Load Balancing Multi & Hybrid Cloud Solutions E-Learning

Demo Load Balancing Multi & Hybrid Cloud Solutions Training

Course content

Track 1: Multi-cloud Load Balancing Principles

In this track, the focus will be on load balancing in multi-cloud and CloudOps, hybrid and multi-cloud architecture load balancing design, hybrid and multi-cloud management considerations, and security and privacy considerations in load balancing.
Courses (7 hours +):

Multi-cloud Load Balancing: Principles of Load Balancing

Course: 1 Hour, 30 Minutes

• Course Overview
• Load Balancing Uses
• Evolution of Load Balancing
• Types of Modern Load Balancing
• Features of Modern Load Balancers
• Load Balancer Topologies
• Layer 4 Load Balancing
• Layer 7 Load Balancing
• Cloud Load Balancers
• Multi and Hybrid Cloud Deployments
• Load Balancing across Clouds
• Implementing Network Load Balancing at Layer
• Implementing Application Load Balancing at Layer
• Course Summary

Multi-cloud Load Balancing: Load Balancing Design Strategies

Course: 1 Hour, 30 Minutes

• Course Overview
• Design Pattern Theory
• Network Design Concepts
• Network Design Methodology
• Load Balancer Topologies
• Task Distribution Schemes
• Capacity Planning
• Load Balancing Considerations
• Load Balancing Best Practices
• Load Balancing Methods
• Implementing Network Load Balancing at Layer
• Implementing Application Load Balancing at Layer
• Using Application Request Routing
• Course Summary

Multi-cloud Load Balancing: Designing Multi & Hybrid Cloud Solutions

Course: 1 Hour, 24 Minutes

• Course Overview
• Cloud Architectures
• Cloud Architecture Challenges and Opportunities
• Hybrid or Multi-Cloud Implementation Planning
• Hybrid and Multi-Cloud Design Patterns
• Hybrid and Multi-Cloud Network Topologies
• Hybrid and Multi-Cloud Topology Best Practices
• Disaster Recovery Planning Using Load Balancers
• Hybrid and Multi-Cloud Architecture
• DNS-based Load Balancer Traffic Routing
• Designing a Multi-Cloud Architecture
• Designing a Hybrid Cloud Architecture
• Designing a Disaster Recovery Network Architecture
• Course Summary

Session Management in Multi-cloud & Hybrid Cloud Environments

Course: 1 Hour, 13 Minutes

• Course Overview
• Session Management for HTTP Requests
• Load Balancing Sessions
• Load Balancing in Multi-cloud and Hybrid Cloud
• Session Management with URL Rewriting
• Session Management with Cookies
• Identity Management with JSON Web Tokens
• Multi-cloud Solutions
• Service Meshes and Sessions
• Identity Management with Multi-cloud
• Identity Management with Hybrid Cloud
• Identity Fabric in Multi-cloud Environments
• Course Summary

Considerations in Load Balancing: Multi-cloud Security Management

Course: 1 Hour, 17 Minutes

• Course Overview
• Shared Responsibility Model
• Multi-cloud Security
• Cloud Security Challenges
• Creating a Virtual Network in Azure
• Multi-cloud Security Challenges
• Challenges When Moving to the Cloud
• Resiliency in the Cloud
• Cloud Security Failure
• Cloud Disaster Recovery
• Hybrid Cloud Visibility and Control
• Course Summary

Considerations in Load Balancing: Multi-cloud Data & Privacy Management

Course: 56 Minutes

• Course Overview
• Multi-cloud Data Privacy
• Hybrid Cloud Data Protection
• Hybrid Cloud Data Integrity and Availability
• Multi-cloud Disaster Recovery
• Hybrid Cloud Security
• Multi-cloud Authentication
• Federated Cloud
• Course Summary

Assessment:

• Multi-Cloud Load Balancing Principles

Track 2: Solutions for Multi-Cloud Load Balancing

In this track, the focus will be on disaster and backup strategies with multi-cloud load balancing, working with load balancing and performance monitoring, load balancing strategies with Docker and Kubernetes, and comparing multi-cloud load balancing solution providers.
Courses (6 hours +)

Multi-cloud Load Balancing: Disaster Backup & Recovery

Course: 1 Hour, 20 Minutes

• Course Overview
• History of Disaster Backup and Recovery
• DBAR Cloud Load Balancing Strategies
• DBAR Responsibilities in the Cloud
• Azure Data Backup Strategy
• Backing up Data in Azure
• AWS Data Backup Strategy
• Backing up Data in AWS
• GCP Data Backup Strategy
• Backing up Data in GCP
• DBAR Challenges in the Cloud
• Load Balancing in Multi-cloud
• DBAR Load Balancing in Multi-cloud
• Course Summary

Solutions for Multi-cloud Load Balancing: Load Balancing with Docker

Course: 1 Hour, 32 Minutes

• Course Overview
• What Is Docker
• Docker vs. Traditional Deployments
• Docker Components
• Docker Objects
• Installing Docker
• Working with Docker Swarm
• Microservices and Load Balancing
• Docker Load Balancing Challenges
• Fully Managed vs. Self-managed Services
• Docker Load Balancing Scenarios
• Docker Load Balancing across Global Networks
• Configuring Load Balancing with Docker Swarm
• Configuring Load Balancing Using Nginx
• Course Summary

Solutions for Multi-cloud Load Balancing: Load Balancing Kubernetes Solutions

Course: 1 Hour, 55 Minutes

• Course Overview
• What Is Kubernetes
• Kubernetes vs. Traditional Deployments
• Kubernetes Clustering
• Kubernetes Components
• Kubernetes Objects
• Kubernetes Clustering and Load Balancing Challenges
• Kubernetes Services
• Kubernetes Networking and Load Balancing
• Kubernetes Ingress and Load Balancing
• Installing Kubernetes
• Bootstrapping a Kubernetes Cluster
• Managing Kubernetes Pod Distribution
• Applying Kubernetes Network Policies
• Configuring Kubernetes Ingress
• Course Summary

Comparing Multi-cloud Load Balancing Solutions: Load Balancer Vendors

Course: 44 Minutes

• Course Overview
• Hardware Load Balancers
• Hardware Load Balancer Providers
• Virtual Load Balancers
• Virtual Load Balancer Providers
• Cloud-based Load Balancers
• Cloud-based Load Balancer Providers
• Load Balancers and Failover
• Course Summary

Solutions for Multi-Cloud Load Balancing: Multi-cloud Performance Monitoring

Course: 1 Hour, 17 Minutes

• Course Overview
• Importance of Performance Monitoring
• Performance Challenges of Multi-cloud
• Performance Monitoring on a Multi-cloud Platform
• Load Balancers and Performance Management
• Application Performance Data from Load Balancers
• Multi-Cloud Overload and Fail-Overs
• Configuring Azure for Geographic Routing
• Load Balancer Metrics
• Efficient Load Balancing in Multi-cloud
• Publishing Metrics with CloudWatch
• Monitoring Metrics with CloudWatch
• Course Summary

Assessment:

• Solutions for Multi-Cloud Load Balancing