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Node.js Engineers

Hire Node.js Developers

APIs and backends that handle real traffic.

Our Node.js engineers build APIs, real-time systems, and event-driven architectures that power products serving millions of requests daily. Express, NestJS, and serverless.

50+

Node.js APIs built

99.9%

Uptime delivered

10ms

Avg. response time

Overview

Why Node.js?

1Raft provides Node.js development teams specializing in high-performance APIs, real-time systems, and event-driven architectures. With experience across Express, NestJS, and serverless platforms, 1Raft engineers have built backend systems processing millions of daily requests for fintech, commerce, and SaaS products.

Node.js is the engine behind most of the products we ship. Our engineers use it to build REST and GraphQL APIs, WebSocket servers, background job processors, and serverless functions. The common thread: systems that handle real production traffic without surprises.

We default to TypeScript and NestJS for new projects. The structure enforces clean architecture patterns that keep codebases maintainable at 50,000+ lines. For lighter services, Express or Fastify with a clear module structure works just as well.

Our Node.js teams have built payment processing systems handling $2M+ daily volume, real-time notification engines delivering 500K+ messages per hour, and API gateways aggregating data from 15+ microservices. We know where Node.js excels and where you need a different tool.

Why 1Raft for Node.js

  • REST and GraphQL API design with OpenAPI documentation
  • NestJS, Express, and Fastify framework expertise
  • Real-time systems: WebSockets, Socket.io, server-sent events
  • Message queues: BullMQ, RabbitMQ, AWS SQS

Expertise

What our Node.js team delivers

REST and GraphQL API design with OpenAPI documentation

NestJS, Express, and Fastify framework expertise

Real-time systems: WebSockets, Socket.io, server-sent events

Message queues: BullMQ, RabbitMQ, AWS SQS

Database integration: PostgreSQL, MongoDB, Redis, Prisma ORM

Serverless architectures: AWS Lambda, Vercel Functions, Cloudflare Workers

Authentication and authorization: JWT, OAuth 2.0, RBAC

Observability: structured logging, distributed tracing, APM

Process

How the engagement works

1
Week 1

System design and API contracts

Map your data model, define API contracts with OpenAPI specs, and establish the service architecture. If integrating with existing systems, we document every dependency.

2
Weeks 2-3

Core infrastructure

Database schema, authentication layer, CI/CD pipeline, and the first working API endpoints. Deployed to a staging environment you can test against.

3
Weeks 4-9

Feature development

Two-week sprints building business logic, integrations, and real-time features. Load testing starts in week 6 to validate performance targets early.

4
Weeks 10-12

Production hardening

Security audit, load testing at 3x expected traffic, monitoring dashboards, runbooks, and infrastructure-as-code handoff. Your ops team gets everything they need.

Use Cases

Real-world Node.js projects

Payment processing API for a fintech startup

Built a multi-currency payment API with Node.js and NestJS. Integrated Stripe, Adyen, and local payment providers across 12 countries. Real-time webhook processing and idempotent retry logic. → Processing $2.1M daily volume with 99.99% success rate. Payment reconciliation time dropped from 4 hours to 12 minutes.

Real-time notification engine for a SaaS platform

Designed an event-driven notification system using Node.js, BullMQ, and WebSockets. Push notifications, in-app alerts, email, and SMS through a unified API. → Delivering 500K+ notifications per hour with sub-second latency. Notification delivery rate improved from 87% to 99.2%.

API gateway for a hospitality platform

Consolidated 15 microservices behind a single Node.js API gateway. Rate limiting, request transformation, caching, and unified error handling. → Average API response time dropped from 340ms to 89ms. Frontend team development velocity increased 45% with consistent API contracts.

Proof

Node.jsMulti-Carrier Shipping Platform
15%

Shipping cost reduction

99.9%

API uptime

Read case study

Technology stack

Node.jsTypeScriptNestJSExpressFastifyPostgreSQLMongoDBRedisPrismaBullMQDockerAWS

Frequently asked questions

Node.js is ideal for I/O-heavy workloads: APIs, real-time applications, and service orchestration. If your product is heavily CPU-bound (like ML inference), Python or Go may be better. We help you choose the right tool during the architecture phase.

Next Step

Get a Node.js team matched to your product.

One call with a founder. No sales team, no follow-up sequence. If we can't help, we'll say so.