AWS ToolingThe world's most comprehensive cloud infrastructure platform
Amazon Web Services offers 200+ services for compute, storage, databases, AI, and networking. We architect, deploy, and manage AWS infrastructure so your team can focus on building product instead of managing servers.
Amazon Web Services is the world's leading cloud platform, commanding roughly a third of the global cloud infrastructure market. With 200+ services spanning compute (EC2, Lambda, Fargate), storage (S3, EBS, EFS), databases (RDS, Aurora, DynamoDB, ElastiCache), networking (VPC, CloudFront, Route 53), AI/ML (SageMaker, Bedrock), and developer tools (CodeBuild, CloudFormation, CDK), AWS can host practically anything — from a static website to a globally distributed microservices architecture. For startups and growing companies, AWS offers a compelling mix of free-tier generosity and enterprise-grade reliability. Lambda provides serverless compute with per-millisecond billing. S3 stores data with eleven nines of durability. Aurora delivers MySQL/Postgres performance at a fraction of the cost of commercial databases. Infrastructure as Code with CDK or Terraform turns your cloud architecture into version-controlled, repeatable deployments. But AWS's breadth is also its challenge. Choosing between ECS and EKS, RDS and Aurora, ALB and NLB, CloudFormation and CDK — every decision has cost and operational implications. IAM policies, VPC networking, and cost optimization require specialized knowledge. A Major architects AWS infrastructure that's secure, cost-optimized, and operationally maintainable — from initial setup through production scaling.
Quick start
# Install AWS CLI
curl "https://awscli.amazonaws.com/awscli-exe-linux-x86_64.zip" -o "awscliv2.zip"
unzip awscliv2.zip && sudo ./aws/install
# Configure credentials
aws configure
# Install AWS CDK
npm install -g aws-cdk
# Create a new CDK project (TypeScript)
mkdir my-infra && cd my-infra
cdk init app --language typescript
cdk deployRead the full documentation at docs.aws.amazon.com/
EC2 & compute
Virtual servers, auto-scaling groups, spot instances, and Graviton ARM processors for flexible, cost-efficient compute at any scale.
Lambda & serverless
Event-driven serverless functions with per-millisecond billing, up to 10GB memory, and 15-minute execution — triggered by 200+ AWS event sources.
S3 & storage
Object storage with 99.999999999% durability, lifecycle policies, intelligent tiering, and CloudFront CDN integration for global delivery.
RDS, Aurora & DynamoDB
Managed Postgres, MySQL, and Aurora databases with automatic backups, replicas, and failover — plus DynamoDB for single-digit-millisecond NoSQL.
ECS, EKS & Fargate
Container orchestration with ECS (simpler) or EKS (Kubernetes), plus Fargate for serverless containers — no EC2 instance management.
CloudFront & networking
Global CDN with 400+ edge locations, Route 53 DNS, VPC networking, ALB/NLB load balancers, and AWS Global Accelerator for low-latency delivery.
Why it's hard
Service selection overwhelm
AWS has multiple services for every need — at least three ways to run containers, four database engines, and dozens of storage options. Choosing the right service (and avoiding over-engineering) requires deep AWS experience.
Cost management and optimization
AWS bills are notoriously complex. Without reserved instances, savings plans, right-sizing, and proper tagging, companies routinely overspend by 30–50%. Cost optimization is an ongoing discipline, not a one-time setup.
IAM and security configuration
AWS's Identity and Access Management is powerful but complex. Overly permissive policies create security risks; overly restrictive ones break deployments. Principle of least privilege across services, roles, and cross-account access requires careful architecture.
Infrastructure as Code adoption
Moving from console-clicked infrastructure to CDK or Terraform is essential but disruptive. Importing existing resources, managing state, and handling drift detection adds operational complexity.
Best practices
Use Infrastructure as Code from day one
Define all AWS resources in CDK (TypeScript) or Terraform. Never create production resources via the console — manual changes drift, can't be reviewed, and aren't reproducible across environments.
Implement a cost monitoring strategy
Enable AWS Cost Explorer, set billing alerts, tag every resource, and review spending weekly. Use Savings Plans for predictable workloads and Spot Instances for fault-tolerant batch jobs.
Follow the principle of least privilege
Every Lambda, ECS task, and EC2 instance should have an IAM role scoped to exactly what it needs. Use AWS Access Analyzer to identify overly permissive policies and unused permissions.
Design for multi-AZ resilience
Deploy across multiple Availability Zones from the start. RDS multi-AZ, ALB cross-zone load balancing, and S3's built-in durability protect against hardware failures without complexity.
Useful resources
Frequently asked questions
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