Build event-driven, auto-scaling applications on AWS Lambda, Fargate, API Gateway and DynamoDB — pay only for what you use, with nothing to provision, patch or scale by hand.
AWS serverless eliminates infrastructure management entirely — you write the code, and AWS provisions, scales and patches everything underneath it. Organisations that adopt it typically cut infrastructure costs by 40-70% versus traditional server-based hosting.
We pair Fargate with services like ECS and EKS to remove the need to provision, patch or manage servers — you enable and pay for resources per application, with isolation built in by design for stronger security.
Through this event-driven compute service we build pay-as-you-go workloads, workload-aware scaling logic and precise event integrations without ever managing a server. Lambda processes trillions of requests every month.
Cloud architecture choice affects cost, scalability and delivery speed — here's how serverless compares to EC2-based hosting and container orchestration.
| Factor | AWS Serverless (Lambda / Fargate) | Traditional Cloud (EC2) | Containers (ECS / EKS) |
|---|---|---|---|
| Server Management | None — fully managed by AWS | Full server management required | Container orchestration required |
| Pricing Model | Pay only per execution (millisecond billing) | Pay 24/7 whether idle or busy | Pay for running container capacity |
| Auto Scaling | Instant, automatic, virtually unlimited | Manual or scheduled autoscaling | Configurable autoscaling |
| Deployment Speed | Seconds to deploy new functions | Minutes to hours for provisioning | Minutes per container build/deploy |
| Best For | Event-driven apps, APIs, microservices, variable traffic | Long-running, heavy compute workloads | Complex microservices needing full control |
| Cost Efficiency | Up to 70% lower operational costs | Higher ongoing infrastructure cost | Moderate cost |
Application integration on AWS serverless is what connects each decoupled piece of your application together — here's what we reach for most.
A serverless event bus that connects applications, blending real-time data from your own services, SaaS apps and AWS services into one stream.
A serverless function orchestrator that sequences Lambda functions and AWS services into reliable, visualised business workflows.
A message queuing service that helps decouple and independently scale serverless applications, microservices and distributed systems.
A fully managed messaging service enabling application-to-person and application-to-application communication at scale.
Gives your programmers a scalable, secure backend for mobile and web applications, so front-end and back-end teams can link up cleanly.
Helps build GraphQL APIs quickly, giving front-end developers the ability to query multiple databases and services through a single endpoint.
We build serverless services across every layer of your stack, including the data layer that needs to scale exactly the way your compute does.
Cloud storage for any volume of data, letting your serverless functions read and write objects without managing a single disk.
A NoSQL database service that lets us stand up tables handling any level of requested traffic without capacity planning.
A fully managed database proxy for Amazon RDS that makes serverless apps more scalable, resilient to failures, and better protected.
An on-demand, auto-scaling database configuration that starts up, shuts down and scales capacity automatically as your app needs it.
Serverless architecture changes the economics and speed of shipping software — here's what our clients see most often.
Millisecond-level billing means you're charged only for the compute time your functions actually consume, not idle capacity.
New functions ship in seconds through automated pipelines, so features and fixes reach production far faster than server-based releases.
AWS handles provisioning, patching and availability, so your team spends its time on application logic instead of infrastructure upkeep.
Functions scale from zero to thousands of concurrent executions automatically, handling traffic spikes without manual intervention.
Removing idle infrastructure typically cuts operational costs by 40-70% versus always-on, traditional server-based hosting.
Functions and integration layers are built to be shared across projects, so new applications reuse proven, tested building blocks.
We've helped businesses across these industries put AWS serverless architecture to work on real, production workloads.
An expert team of dedicated AWS consultants, serverless developers and industry specialists — delivering serverless projects successfully, end to end.
Full protection of your data and intellectual property across every engagement.
Full visibility into progress, decisions and delivery at every stage.
Rigorous QA and review before anything reaches production.
Standing technical support long after your project ships.
Every engagement covered by a signed non-disclosure agreement.
Backup and restoration built into every project we run.
Clear scope and pricing agreed before work begins — no surprises.
Overlap with your timezone and working hours, wherever you are.
Look at our clients' honest feedback to know why they leverage and value our services.
Large scale MongoDB development delivering multi type content within complex collections with embedded typing and logic and in multiple languages on AWS. Technically complex but delivered faultlessly. Thanks everyone at Eternal, job very well done!
The Eternal team did an excellent job setting up our application. It was a complex scenario with several legacy issues, but they worked swiftly and communication was excellent, all managed through a very helpful online project management system. I will definitely be using them again in the future
Great team to work with, they fixed a very difficult problem which 5 other coders could not figure out. They did in an hour. Amazing team, will hire again for future projects.
Let us explore Eternal client stories enabling projects with AWS development and implementation.
We had a customer who wants to send 100K Emails in 24 hours with his existing application but he was not able to do it and can't find a solution for this. Then once he talked to...
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Voxel Readers is a cloud-based medical reporting platform used by doctors, radiologists and clinics to generate, upload and download patient reports securely.
Read case study →Serverless applications in AWS are cloud-based applications where AWS manages the underlying infrastructure automatically. Developers write code using services like AWS Lambda, Amazon API Gateway and Amazon DynamoDB without provisioning or maintaining servers. These applications scale automatically, improve availability, and charge only for actual usage.
The five major components are a web server, a Function-as-a-Service (FaaS) layer such as AWS Lambda, a security token service (STS), user authentication, and a database such as Amazon DynamoDB or Aurora Serverless.
Eternal Web Pvt Ltd is a leading AWS serverless application development company with 15+ years of experience, 15+ AWS certified developers and 99+ happy clients globally — offering end-to-end serverless solutions using AWS Lambda, Fargate, API Gateway and DynamoDB across the US, UK and India.
Common use cases include trigger-based tasks, RESTful APIs, asynchronous processing, security checks, continuous integration and delivery, real-time data processing, chatbot backends and IoT event handling.
Serverless computing is the modern trend in cloud architecture, making it far simpler to build, deploy and scale apps. Developers can focus purely on their code, without provisioning servers or installing software to run it.
Yes — serverless applications can be fully automated using AWS Lambda and AWS CodePipeline, enabling continuous delivery, infrastructure as code with AWS CloudFormation or CDK, and zero-downtime deployments.
Microservices is an architectural pattern where applications are built as independently deployable services, often in containers. Serverless is an execution model where a cloud provider runs your code in response to events without managing servers. Microservices define how you structure your app; serverless defines how you run it.
Cost depends on project scope, team size and engagement model. Eternal offers flexible hiring — hourly, part-time or full-time dedicated developers — while the underlying pay-per-use infrastructure can reduce operational costs by 40-70% compared to traditional hosting.
Traditional cloud hosting requires you to provision, manage and pay for servers 24/7, even during idle time. AWS serverless eliminates server management entirely — you only pay for actual compute time, and applications auto-scale instantly with no idle cost.
Hotel and Wellness, Manufacturing, Finance, Real Estate, Logistics and Distribution, Jewellery, Travel and Hospitality, and Lighting all benefit — as does any industry with variable traffic or event-driven workflows.
Have questions about building, migrating to, or scaling a serverless architecture? Drop in your project details to discuss with our AWS serverless consultants.
