Service
Enterprise & Cloud Architecture
Who this is for
CTOs and architects coordinating system and integration decisions.
Architecture is a set of trade-offs around workload, reliability, security, cost and the team that must operate the system.
Define non-functional requirements and map dependencies. Compare designs against realistic workload, failure, security and operating scenarios, then document decisions, limitations and validation needs.
Discuss an architecture reviewScope and outputs
Use these as a starting point for the engagement. Inclusions, estimates and acceptance criteria are agreed for your project.
System and dependency map
Options and architecture decision records
Validation and handover requirements
Capabilities to scope
- System Architecture Design
- Scalability Planning
- Security Architecture
- Integration Strategy
- Performance Optimization
Tools and timeline
Technology choices depend on fit: Microservices · Event-Driven · Cloud-Native · Serverless.
Estimate agreed after scoping.
A delivery process to agree
- 01
Identify business constraints and non-functional requirements.
- 02
Map data, integrations and existing operational responsibilities.
- 03
Compare options against realistic workload and failure scenarios.
- 04
Document trade-offs, validation gaps and decision ownership.
AI can assist suitable drafting, exploration or repetitive work. The agreed process must retain engineering review, meaningful validation and a responsible release owner. Tool and data permissions are agreed before using project material.
Related engineering guides
Questions to resolve before starting
- Which decision must be made now?
- What workload and failure modes must the design address?
- Which team will maintain and operate it?
If requirements are still uncertain, start with discovery and scoping.
Discuss a focused software engagement
Tell us the problem, users and constraints. We can discuss whether discovery, a first release or a system improvement is the right next step.
Discuss your project scope