Centralized Data Access Control (RBAC)
Design and deploy a scalable Role-Based Access Control system for a 100+ person data team, ensuring strict compliance and PII masking.
┌─────────────────────────────────────────────┐
│ TERRAFORM + CI/CD │
│ Infrastructure as Code │
└──────┬──────────┬──────────┬────────────────┘
│ │ │
┌──────▼──────┐ ┌─▼────────┐ ┌▼─────────────┐
│ DEV │ │ STAGING │ │ PRODUCTION │
│ BigQuery │ │ BigQuery │ │ BigQuery │
│ S3 + GCS │ │ S3 + GCS│ │ Redshift │
│ IAM Basic │ │ IAM+Audit│ │ IAM+KMS+DR │
└─────────────┘ └──────────┘ └──────────────┘Fig 1.1: Multi-environment data platform -- 3 envs across AWS + GCP
What You'll Build
Multi-Environment IaC
3 isolated environments (dev/staging/prod) provisioned entirely via Terraform with state locking and drift detection.
Cloud Data Warehouse
Parallel BigQuery + Redshift deployments with cross-cloud query federation and unified access layer.
Security & RBAC Matrix
Role-based access control across 3 environments with secrets rotation, audit logging, and compliance checks.
FinOps Dashboard
Real-time cost monitoring with budget alerts, anomaly detection, and auto-scaling policies saving 40% on compute.
Progressive Build Path
Each part builds on the previous. Watch your platform grow from a single VPC to a fully monitored multi-cloud production deployment.
Bootstrap Your Platform
Clone the platform project and provision your first environment in minutes
# Clone the platform project & bootstrap$ git clone https://github.com/aide/cloud-platform.git$ cd cloud-platform# Initialize Terraform + configure providers$ terraform init$ terraform workspace new dev# Deploy dev environment first$ terraform apply -var="env=dev" -auto-approve
VPCs
3
Subnets
12
IAM Roles
15
S3 Buckets
6
BQ Datasets
4
KMS Keys
3
Production Standards
Infrastructure as Code
Every resource defined in Terraform with state management, drift detection, and plan approval workflows.
Security-First Architecture
Least-privilege IAM, encrypted secrets, VPC peering, and SOC 2 compliance guardrails.
Cost-Optimized Operations
FinOps dashboards, budget alerts, reserved instances, and auto-scaling policies reducing spend by 40%.
Prerequisites
- Cloud basics (AWS/GCP console navigation, resource concepts)
- Basic networking (VPC, subnets, CIDR blocks)
- Command-line proficiency (bash, environment variables)
- Git basics (commit, push, pull requests)
Related Learning Path
This project pairs perfectly with the Cloud Fundamentals skill toolkit. Complete the modules first for maximum understanding, or dive straight in if you have prior cloud infrastructure experience.
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