01
API design & development
REST with OpenAPI or GraphQL with code-first schemas; Fastify or NestJS; validation with Zod; authentication via JWT, OAuth2/OIDC or SSO providers.
- Fastify
- NestJS
- OpenAPI
- Zod
Node.js Development
APIs, real-time services and data pipelines on Node.js and TypeScript — from REST and GraphQL backends behind mobile apps to WebSocket feeds streaming GPS telemetry to a map. Built to run in containers, scale horizontally and be observable from day one.
Representative Node.js code from our projects
01Why Node.js
Zod schemas and TypeScript types flow from database to API to React or React Native client — fewer contract bugs, faster changes.
The event loop handles thousands of open connections cheaply, which is exactly what live dashboards and telemetry ingestion need.
Fastify, Express, Nest, Prisma, Drizzle, BullMQ, Socket.IO — proven building blocks for nearly every backend requirement.
Small containers, fast cold starts on serverless, and first-class support on AWS, GCP, Azure and edge runtimes.
Choose Node.js when
Not sure it fits? Compare with the alternatives below or ask us — recommendations are part of every consultation.
Node.js vs. alternatives02What we build with it
Typed, documented backends for web portals and mobile apps.
WebSocket/MQTT services pushing vehicle, sensor and field-crew positions to maps.
PostGIS-backed spatial queries, tile serving and GeoJSON/vector tile pipelines.
Connecting ArcGIS, ERPs, payment providers and legacy systems through one API.
Queues, schedulers and workers for imports, reports and notifications.
Event-driven handlers on Lambda, Cloud Functions or Vercel.
03How we work with Node.js
From greenfield builds to rescues and migrations — each engagement is scoped, estimated and delivered by engineers who work in Node.js daily.
01
REST with OpenAPI or GraphQL with code-first schemas; Fastify or NestJS; validation with Zod; authentication via JWT, OAuth2/OIDC or SSO providers.
02
WebSocket and SSE services, MQTT and Kafka consumers, Redis pub/sub fan-out and back-pressure handling for high-frequency location and sensor data.
03
PostgreSQL/PostGIS schemas, migrations, Prisma or Drizzle ORMs, spatial queries and vector-tile generation with PostGIS ST_AsMVT or tile servers.
04
BullMQ/Redis or SQS-based job systems for imports, geoprocessing, PDF generation and notifications, with retries, dead-letter queues and dashboards.
05
Multi-stage Docker images, GitHub Actions pipelines, Kubernetes or ECS deployments, structured logging, OpenTelemetry tracing and alerting.
06
Moving legacy Express/JavaScript services to TypeScript and current LTS, replacing deprecated dependencies, and splitting monoliths where it pays off.
04Where it sits
No technology ships alone. This is the reference architecture we start from on Node.js projects — the highlighted layer is where Node.js lives; the rest is chosen to fit your data, hosting and team.
Ecosystem we use daily
Reference architectureNode.js layer
05Honest comparison
Node.js vs PHP Laravel
Choose Node.js for real-time features, shared TypeScript types and microservices; choose Laravel for content-heavy apps with admin panels built fast.
Node.js vs .NET
Choose Node.js for JavaScript-centric teams and edge/serverless deployment; choose .NET when the organisation standardises on Microsoft infrastructure.
Still undecided? The web technology guide walks through when we recommend each option.
All web technologies06FAQ
Looking for the full service? Node.js work is delivered under our Web Development practice.
Fastify for lean, fast services; NestJS when a larger team benefits from structure and modules. Express only when extending an existing codebase.
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