Engineer for cloud-native
ScaleCloud's cloud-native engineering practice builds microservices, containers, serverless, and event-driven architectures with 12-factor patterns, API-first design, and resilient distributed systems that scale elastically and fail gracefully.
Decompose monoliths into services.
Portable, immutable containers.
Scale-to-zero event-driven functions.
Circuit breakers, retries, graceful failure.
Full-lifecycle cloud-native engineering expertise
From architecture design to production resilience — select a lifecycle stage to see the focus areas, deliverables, and tooling we bring.
Design
12-factorDesign cloud-native architecture — microservices decomposition, API-first, and event-driven patterns.
- Architecture
- Decomposition
- API-first
- Architecture
- Service decomposition
- API contracts
Ten services across the cloud-native lifecycle
A complete cloud-native practice — select a service to explore the outcomes and where it fits.
Cloud-Native Architecture
Design microservices, event-driven, and API-first architectures.
12-factorDepth across every cloud-native domain
We deliver across the full cloud-native portfolio — select a domain to see what it covers and where it fits best.
Microservices
6 servicesBounded-context services with clear contracts and independent deployment.
A 12-factor cloud-native architecture
App, container, service mesh, event, observability, and resilience layers. Select a layer to explore its components and design principles.
Container Layer
ImmutableImmutable containers with 12-factor patterns.
- Immutable
- Minimal
- Scanned
How we deliver cloud-native engineering
Select a track to explore our approach — architecture, containerization, and resilience.
Architecture Design
12-factorDesign microservices, event-driven, and API-first architectures with bounded contexts.
- Domain modeling & DDD
- Service decomposition
- Bounded context mapping
- API contract design
- Data ownership per service
- Event storming
- Technology selection
- Architecture decision records
Cloud-native capability depth
Seven capability areas with detailed features — select an area to explore each component and what it delivers.
Microservices
Service decomposition.
- Bounded ContextsClear service boundaries
- DDDDomain-driven design
- Strangler FigIncremental migration
- API-FirstContract-first APIs
- SagaDistributed transactions
- CQRSCommand/query separation
- Data per ServiceDatabase per service
- Event SourcingEvent store
- PolyglotRight DB per service
Start with a focused cloud-native assessment
Three assessments that turn cloud-native ambition into a resilient plan.
Cloud-Native Readiness Assessment
Assess app cloud-native readiness, decomposition candidates, and 12-factor gaps.
Duration: 2–3 weeksRequest AssessmentMicroservices Decomposition Assessment
Assess monolith decomposition, bounded contexts, and service boundaries.
Duration: 1–2 weeksRequest AssessmentResilience Assessment
Assess resilience patterns, failure modes, and chaos readiness.
Duration: 1 weekRequest AssessmentOutcomes our cloud-native engagements deliver
Scalable Microservices
Bounded-context microservices that scale independently and deploy without coordination.
Graceful Failure
Circuit breakers, retries, and chaos-tested resilience that fails gracefully under load.
99.95% Availability
Cloud-native architectures with SLO-backed availability, observability, and self-healing.
Continue across the cloud-native ecosystem
Explore related services — select one to see its strengths and where it fits.
Kubernetes Services
K8s platform for cloud-native workloads.
Insights from our cloud-native engineers
Field-tested perspectives on microservices, resilience, and serverless — with author and read time.
Decomposing the Monolith Safely
How to use the strangler fig pattern to decompose monoliths without big-bang risk.
Serverless or Containers? A Decision Framework
When to choose serverless vs containers and how to avoid lock-in.
Resilience Patterns That Survive Production
Circuit breakers, retries, and chaos engineering that actually work under load.
Event-Driven Without the Pain
Designing event-driven systems with Kafka that are decoupled and observable.
Observability for Microservices
Instrumenting OpenTelemetry traces and SLOs across 120 microservices.
Answers to common cloud-native questions
Cloud-Native Readiness Score
Your cloud-native readiness at a glance
- Free 30-minute consultation
- 60-day first service
- NDA available on request
- No obligation, no pressure
Ready to engineer cloud-native?
Book a consultation with our cloud-native engineers and build microservices, serverless, and event-driven architectures with 12-factor patterns and resilience.