Microservices Architecture
Designs and implements microservices where the split is justified by real boundaries in the domain and the operational cost of running them is planned for so the architecture pays back the complexity it adds.
Everything included under this practice line.
Domain-driven decomposition: event storming context mapping and service boundary definition tied to the business
Inter-service communication: synchronous APIs asynchronous events and the choice between them per interaction
Data ownership: one service owns each data set with read models and eventual consistency where cross-service reads are needed
Service mesh and gateway: Istio Linkerd or equivalent for traffic shaping retries and mTLS between services
Distributed tracing and correlation: OpenTelemetry across the call graph so incidents can actually be diagnosed
Deployment topology on Kubernetes with progressive delivery canary releases and automated rollback
Operational tooling: platform templates service catalog and a paved path so new services do not each reinvent the setup
The stack we reach for.
What the business gets, measured.
- Independent release cycles per service so one team is not blocked waiting on another
- Fault isolation so a single service failure does not take down the whole product
- Right-sized scaling cost because hot paths scale independently of the rest
- Faster onboarding of new services through a paved-path template rather than a bespoke setup each time
- Faster incident diagnosis from tracing that follows the request across services
The specialists behind this practice line.
A distributed systems architect leads the decomposition and boundary decisions alongside domain engineers who own each service. A platform engineer builds the paved path and service catalog and a site reliability specialist wires in tracing alerting and progressive delivery.
Compose several capabilities into one engagement.
Custom Software Development
We build custom applications when off-the-shelf tools stop fitting the workflow. Scoped to what you actually need not a platform you'll grow into for five years.
Web Application Development
Production web apps with real auth real data and real load handling. React or SvelteKit on the front boring reliable APIs behind them.
Mobile Application Development
Native iOS and Android when performance matters React Native or Flutter when it doesn't. We ship to the stores and set up the release pipeline so you can too.
Enterprise Application Development
Line-of-business apps that talk to SAP Salesforce AD and the ERP nobody wants to touch. Built with SSO audit trails and role-based access from the start.
SaaS Product Development
Multi-tenant products with billing, metering, and self-serve onboarding wired in. We build the boring plumbing (tenancy, quotas, invoices) so the team can focus on the product itself.
API Development & Integration
REST GraphQL and gRPC APIs with contracts you can trust. Also the ugly integration work: webhooks retries backfills and third-party APIs that lie about their rate limits.
Application Modernization
Strangler-fig migrations for the 15-year-old app nobody wants to redeploy. We move it off the VM add tests around the parts that still earn revenue and retire the rest on a schedule.
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