AmwerahSolutions
Technologies · Cloud

AWS and cloud infrastructure

AWS has roughly two hundred services and you need about eight of them. Most cloud cost and most cloud complexity comes from using the other hundred and ninety-two because they were there.

Discuss your project

When we reach for it

  • Essentially every hosted project — the breadth, the regional coverage and the hiring pool are all unmatched
  • Workloads that need Indian data residency alongside US, UK or Australian presence
  • Systems where managed database, queue and storage services remove real operational burden
  • Anywhere infrastructure needs to be reproducible in code rather than assembled by hand

When we don’t

  • Small, simple applications where a managed platform is dramatically cheaper and less to operate
  • Static sites, which belong on a CDN and need none of this
  • Organisations already committed to Azure or Google Cloud, where a second provider adds cost without benefit

This half is the useful one. A firm that has never declined to use a technology has never chosen one.

In practice

What we have learned about the parts of AWS & Cloud that bite — written from projects rather than from documentation.

The eight services

Compute for containers, a managed relational database, object storage, a CDN, a queue, a secret manager, a load balancer and a monitoring stack. Almost every application we build sits comfortably on that set, and every service added beyond it should have to justify the operational surface it brings.

The failure mode is architecture-by-service-catalogue: a system with eleven services where five would do, each requiring its own configuration, permissions, monitoring and expertise. Complexity in infrastructure is paid for continuously, by whoever is on call.

Everything in Terraform

Infrastructure created by hand in the console cannot be reliably reproduced, reviewed or reverted, and it drifts — someone changes a security group during an incident and nobody records it. Six months later staging and production differ in ways nobody can enumerate, which is how a routine deploy becomes an outage.

Everything we build is described in Terraform, in your repository, reviewed like application code. A new environment is a variable file. That property is what makes disaster recovery a plan rather than an aspiration.

The bill is a design output

Cloud costs grow quietly, and the first step is always visibility rather than reduction: resources tagged by service and environment from day one, so a jump in the bill can be attributed instead of investigated.

The recurring wins are unglamorous — over-provisioned instances, non-production environments running around the clock, storage nobody deleted, and cross-availability-zone data transfer that nobody realised was chargeable. None of it is clever, and together it is frequently a third of the bill.

What we build with it

AWS and cloud infrastructure, applied

The shapes of system this technology is actually good at, rather than the ones it is capable of.

Usually alongside

  • Terraform
  • ECS
  • RDS
  • S3
  • CloudFront
  • SQS
  • Secrets Manager
  • CloudWatch
  • GitHub Actions
  • Container-based application hosting on ECS or App Runner
  • Managed PostgreSQL with automated backups and a tested restore
  • Object storage and CDN delivery for media and static assets
  • Queues and scheduled jobs for anything that should not run in a request
  • Multi-environment setups described entirely in Terraform
  • Monitoring, alerting and runbooks tied to user-visible symptoms
Questions

AWS & Cloud, answered

General questions
AWS, Azure or Google Cloud?

Any of them will host your application competently, and the deciding factors are rarely technical. AWS has the widest service range, the best regional coverage in India, and the largest hiring pool — which is why it is our default. Azure makes obvious sense if your estate is already Microsoft and your identity lives in Entra. Google Cloud is strong on data and machine-learning workloads. What we would advise against is spreading across two providers without a specific reason, because you then pay the operational cost of both.

How much will our AWS bill be?

For a typical business application with a managed database, container hosting, storage and a CDN, the monthly figure is usually a few hundred dollars rather than a few thousand — but it depends on traffic, data volume and how much of it is running around the clock. We model it before building, tag every resource by service and environment so it stays attributable, and set billing alerts. The bills that shock people are almost always caused by something nobody was watching: an unbounded log retention, a forgotten environment, or cross-zone transfer.

Can you migrate our existing servers to AWS?

Yes, and the question worth asking first is what to change during the move. A straight lift-and-shift is fast and gets you no benefit beyond someone else owning the hardware. Replacing self-managed databases and queues with managed equivalents costs more in migration effort and removes a substantial ongoing operational burden. We assess what is running, propose which pieces should change and which should simply move, and sequence it so nothing has to happen in one weekend.

What about data residency for Indian clients?

AWS has regions in Mumbai and Hyderabad, so data can stay within India where regulation or contract requires it. The detail worth checking is that every service in your architecture is available in the chosen region and that backups, logs and any replicas are also configured to stay there — those are the ones that quietly cross a border. We make residency an explicit part of the design and document where each class of data lives.

Building with AWS & Cloud?

Whether it is a new build, a takeover or a second opinion on an architecture someone else chose — the first conversation is free and we will tell you if the stack is wrong for the job.