In this lab, you will build a comprehensive multi-project architecture on Google Cloud Platform focusing on advanced networking configurations, resource management, and security implementations essential for enterprise environments. You will start by creating a resource hierarchy using organization and project structures and configure the necessary Identity and Access Management (IAM) policies. Later, you will develop a robust VPC network design utilizing shared VPCs and Private Service Connect to facilitate secure, cross-departmental communication within a simulated company environment. Additionally, you'll configure essential security features including Cloud Network Firewall policies and IAM roles to protect your environment. For the compute layer, you will set up a combination of Compute Engine instances and Google Kubernetes Engine (GKE) clusters, tailored to handle workload volatility and scalability. This architecture will integrate cloud-native networking solutions such as global HTTP(S) load balancing and Cloud CDN for optimized content delivery. You will also implement backup and disaster recovery strategies using Cloud Storage and Datastore along with monitoring and logging solutions to maintain high availability and ensure business continuity. By the end of this lab, you will have developed a scalable and secure multi-project infrastructure, enhancing your understanding of best practices in multi-project environments and GCP's enterprise-grade solutions.
A multinational corporation seeks to consolidate its IT operations by leveraging the Google Cloud Platform for increased agility, scalability, and security. The organization has multiple departments, each requiring isolated yet interconnected cloud resources for development, testing, and production environments. The project aims to establish a robust infrastructure with a focus on reducing latency between services, optimizing back-end network traffic, ensuring compliance with data protection policies, and implementing a cohesive disaster recovery plan to maintain a 99.99% SLA for critical applications.
