Amazon Web Services is the infrastructure backbone of the modern internet. Whether you are running containerized microservices on ECS, serving a global application through CloudFront, processing events with Lambda, or storing petabytes of data in S3 and Redshift, AWS provides the managed services that make production infrastructure manageable — but only if configured correctly. AWS misconfiguration is one of the most common causes of both security incidents and unnecessary cloud spend. When you hire an AWS developer, the depth of their architecture knowledge determines whether your infrastructure is secure, cost-efficient, and reliable.
When you hire AWS developers from Devvista, you get cloud engineers who design AWS architectures with reliability, security, and cost efficiency as primary concerns. They write infrastructure as code using Terraform or AWS CDK, design VPCs with proper network segmentation, configure IAM policies with least privilege, set up monitoring and alerting that catches problems before they affect users, and optimize cloud spend without sacrificing performance.
Need an AWS engineer who designs infrastructure you can trust? Contact Devvista today.
What Our AWS Developers Build and Manage
AWS Infrastructure Design and Setup
We design and provision AWS infrastructure from scratch — VPC with public and private subnets, security groups, NAT gateways, Application Load Balancers, ECS or EKS clusters, RDS with Multi-AZ deployment, ElastiCache, S3 buckets with proper policies, and CloudFront distributions. Every component is configured with security and operational requirements in mind, not just functionality.
Serverless Architecture
We build serverless applications using AWS Lambda, API Gateway, DynamoDB, SQS, SNS, and EventBridge. Serverless architectures reduce operational overhead and scale automatically, but they require specific design patterns — cold start mitigation, proper IAM permissions, dead letter queues, and the tracing instrumentation that makes debugging distributed serverless systems practical.
Infrastructure as Code
We write all infrastructure configuration as code using Terraform or AWS CDK — making infrastructure reproducible, version-controlled, and reviewable. IaC eliminates configuration drift between environments and enables the disaster recovery capability that comes from being able to rebuild your infrastructure from a known state.
CI/CD Pipelines on AWS
We set up continuous integration and deployment pipelines using AWS CodePipeline, CodeBuild, and CodeDeploy, or integrating GitHub Actions and GitLab CI with AWS deployment targets. These pipelines include automated testing, environment-specific configurations, and deployment strategies — blue/green, canary, rolling — that minimize downtime during releases.
Cloud Migration
We migrate applications from on-premises or other cloud providers to AWS — assessing the existing infrastructure, designing the target architecture, migrating data with minimal downtime, and validating the migrated application before cutover. We follow AWS's Migration Acceleration Program best practices and use Database Migration Service and Application Migration Service where appropriate.
AWS Skills We Cover
Our AWS developers hold AWS certifications including Solutions Architect and DevOps Engineer. They are proficient with EC2, ECS, EKS, Lambda, RDS (Postgres, MySQL, Aurora), DynamoDB, S3, CloudFront, Route 53, SQS, SNS, EventBridge, API Gateway, Cognito, IAM, CloudWatch, X-Ray, Secrets Manager, and WAF. For IaC, they work with Terraform, AWS CDK, and CloudFormation. They also set up cost monitoring with AWS Cost Explorer and implement tagging strategies for cost allocation.
Our Hiring Process
Requirements Call
We understand your current infrastructure state, target architecture, and compliance requirements.
Matching
We identify AWS engineers whose experience matches your workload type.
Interview
Your process. We coordinate.
Onboarding
Access and tooling setup handled. Contributing in week one.
Support
You direct. We manage.
Why Choose Devvista?
AWS knowledge is easy to claim. Our technical assessment tests real infrastructure design ability — security model design, cost optimization reasoning, and the failure mode analysis that distinguishes engineers who have run infrastructure in production from those who have only taken the exam.
Engagement Models
Full-time dedicated for ongoing infrastructure work, part-time for maintenance and optimization, or project-based for migration or infrastructure build-out.