Terraform AWS
To eliminate repetitive manual setup and enforce consistency across cloud environments, I built a Terraform-based infrastructure to provision a lightweight EC2 instance on AWS. The goal was to create a simple, scalable, and fully codified workflow that supports quick environment spin-ups for development, testing, or experimentation — all with secure access and minimal configuration overhead.
Project Links
Please note that the project has not yet launched. Live access will remain unavailable until the official release.
Issues
Spinning up cloud infrastructure manually via the AWS Console was slow, error-prone, and inconsistent. Small misconfigurations — like incorrect security group rules or missing key pairs — often led to wasted time during setup. There was also no reliable way to track infrastructure changes, making it difficult to audit or replicate environments. Over time, these issues compounded and made it clear that a declarative, automated approach was needed.
Solutions
I solved this by using Terraform to define and provision the entire stack as code:
- A lightweight EC2 instance using the latest Ubuntu AMI
- A secure security group allowing only SSH access from trusted sources
- Version-controlled .tf files for full visibility and reproducibility
This shift to Infrastructure as Code (IaC) eliminated guesswork, reduced provisioning time to under a minute, and gave me full control over infrastructure changes — all through a single command-line workflow.
Tech Stack (DevOps)
- Terraform
- AWS EC2
- Git
- Github
Key Features and Technical Highlights
End-to-End EC2 Provisioning with Terraform
- Provisioned a complete EC2 environment using Terraform—covering networking, security, and compute resources.
- Infrastructure-as-Code (IaC) approach enables fully automated deployment via version-controlled configurations.
Secure by Design
- Security groups configured to allow SSH access (port 22) only from trusted IPs.
- Reduces attack surface by limiting exposure to unauthorized access.
Codified Infrastructure for Repeatability
- .tf files define reusable infrastructure for consistent deployments across AWS accounts or regions.
- Supports full change tracking, versioning, and rollback for reliable infrastructure management.
Minimal Resource Footprint
- Uses only essential AWS components for a lightweight, fast deployment.
- Ideal for development, testing, or minimal production environments without unnecessary overhead.
Impact and Outcomes
Reduced Provisioning Time from Hours to Minutes
- Deploys a secure EC2 environment in under 60 seconds using Terraform.
- Accelerates development cycles by eliminating manual setup and freeing time for actual work.
Improved Infrastructure Visibility & Control
- All infrastructure changes are version-controlled via Git, enabling better collaboration and oversight.
- Track, review, and iterate on decisions with full historical context.
Scalable Foundation for Future Cloud Projects
- Lays the groundwork for advanced infrastructure—including autoscaling, app hosting, or containerization.
- Terraform-based setup ensures scalability and modular growth across future projects.