SOFTWARE ARCHITECTURE CONSULTING · DDD · CQRS · EVENT-DRIVEN

Software Architecture consulting that scales with your business

We audit, design, and evolve architectures on DDD, CQRS, and event-driven foundations. Every layer engineered for real load, evolution, and continuous delivery.

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We work with

SLOs

p75 · 30d

p95

142ms

RPS

2.4k

Uptime

99.97%

Architecture · Bounded contexts

Production · v3.2.0

Healthy

Event busKafka · 2.4k RPS

orders-svcp95 128ms

payments-svcp95 142ms

catalog-svcp95 96ms

Weekly throughput+22% MoM

Migration plan

Strangler fig · 3 phases

Bounded contexts identified
Outbox + event sourcing live
Monolith reduced to 38%

METHODOLOGY

We diagnose, design, and evolve with engineering judgment

Audit on real code, data, and operations. Every decision leaves a trail and ties back to a business metric.

01 / 03

Diagnosis

Code audit and tech debt assessment
Domain map and bounded contexts
Bottlenecks: queries, locks, and N+1
Real metrics: p95, RPS, error rate
Operational and scaling risks

02 / 03

Design

Target architecture on DDD and CQRS
Event-driven, outbox, eventual consistency
Migration strategy with strangler fig
Kubernetes platform and observability
ADRs and documented decisions

03 / 03

Evolution

Phased migration without stopping business
Continuous delivery platform and CI/CD
Observability with OpenTelemetry and SLOs
Performance and cache tuning
Team enablement at every release

VALUE PROPOSITION

Architectures that sustain growth

We design architectures that scale with the business. Every technical decision ties back to a product and operations lever.

System design

DDD · HEXAGONAL · CQRS

We design architectures from scratch or evolve existing ones. DDD, hexagonal, CQRS, and event sourcing applied to the real complexity of the domain.

Monolith migration

STRANGLER FIG · BOUNDED CONTEXTS

Gradual transition from monoliths to microservices with the strangler fig pattern. Bounded contexts, outbox, and phased migration that coexist with the live system.

Performance engineering

P95 · LOAD TESTING · CACHE

Profiling, load testing, and bottleneck optimization. Query tuning, caching strategies, and horizontal scaling measured against SLOs.

Cloud native

KUBERNETES · TERRAFORM · IaC

Kubernetes, serverless, and multi-cloud architectures. Infrastructure as code with Terraform, observability with OpenTelemetry, Prometheus, and Grafana.

SUCCESS STORIES

Companies that trust our team

Companies that trust Dinacode to design and evolve architectures in production. Scale, performance, and continuous delivery, measured.

Boluda

Pavasal

Fama

Adif

FREQUENTLY ASKED QUESTIONS

What they ask before signing

What we put in writing before we start.

How does an architecture consulting engagement start?
With a 2 to 4-week diagnosis on real code, data, and operations. We deliver a domain map, metrics, risks, and the target architecture with ADRs. An actionable, prioritized working plan from the first deliverable.
Do we migrate to microservices or keep the monolith?
It depends on the domain, the team, and the operation. We apply strangler fig when it adds value and modular monolith when it is enough. The decision is backed by bounded contexts, metrics, and ADRs.
Do you design only or also support execution?
Both. We design the target architecture and support the team through phased migration. CI/CD, observability, and SLOs from the first sprint, with impact measured in production.
What stack do you work with?
Java with Spring Boot and Quarkus, Node.js with NestJS, .NET, and Go. Kubernetes, Kafka, PostgreSQL, and Redis at the platform layer. OpenTelemetry, Prometheus, and Grafana for observability.
How do you measure the outcome?
With operational SLOs: p95, RPS, error rate, uptime, and MTTR. And with product metrics: time-to-market per feature, deploy frequency, and tech debt reduced. Every release leaves a trail in the observability stack.