
Build cloud-native applications, modernise existing systems, and scale your AWS environment with experienced developers who work as an extension of your engineering team. From serverless applications and cloud migrations to microservices, DevOps, and production support, our AWS developers contribute across the complete software delivery lifecycle from day one.
We build and maintain applications on AWS for businesses looking to expand their engineering capacity with experienced cloud developers.
Our AWS developers work directly with CTOs, engineering leaders, and product teams, supporting cloud architecture, application development, migrations, and production environments.
Through our dedicated offshore engagement model, developers integrate into your sprint cycles, engineering workflows, and delivery process from day one, working as an extension of your in-house team.





















Our hiring process is designed to help you onboard experienced AWS engineers quickly while ensuring the right technical and team fit.
Tell us about your application, AWS services, architecture, technology stack, team structure, and delivery goals. This helps us identify the technical expertise your project needs.
We recommend AWS developers based on relevant project experience, cloud expertise, and the AWS services your application relies on.
Evaluate shortlisted developers for technical expertise, communication skills, and team fit before making your hiring decision.
Your AWS developer joins your sprint cycles, engineering tools, and communication channels, contributing to development, cloud delivery, and ongoing support from day one.
MyGlamm needed to modernise its existing platform to support increasing traffic, simplify deployments, and improve engineering velocity as the product continued to grow.
Our engineering team redesigned the backend using a microservices architecture design and built a cloud-ready application ecosystem using Node.js, Docker, RabbitMQ, Redis, Elasticsearch, and MySQL.
The new architecture simplified future feature releases, improved service independence, and provided a stronger foundation for scaling the platform.

Build cloud-native applications, backend APIs, SaaS platforms, and modern software on AWS. Best suited for teams developing new products or modernising existing applications.
Provision AWS infrastructure, streamline releases with automated deployment pipelines, and manage cloud environments across development and production. Ideal for teams focused on reliability, automation, and platform operations.
Plan cloud architecture, migration strategies, and AWS service selection for complex applications. Best suited for businesses designing new platforms or modernising existing workloads with a secure, scalable foundation.
The quality of an AWS application is determined long before the first production deployment. Decisions around service selection, networking, security boundaries, storage, and scaling patterns influence everything that follows, from release velocity to operational cost. Our engineers establish the right architectural foundation early, reducing rework while making future enhancements easier to deliver as business requirements evolve.
AWS environments rarely stay the same after launch. New services are introduced, workloads expand, environments multiply, and engineering teams change over time. We build infrastructure using Infrastructure as Code and automation so environments remain consistent, version-controlled, and straightforward to update without relying on manual configuration or undocumented changes.
Production readiness isn't achieved at deployment; it's established throughout development. Monitoring, deployment automation, logging, access controls, and cost visibility are supported by the right AWS deployment tools, helping teams release with confidence while maintaining stable, observable, and easier-to-operate AWS environments over the long term.
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Cloud-native web applications, backend systems, SaaS platforms, and APIs engineered on AWS, covering application architecture, managed databases, authentication, third-party integrations, event-driven processing, and production deployments.
Migration of on-premise, legacy, and existing cloud workloads to AWS through workload assessment, application modernisation, refactoring, re-platforming, dependency mapping, migration sequencing, and phased production cutovers.
Event-driven applications developed using AWS Lambda, API Gateway, Step Functions, EventBridge, SQS, and SNS, supporting workflow automation, asynchronous processing, and scalable backend execution.
We provision AWS infrastructure using Terraform and AWS CloudFormation, implementing Infrastructure as Code, multi-environment provisioning, CI/CD automation, configuration management, and repeatable cloud deployments.
Containerized workloads deployed on Amazon ECS, Amazon EKS, Docker, and AWS Fargate, covering microservices orchestration, autoscaling, service discovery, and rolling production deployments.
Production AWS environments supported through monitoring, observability, incident response, infrastructure optimisation, performance tuning, cost governance, and ongoing operational maintenance.
Your AWS developer takes ownership of cloud development tasks, infrastructure changes, feature delivery, and production support, working exclusively on your project throughout the engagement.
The developer works within your sprint planning, Git workflows, pull requests, deployment pipelines, and engineering tools, contributing as an extension of your internal team rather than an external vendor.
Keeping the same engineer on the project preserves knowledge of your AWS environment, deployment workflows, application architecture, and operational decisions, reducing onboarding effort as the platform evolves.
Scale the team with additional AWS developers as delivery priorities change, without restarting hiring, knowledge transfer, or onboarding every time new capacity is required.
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Build on a cloud foundation that supports growth from the start. AWS developers establish scalable architecture, deployment workflows, and infrastructure that reduce future rework as the product evolves.
As applications and customer demand grow, AWS developers help modernise cloud environments, automate infrastructure, improve deployments, and support increasing engineering workloads.

Support large-scale AWS environments through platform engineering, cloud migrations, production operations, and governance aligned with established enterprise engineering practices.
They have strong expertise in the latest technologies and provide excellent guidance in using them effectively.
CODE B launches the products quickly, and their solutions have excellent architecture and are scalable.
CODE B is proactive in coming up with solutions.
Aside from getting the job done, they’re able to provide their expertise and share their opinion.
They’re a very bright team that requires minimal levels of communication or time investment to be very effective.
Their constant communication was a key aspect of the success.
They completed the project within the timeline we gave them, and they did it within budget.
Had a great experience working with the team and in times of crisis, CODE B team was always there to support us.
The way that they have supported us by giving us one of their developers to work directly with our development team.
Our overall experience has been very positive.
They are friendly and reliable.
The ability to deliver on time impressed us the most.
They’re excellent at what they do and come up with solutions for various problems.
CODE B will work overtime to resolve issues, which is a difficult trait to find.
Code B’s communicative.
I’ve had a great experience working with CODE B
The main positive point of working with CODE B team is their analyzing skills.
They are receptive and try to adjust to meet our requirements.