Service

.NET architecture built for the decade after this one, not just this release.

From modernizing a decade-old .NET Framework monolith to standing up a new microservices estate on .NET 8, we build for the operational reality of enterprise systems: multiple teams, long lifespans, and zero tolerance for downtime during the transition.

Modern Architecture

Clean boundaries on current .NET, not legacy patterns on a new runtime

A migration from .NET Framework to .NET 8 or 9 that just recompiles the existing codebase against the new runtime captures a fraction of the available value. We architect around Clean Architecture and domain-driven boundaries from the outset — application logic organized around business capability, with minimal APIs replacing the controller-heavy MVC patterns that accumulated cross-cutting concerns over a decade of feature work.

Dependency injection, configuration, and cross-cutting concerns (logging, validation, authorization) are standardized through a shared internal framework layer we build once per engagement, so every new service starts from the same disciplined baseline instead of reinventing infrastructure code project by project.

Core Capabilities

Where we go deep

Domain-Driven API Design

Clean Architecture and DDD boundaries built on .NET 8/9 minimal APIs — service layers organized around business capability, not database table structure.

Microservices & Messaging

Event-driven service boundaries connected via Azure Service Bus or RabbitMQ, with saga-pattern orchestration for cross-service transactions that can't rely on a shared database.

Azure-Native Operations

Managed identity over connection strings, Key Vault-backed secrets, and infrastructure defined as code via Bicep — provisioned the same way in every environment, staging through production.

Microservices & Containerization

Service boundaries that match team boundaries

Microservice decomposition follows Conway's Law deliberately: service boundaries are drawn to match the team structure that will own them long-term, not an idealized domain model that no single team is actually staffed to maintain. Each service is containerized with a minimal, distroless base image, built through a standardized CI pipeline, and deployed to Azure Kubernetes Service with resource limits and health probes configured from day one — not added retroactively after the first out-of-memory incident.

Cross-service communication defaults to asynchronous messaging via Azure Service Bus for anything that doesn't require a synchronous response, with saga-pattern orchestration handling distributed transactions that span service boundaries. Synchronous service-to-service calls, where unavoidable, go through a service mesh layer for consistent retry, circuit-breaking, and mutual TLS — so resilience isn't hand-rolled differently in every service.

Legacy Modernization

Strangler-fig migration for systems that can't take downtime

For clients modernizing an existing .NET Framework monolith, we default to a strangler-fig approach: new capability is built as standalone services from day one, while a routing layer incrementally shifts traffic away from the legacy monolith module by module. The old system keeps running the business the entire time — there's no big-bang cutover weekend, and no window where the client is exposed to a failed migration taking down production.