Cloud & IaC

AWS Cloud Architecture

Practical AWS cloud architecture design and build for businesses that need reliable, maintainable infrastructure without unnecessary complexity.

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What we design and build

AWS environments designed and built around how your application actually runs

Cloud layouts and AWS builds for web applications, APIs, databases, background workers and storage workflows

VPC, subnet, routing, firewall and access patterns that are simple to operate and review

Production-ready buildouts for backups, monitoring, logging, deployment and disaster recovery

Cost-aware architecture that avoids overbuilt services, forgotten resources and unnecessary managed complexity

How we approach the work

Clear designs we can help build, maintain and hand over

Review the application, traffic, data, deployment process, current risks and operational constraints first

Prefer boring, supportable AWS patterns over fragile architecture that only works on a diagram

Document the chosen design, trade-offs, access model, backup plan and implementation work

Build and support implementation with AWS, Ansible, CI/CD and production troubleshooting where needed

Design areas

AWS architecture and build decisions we can help with

Good cloud architecture is not just choosing services. It is making sure the network, application, data, backups, access and deployment paths work together.

Application hosting

Choose sensible hosting patterns across EC2, load balancers, containers, managed services and simple deployment workflows.

Networking & access

Design VPCs, subnets, routing, security groups, DNS and access paths that are secure without becoming hard to operate.

Data, storage & backups

Plan databases, object storage, snapshots, retention, restore testing and disaster recovery around real business risk.

Monitoring & operations

Design logging, metrics, alarms, runbooks and operational checks so issues are visible before they become outages.

Security foundations

Set sensible IAM, encryption, public access, key management and audit logging defaults without blocking normal delivery.

Cost-aware choices

Avoid designs that quietly add unnecessary NAT, storage, data transfer, logging or managed-service costs.

Useful when

You need AWS infrastructure designed and built properly

This service is a good fit when you are launching a new application, moving from a single server, untangling an existing AWS account or need someone to design and build a safer production setup.

What you get

A practical AWS architecture, build plan, implementation work, risk areas, cost considerations and a staged setup that avoids unnecessary complexity.

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FAQ

AWS Cloud Architecture FAQ

Common questions before designing, building, redesigning or improving an AWS environment.

Can you design and build a new AWS environment from scratch?

Yes. We can design and build a practical AWS setup for web applications, APIs, databases, storage, backups, monitoring, access and deployment workflows.

Can you review an existing AWS architecture?

Yes. We can review what is already running, identify reliability, cost, access and operational risks, then suggest a cleaner architecture or staged improvement plan.

Do you help improve existing AWS setups, or only build new ones?

Both. We can improve an existing AWS environment or design and build a new one. The goal is a clear, reliable setup that is easier to operate, change and support over time.

Can you help with VPC, networking and access design?

Yes. We can help with VPC layout, subnets, routing, security groups, DNS, load balancers, VPN or admin access patterns and safer public exposure.

Can you build the AWS architecture as well as design it?

Yes. This service can include both architecture and implementation work, including AWS configuration, Ansible automation, CI/CD workflows, monitoring, backups and production troubleshooting.

How much does AWS cloud architecture work usually cost?

AWS cloud architecture work is usually quoted after a short scoping conversation because cost depends on account complexity, production risk and whether implementation support is needed.