Azure Load Balancer - Deep Dive

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Hussein Awad | Azure | AWS Certified Architect Professional

2:30:56

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1. Introduction

1. Introduction.mp4

03:21

2.1 Azure Load Balancer.html

2.2 Azure Load Balancing Services.html

2. What is Azure Load Balancer.mp4

04:57

3.1 Install IIS on VM PowerShell.txt

3. Create a public Load Balancer.mp4

08:56

4.1 Install IIS on VM PowerShell.txt

4. Create an internal Load Balancer.mp4

10:54

5. Important Note!.mp4

01:27

2. Load Balancer Core

1. Introduction.mp4

00:47

2.1 Install IIS on VM PowerShell.txt

2. Create a multiple VMs inbound NAT rule.mp4

11:00

3.1 Install IIS on VM PowerShell.txt

3. Load balance VMs within a specific availability zone.mp4

07:48

4.1 Install IIS on VM PowerShell.txt

4. Load balance VMs with multiple availability sets.mp4

06:22

5.1 Azure home regions for Azure load balancer.html

5. Create cross-region load balancer.mp4

04:35

6. Create gateway load balancer.mp4

03:07

7. Integrate NAT gateway with a load balancer.mp4

02:09

8. Using DDoS protection for load balancer.mp4

01:43

3. Load Balancer Components

1. Introduction.mp4

00:35

2.1 Azure home regions for load balancers.html

2. Basics & SKUs.mp4

03:01

3. Frontend IP configuration.mp4

04:03

4. Backend pools.mp4

02:21

5. Inbound rules - Load balancing rules.mp4

04:20

6. Inbound rules - Inbound NAT rules.mp4

03:24

7. Outbound rules.mp4

03:19

8.1 Zonal.html

8.2 Zone Redundant.html

8. Zone Redundancy.mp4

05:41

9.1 Cross region load balancer.html

9.2 Instant global failover.html

9. Cross-region load balancer.mp4

04:51

10.1 Gateway Load Balancer.html

10.2 Gateway Partners.html

10. Gateway load balancer.mp4

01:30

4. Inbound Connectivity

1. Introduction.mp4

00:31

2.1 Inbound NAT rule - backend pool.html

2.2 Inbound NAT rule - Single VM.html

2. Inbound NAT rules.mp4

04:53

3. High Availability ports.mp4

02:30

4.1 Floating IP.html

4.2 Multi-IP.html

4. Multiple frontends & Floating IP.mp4

08:21

5. TCP reset.mp4

02:08

5. Outbound connectivity

1. Introduction.mp4

00:33

2.1 Outbound connections.html

2. Outbound Connections.mp4

10:24

3.1 Egress only load balancer.html

3. Outbound-only load balancer - egress only.mp4

10:27

6. Monitoring

1. Introduction.mp4

00:40

2. Insights.mp4

02:41

3. Diagnostic Settings.mp4

01:52

4. Metrics.mp4

01:06

5. Alerts.mp4

03:16

6. Log Analytics.mp4

00:52

7. Wrap Up!

1. Thank You!.mp4

00:31

Description

Hands On! Step-by-Step guide to learn Azure Load Balancer in depth

What You'll Learn?

What is Azure Load Balancer
Create a public load balancer
Create an internal load balancer
Create a multiple VMs inbound NAT rule
Load balance VMs within a specific availability zone
Load balance VMs with multiple availability zone
Create a cross-region load balancer
Create a gateway load balancer
Integrate NAT gateway with a load balancer
Using DDos protection for load balancer
Load balancer SKUs
Frontend IP configuration
Backend pools
Inbound rules - load balancing rules
Inbound rules - inbound NAT rules
Outbound rules
Zone redundancy
Global load balancer
High availability ports
Floating IP
TCP reset
Egress-only outbound connections
Load balancer insights
Load balancer Metrics
Load balancer Alerts

Who is this for?

Cloud Engineers

Cloud Architects

Software Engineers

Developers

Network Engineers

Network Architects

Security Engineers

Security Architects

More details

Description
Welcome to Azure Load Balancer Course. This course will get you up to speed with Azure Load Balancer, and you'll learn the best practices to implement Azure LoadÂ Balancer. You'll get to learn how you can use different types of Azure Load balancers (Public, Internal, and Gateway). You'll learn how to balance the workloads across multiple backend VMs sit in the same availability zone, or across availability zones. Covering the difference between zone redundant deployment, and a single zone deployment, and which one you should consider for production workloads. You'll see how you can protect your Load Balancer from DDos attacks by using Azure DDos protection. You'll know the different types of Inbound rules, how to create an inbound load balancing rule, an inbound NAT rule, and what's the difference between them. What is the high availability ports and when you should consider using them. What is floating IP? How this is linked to multiple frontend IPs for Azure Load Balancer. When you should consider enabling TCP reset for Azure Load Balancer? Then you'll learn the different outbound connectivity options you could use in Azure Load Balancer. This allows you to provide an outbound connectivity for the backend instances in the backend pool to the public internet. You'll see how to implement egress-only using Azure Load Balancer. Then, coming to the monitoring part, where you'll see how to setup the Diagnostic Settings for your Azure Load Balancer, and what are the key Metrics you need to focus on to ensure you've a healthy Load Balancer, and how to setup alert rules to notify you when a certain Metric has exceeded a certain threshold.Â Happy Learning!
Who this course is for:
Cloud Engineers
Cloud Architects
Software Engineers
Developers
Network Engineers
Network Architects
Security Engineers
Security Architects

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Hussein is a Cloud Application Architect, consultant and software developer that has a particular interest in all things related Cloud Development. Hussein has worked for top 4 technology companies, big 4 consulting firms, and multi-national organizations. He has 20 years of experience, in addition to 10 AWS Certifications, TOGAF, and many Microsoft certifications

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