01
IMPLEMENTED
Networking
Secure multi-AZ network foundation and controlled ingress/egress.
- Multi-AZ VPC
- Public & private subnets
- Internet Gateway & NAT
- Route tables
- Application Load Balancer
- VPC endpoints & Flow Logs
ENTERPRISE INFRASTRUCTURE ENGINEERING
Building secure, automated AWS cloud infrastructure.
A hands-on engineering environment demonstrating enterprise AWS architecture, Infrastructure as Code, secure networking, containerized workloads, automated delivery and operational engineering practices.
AWS
Terraform
Docker
GitHub Actions
Linux
Python
Amazon ECR
GHCR
2
Availability Zones
IaC
Terraform Managed
CI/CD
Automated Validation
HA
Auto Scaling Design
DevSecOps
Engineering Workflow
ARCHITECTURE
Enterprise AWS Architecture
Multi-layer cloud architecture engineered with public ingress, private compute, managed services and security controls.
EDGE
INTERNET TRAFFIC
Public Entry Point
↓
INGRESS
AWS ELASTIC LOAD BALANCING
Application Load Balancer
HTTP • Health Checks • Traffic Distribution
↓
Availability Zone A
PUBLIC SUBNET
NAT / Routing
PRIVATE APPLICATION SUBNET
EC2 Application Node
Docker • Port 8080
Availability Zone B
PUBLIC SUBNET
NAT / Routing
PRIVATE APPLICATION SUBNET
EC2 Application Node
Docker • Port 8080
↓
DATABASEAmazon RDS
NOSQLDynamoDB
OBJECTAmazon S3
FILESYSTEMAmazon EFS
CONTAINERSAmazon ECR
IAM
Security Groups
NACLs
Encryption
VPC Endpoints
Systems Manager
VPC Flow Logs
PLATFORM
Engineering Capabilities
Enterprise infrastructure capabilities implemented through reusable Terraform modules and controlled engineering workflows.
02
IMPLEMENTED
Identity & Security
Layered identity, access and network security controls.
- IAM roles & policies
- Least-privilege access
- Security Groups
- Network ACLs
- Encryption controls
- Access validation
03
IMPLEMENTED
Compute & Operations
Highly available application compute with operational access.
- Amazon EC2
- Launch Templates
- Auto Scaling Groups
- Rolling instance refresh
- AWS Systems Manager
- Health validation
04
IMPLEMENTED
Storage
Encrypted object, block and shared filesystem services.
- Amazon S3
- Encrypted EBS
- Snapshot lifecycle controls
- Amazon EFS
05
IMPLEMENTED
Databases
Managed relational and NoSQL data service architecture.
- Amazon RDS
- Multi-AZ design
- Database encryption
- Amazon DynamoDB
- Monitoring controls
06
IMPLEMENTED
Containers
Immutable application packaging and registry-based delivery.
- Docker workloads
- Amazon ECR
- GitHub Container Registry
- Immutable image digest
- Non-root execution
- Runtime health checks
INFRASTRUCTURE AS CODE
Terraform Engineering
Infrastructure is defined as code, reviewed through Git and validated before controlled deployment.
Reusable Infrastructure
Terraform modules separate networking, IAM, compute, storage, databases and container infrastructure into maintainable engineering components.
network/
iam/
compute/
storage/
database/
ecr/
terraform workflow
$ terraform fmt -recursive
$ terraform validate
Success! Configuration is valid.
$ terraform plan
Plan: infrastructure changes reviewed
$ terraform apply
Infrastructure managed through code.
DEVSECOPS
Engineering Delivery Pipeline
Traceable workflow from engineering requirement to validated application deployment.
01
Requirement
Define scope
→
02
GitHub Issue
Track work
→
03
Feature Branch
Isolate change
→
04
Pull Request
Review
→
05
CI Validation
Automated checks
→
06
Container
Immutable build
→
07
ECR
Registry
→
08
AWS
Deployment
OPERATIONS
Live Application Status
Runtime health and application version retrieved directly from the deployed service APIs.
APPLICATION HEALTH
Checking application...
Served through the AWS Application Load Balancer and Auto Scaling application tier.
VERSION
Loading...
DEPLOYMENT
Docker / ECR
COMPUTE
Auto Scaling EC2
ENGINEERING PROJECT
Explore the implementation.
Review the Terraform infrastructure, application source, engineering standards, CI workflows, issues and project history.