Application boundaries
Separate business capabilities and define contracts before selecting a modular application, independent services or a combination.
Enterprise Cloud-Native Apps
Enterprise Cloud-Native Apps
Build enterprise applications around cloud-native services, APIs, identity, observability, resilience, and delivery patterns suited to ongoing product change.
Inside the delivery
Cloud services organized around enterprise boundaries
Define business boundaries and compare a modular application with distributed services. The flow below shows the main delivery stages and the evidence produced at each step.
- 01
Domain and runtime design
Define business boundaries and compare a modular application with distributed services.
Output
Domain map and deployment architecture
- 02
Platform integration
Connect enterprise identity, configuration, networking and managed dependencies.
Output
Platform integration and identity configuration
- 03
Service implementation
Build business capabilities with explicit contracts and failure handling between components.
Output
Application services and API contracts
- 04
Resilience validation
Exercise dependency failures, releases and recovery while checking operational visibility.
Output
Resilience evidence and service operating guide
Controls across the workflow
- Service ownership
- Identity boundaries
- Dependency timeouts
- Distributed tracing
Decisions that shape the scope
- Does cloud native require microservices?
- No. A modular application can use managed infrastructure, automation and observability without distributed-service complexity. Split services when business boundaries and operating needs justify it.
- Do we need microservices?
- Most organisations asking do not, at least not yet. Independent scaling and independent deployment by separate teams are the reasons that hold up. If one team owns everything and load is steady, a well-structured modular monolith gives most of the benefit for far less operational cost.
Before you commit
Is this the right engagement?
- What we need from you
- Business domains, enterprise interfaces, identity requirements, expected traffic and the platform team's operating model.
- How you accept the work
- Exercise dependency failures, releases and recovery while checking operational visibility. Acceptance records the tested scope, unresolved issues and the owner's decision.
- Scope & alternatives
- No. A modular application can use managed infrastructure, automation and observability without distributed-service complexity. Split services when business boundaries and operating needs justify it.
Capabilities
Engineering scope and deliverables
Select the work that addresses your constraint. Responsibilities and acceptance criteria are agreed before delivery.
Enterprise platform integration
Connect identity, network policies, configuration and managed services to the organization’s platform conventions.
Resilient dependencies
Implement timeouts, retry limits and recovery behavior appropriate to each dependency; account for duplicate requests and partial failure.
Operational readiness
Instrument services, define ownership and validate release and recovery procedures with the people who will operate the application.
Integrations
Selected for your environment
Tools are chosen around your existing systems, access requirements and operating constraints.
Cloud platforms
Identity providers
Payment and business systems
Analytics platforms
Internal APIs
CI/CD tooling
Frequently asked questions
Questions to resolve before starting
01Does cloud native require microservices?
Does cloud native require microservices?
No. A modular application can use managed infrastructure, automation and observability without distributed-service complexity. Split services when business boundaries and operating needs justify it.
02Do we need microservices?
Do we need microservices?
Most organisations asking do not, at least not yet. Independent scaling and independent deployment by separate teams are the reasons that hold up. If one team owns everything and load is steady, a well-structured modular monolith gives most of the benefit for far less operational cost.
03What is the real cost of going distributed?
What is the real cost of going distributed?
Debugging across services, data consistency, deployment coordination and the platform work that supports all of it. That cost is permanent, which is why we would rather test the need honestly than assume the architecture.
04Can we do this incrementally?
Can we do this incrementally?
Yes, and it is the only approach we would recommend. Extract one capability with its data, run it alongside the existing system, and learn from that before deciding how much further to go.
05What should we prepare for the first technical discussion?
What should we prepare for the first technical discussion?
Business domains, enterprise interfaces, identity requirements, expected traffic and the platform team's operating model.
06What evidence is available at handover?
What evidence is available at handover?
The agreed delivery includes resilience evidence and service operating guide. Exercise dependency failures, releases and recovery while checking operational visibility.
07How is the engagement estimated?
How is the engagement estimated?
We review the available inputs before estimating: Business domains, enterprise interfaces, identity requirements, expected traffic and the platform team's operating model. The proposal identifies dependencies, review milestones and excluded work; the scope determines the schedule.
Start a conversation
Discuss your next technical step
Share your current situation and the constraint you need to resolve. We will use the discovery inputs above to define a practical scope for Enterprise Cloud-Native Apps.