 2 PT2
Chapter 6: MetalLB LoadBalancer
Lecture 1: MetalLB Introduction
Lecture 2: MetalLB Hands On Lab 1 And Lab2
Lecture 3: MetalLB Hands On Lab 2
Lecture 4: MetalLB Hands On Lab 3 – PT1
Lecture 5: MetalLB Hands On Lab 3 – PT2
Lecture 6: MetalLB Hands On Lab 3 – PT3
Chapter 7: SR-IOV
Lecture 1: SR-IOV Introduction
Lecture 2: SR-IOV Lab 1
Lecture 3: SR-IOV Lab 2
Chapter 8: Multus Meta-CNI
Lecture 1: Multus Introduction
Lecture 2: Multus Hands On Lab 1 – Installation
Lecture 3: Multus Hands On Lab 2 – IPVLAN PT1
Lecture 4: Multus Hands On Lab 2 – IPVLAN PT2
Lecture 5: Multus Hands On Lab 3 – WhereAbout IPAM
Lecture 6: Multus Hands On Lab 4 – Bridge Plugin
Lecture 7: Multus SR-IOV
Chapter 9: SDN-Vortex CNI
Lecture 1: SDN-Vortex Hands On Lab 1
Lecture 2: SDN-Vortex Hands On Lab 2
Instructors
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Christopher Adigun
Cloud/Devops Engineer
Rating Distribution
- 1 stars: 2 votes
- 2 stars: 1 votes
- 3 stars: 5 votes
- 4 stars: 8 votes
- 5 stars: 10 votes
Frequently Asked Questions
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