The microservices approach is a model for building high-load systems and products with flexible business logic. Each microservice performs one small, atomic task and connects to the rest through process orchestration. Microservices can be written in different languages and scaled or refactored independently of the rest of the system.
Test Coverage
Scaling
For the Business
The more custom code you have, the harder regression and feature management become. A BPM system plus development with full test coverage keeps your time-to-value at a minimum.
Business analysts can create or change logic with complex events (timers, exceptions, decision tables) on their own, without help from developers.
Unlike modular systems, a microservices solution can be scaled atomically — right down to individual microservices.
Distributed systems delivered
We've decomposed monoliths for fintech, logistics, retail, and SaaS platforms — systems handling everything from seasonal 10x traffic spikes to strict transactional consistency. Our architects design service boundaries around business domains, not org charts, so every service has one clear owner and one clear job.
Teams that migrated with us through their first peak season saw zero downtime while legacy competitors throttled traffic. We don't chase framework trends — we build orchestration foundations that survive team turnover and traffic growth alike.
Our team includes distributed-systems architects, BPMN process designers, SRE specialists, and test automation engineers. One team owns your architecture from design to operations: every service contract, every pipeline and every runbook is written by the engineers accountable for the system.
This matters for long-lived systems: you get consistent engineering standards, direct communication with the people writing the code, and institutional knowledge that accumulates over multi-year engagements. No mid-project handoffs.
Automated test coverage on delivery
Warranty period
If a service we implement breaks — a failing contract, a broken saga rollback, an orchestration deadlock — we fix it free for 12 months post-launch. This isn't a maintenance retainer — it's a quality guarantee backed by full regression suites.
Most agencies disappear after project delivery. We stay accountable. Our warranty covers engineering defects, not new feature requests or third-party outages. It's proof we build microservices infrastructure that lasts.
Concrete commitments we honour on every single project.
Full code and files handed over — zero lock-in
Revisions within the agreed scope at no extra cost
We sign an NDA — your data stays protected
Post-launch technical support included
Pay per delivered stage — a stage not delivered as agreed is refunded
Defining microservice boundaries and responsibilities based on your business requirements.
Building BPMN diagrams and defining the integration points between services.
Building microservices with TDD (Test-Driven Development) and continuous integration.
Independent service deployment and monitoring set up with unified logging.
Microservices require a different playbook than modular refactoring. Your system likely has tangled business logic, shared databases, implicit integrations, and years of accumulated shortcuts. A single wrongly drawn service boundary can multiply latency and cost for years. Our methodology starts with a complete domain audit — we map every business capability, identify coupling hot spots, and prioritize decomposition by impact.
Next, we design explicit service contracts for every boundary. We don't just split code — we define inputs, outputs, failure modes, and ownership for each service. This reveals where orchestration beats choreography and where a shared workflow engine saves months of glue code. We map a phased migration roadmap with realistic timelines based on team size, traffic profile, and risk tolerance.
Delivery comes third. We build each service test-first — contract tests, integration tests, and load tests run in continuous integration from day one. Business processes are modeled as BPMN diagrams that analysts can read and change, so the logic stays visible to the business, not buried in code.
Finally, we wire in observability from the start. Unified structured logging, distributed tracing, and per-service dashboards mean every incident has a clear cause within minutes — no archaeology through mismatched log formats or manual correlation.
Last updated: 2026
6-10
Weeks to your first production-ready service extracted from the monolith
Unique Insight
Most teams split services by technical layers. We split by business capability ownership — each service maps to one process an analyst can point to. This cuts cross-service chatter and keeps every deploy independent.
Microservices aren't a silver bullet. For a startup with 3 developers, a monolith may be the right call. Here's an honest comparison.
Honest answers about how we work, what it costs, and what you can expect
Most systems break when they scale. Ours are engineered for 10× growth from day one.
Architecture with 10× headroom. When competitors hit the ceiling, you simply add capacity.
Updates with zero downtime. Users never notice a deploy — the system runs nonstop, like a heartbeat.
The right architecture scales horizontally. Adding resources is a linear cost, not an exponential one.
The world's largest digital platforms moved to a microservices architecture — and it transformed their business.
When Amazon ran on a monolithic server, handling heavy load was hard — especially during peak sales. The company lost revenue while server capacity sat idle.
Moving to a microservices architecture (AWS) let it scale on demand, cut downtime, and lower costs.
On a monolithic architecture, Netflix suffered constant outages under heavy load. In 2009, the company began its move to cloud microservices.
The result: engineers deploy code thousands of times a day, and the platform serves millions of users worldwide without interruption.
Microservices aren't always the right choice. We'll give you an honest assessment of which architecture your business actually needs.
Start with a modular architecture — and migrate to microservices once the business grows into it. We design modular systems with "clean seams" so the transition is painless and gradual.
Get an Architecture AssessmentYour competitors aren't waiting. Tell us about your project — we'll prepare a free assessment within 48 hours.
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for a free assessment
Fixed price
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12 mo.
warranty on work
Real feedback from the companies we have worked with
4.8
Quality
4.8
Communication
4.3
Timeliness
4.8
Value
Our monolith made every release a white-knuckle event. AWDS re-architected the platform into services we can deploy independently — zero-downtime updates are now routine. Our release frequency went from monthly to daily without the drama.
Julian Reyes
VP of Engineering, Streamvault Media
Independent scaling was the whole reason we moved to microservices, and they delivered it properly. During our last spike we scaled just the payment service instead of the entire app. Infrastructure cost dropped while reliability went up.
Hana Kowalczyk
CTO, Ledgerline Fintech
What I appreciated was that they didn't over-engineer it. They split the services along real business boundaries, so ownership is clear and teams stopped stepping on each other. Onboarding new engineers got dramatically easier.
Dominic Ashby
Head of Platform, Cartwheel Marketplace
The transparency into each service — proper monitoring, tracing, clear contracts — means we catch issues before customers do. A migration this size could have been a disaster; instead it was staged, tested, and boring in the best way.
Aditi Raghunathan
Director of Engineering, Novabank Digital
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