Clear, owned outputs.
- Architecture review report
- Target architecture and diagrams
- Architecture decision records
- A prioritized improvement roadmap
- Design walkthroughs with your engineers
Architecture decisions made early are expensive to change later. We design cloud architectures that balance reliability, security, performance, cost and operational simplicity — and we write down the decisions and trade-offs so your team understands why the system looks the way it does.
The problems Cloud Architecture solves.
Solution and platform design, architecture reviews and documented decisions.
A system grew organically and nobody has the full picture.
New features are slowed by tightly coupled components.
Reliability or performance issues keep recurring.
Architecture choices are made without considering cost.
What Cloud Architecture covers.
Solution architecture
End-to-end designs for new systems and major changes.
Architecture reviews
Assessment against reliability, security, performance, cost and operations.
Event-driven and serverless design
Decoupled designs where they reduce complexity.
Multi-region and resilience
Designs for high availability where the business needs it.
Decision records
Architecture decision records capturing options and trade-offs.
Diagrams and documentation
Current and target-state diagrams your team can maintain.
What we weigh in an architecture review.
We use the cloud providers' well-architected frameworks as a checklist, then judge each finding against your actual risk and budget.
| What we check | Why it matters |
|---|---|
| Reliability | Single points of failure, multi-zone design, retries and timeouts, and what happens when a dependency is down. |
| Security | Identity, network exposure, encryption, secrets handling and blast radius if one component is compromised. |
| Performance | Where latency comes from, how the system scales and whether caching is in the right places. |
| Cost | Over-provisioned resources, data transfer charges and services that could be replaced by cheaper managed options. |
| Operations | Deployment, observability, runbooks and how quickly the team can find and fix problems. |
| Sustainability | Idle resources and inefficient regions — usually the same fixes that cut cost. |
Why it's worth it.
Fewer dead ends
Trade-offs are considered before building.
Shared understanding
Documentation helps new engineers contribute quickly.
Balanced systems
Reliability, cost and speed are weighed together.
When Cloud Architecture is the right move.
- Designing a new platform or product.
- A review before scaling an existing system.
- Untangling a monolith into well-defined services.
Technologies & platforms
- AWS Well-Architected
- Azure Well-Architected
- Google Cloud Architecture Framework
- C4 diagrams
- Kafka
- Serverless frameworks
How Cloud Architecture work runs.
- 01
Assess
Current state, risks, constraints and goals reviewed with your team.
- 02
Design
Target state, options and trade-offs written down and agreed.
- 03
Build
Changes delivered as code, peer-reviewed and tested.
- 04
Release
Changes rolled out safely with monitoring and rollback ready.
- 05
Hand over
Documentation, runbooks and knowledge transfer to your team.
Cloud Architecture questions.
What is a Well-Architected review?
A structured review of a workload against best-practice pillars such as reliability, security, performance, cost and operational excellence. It produces a list of risks and improvements.
Do you only design, or also build?
Both. Architects can hand designs to your team or work with our engineers who build them.
Should we move to microservices?
Only if the benefits outweigh the operational cost. Many teams do better with a well-structured modular application. We'll help you decide.
Talk to us about cloud architecture.
Describe the environment and what needs to change. We'll reply with the questions we would answer first and a sensible first step.