Dive into the architecture and workflow of Google Cloud's HTTP Load Balancer, understand its components, benefits, and common challenges. Explore how traffic flows in a highly available web application setup.
Start Exploring Workflow âŧThis section illustrates the journey of an HTTP request through the GCP Load Balancer setup. Use the navigation buttons to move through each stage and observe the active components and the flow.
Understand the individual roles of each Google Cloud Platform service within the load balancing architecture. Click on any component to reveal its detailed description and purpose.
Logical network and IP range to contain resources.
Allow ingress traffic on ports 80 (HTTP) and 22 (SSH).
Web servers configured with Apache and a unique index.html.
Connects the VMs to the backend service.
Ensures only healthy VMs receive traffic.
Connects the instance group to the load balancer.
Routes incoming HTTP traffic to the correct backend.
Uses the URL map to forward requests.
Listens for external traffic and routes it to the proxy.
Public global IP used to access the application.
This section provides a detailed, Free Tier-compliant guide to deploying an HTTP Load Balancer on Google Cloud Platform, focusing on a single-zone setup. Follow these steps to build your highly available web application.
Load balancing is indispensable for modern web applications. Discover the key advantages and diverse applications that make it a crucial architectural decision.
Essential for handling traffic spikes during sales events, ensuring smooth checkout processes.
Distributing video and audio content to millions of users efficiently across global data centers.
Managing and routing requests to various microservices within a complex application architecture.
Distributing player connections across multiple game servers to maintain low latency and high performance.
Encountering issues during setup is common. This section provides quick solutions to the most frequently faced problems with GCP HTTP Load Balancers.