Not every problem fits inside a single application. Some need independent services that scale on their own, real-time communication over sockets, or a connection to hardware and third-party systems that a typical web stack doesn't handle out of the box.
We design and build microservices architectures for products that need to scale specific parts independently, along with the integrations — payment gateways, legacy systems, IoT devices, third-party APIs — that connect everything together.
This is also where our real-time systems work lives: socket programming for live tracking and messaging, and the kind of specialized engineering that TrackGaddi's real-time vehicle tracking depends on.
Independent services scale on their own, instead of the whole application scaling together.
Socket-based systems built for live data — tracking, messaging, notifications — not polling workarounds.
Legacy systems, third-party APIs, and IoT hardware integrated cleanly instead of duct-taped together.
Independent, containerized services with clean REST or GraphQL APIs between them.
Connecting new systems to what you already run, without a disruptive rip-and-replace.
Live data — location, chat, notifications — pushed instantly instead of polled on a delay.
Hardware and sensors connected into your software stack, from data collection to real-time dashboards.
Docker-based deployment so services run consistently across environments, from a laptop to production.
Services designed to fail gracefully and be monitored properly, instead of silently going down.
We treat every Microservices & Integrations engagement like our own product — real ownership from the first conversation to what ships.
Manual and automated QA is baked into every sprint, not bolted on at the end — the same standard we hold when we build and run our own products.
You work directly with the engineers building your project — no account-manager relay slowing things down.
Not always — a single well-built application is often simpler and cheaper to run. We recommend microservices specifically when parts of the system need to scale or deploy independently, not by default.
Yes — we've built real-time systems that connect to GPS and vehicle hardware, and the same approach applies to other sensors and IoT devices.
Yes — integrating new services with legacy systems, without requiring a full replacement, is a large part of this work.