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Load Balancing Fundamentals

7 Units34 Lessons
Unit 1

Basics

What is Load Balancing?
Key Components of Load Balancing
Benefits of Load Balancing
Simple Load Balancing Setup Project
Unit 2

Reverse Proxy

Introduction to Reverse Proxies in Load Balancing
How Reverse Proxies Distribute Traffic
Advantages of Reverse Proxies for Scalability
Common Configurations for Reverse Proxies
Real-World Reverse Proxy Implementation Project
Unit 3

Load Balancing Algorithms

How Round-Robin Algorithm Works
Real-World Algorithm Selection Project
Least Connections and Other Dynamic Algorithms
Overview of Common Load Balancing Algorithms
Comparing Algorithm Performance
Unit 4

Configuration and Setup

Software-Based Load Balancer Setup
Hardware Considerations in Configuration
Testing Configurations for Reliability
Basic Configuration Principles
Real-World Load Balancer Deployment Project
Unit 5

Monitoring and Optimization

Troubleshooting Common Issues
Tools for Monitoring Load Balancing
Key Metrics to Track
Optimization Strategies
Real-World Optimization Project
Unit 6

Security in Load Balancing

Security Threats in Load Balancing
Implementing SSL and Encryption
Real-World Secure Load Balancing Project
Advanced Security Best Practices
Access Control and Firewall Integration
Unit 7

Scalability and Performance

Handling High-Traffic Scenarios
Real-World Scalability Implementation Project
Future Trends in Load Balancing
Performance Tuning Methods
Scaling Load Balancing Systems
Unit 4•Chapter 1

Software-Based Load Balancer Setup

Summary

A network load balancer distributes incoming traffic across multiple application servers to handle high volumes of users. When a website faces heavy traffic, a single server may become overloaded. To manage this, servers are scaled out horizontally by adding more. The load balancer intercepts traffic from the internet and routes it to the appropriate server, ensuring no single server is overwhelmed and maintaining performance.

Concept Check

0/15

What metric optimizes traffic in software load balancers?

What algorithm in NGINX load balancer uses client IP for routing?

How does software load balancer handle server failure?

In HAProxy, what ensures session persistence?

Why use software over hardware load balancers?

In a software load balancer, what algorithm uses server health checks?

How does NGINX handle session persistence in load balancing?

What is a key challenge in software load balancer scaling?

In HAProxy, what directive controls load balancing algorithms?

Why use layer 7 load balancing over layer 4?

What distinguishes a software-based load balancer from a hardware one?

In horizontal scaling, what role does a software load balancer play?

Why use a software-based load balancer for high-traffic websites?

How does a software load balancer handle incoming traffic?

What is a key benefit of software-defined load balancers in cloud environments?

NextHardware Considerations in Configuration