Engineering

Node.js Development

Event-driven APIs, integrations, and backend services engineered for throughput, reliability, and straightforward operations.

Phase
4-step engagement
Hypercare
30 days included
Cadence
Weekly demos

Trusted by teams shipping at scale

Drybar
Cuisinart
Conair
Revlon
Belkin
Beautiful
CruxGG
Joshua Tree Coffee
Mary's Gone Crackers
AMI Clubwear
Revitalash
Soil3
Capabilities

What we deliver

Every Node.js Development engagement bundles these capabilities by default. We tune the depth of each to fit your scope.

01 / 06

API and backend-for-frontend development

Included
02 / 06

Commerce, ERP, CRM, and SaaS integrations

Included
03 / 06

Queues, events, webhooks, and background jobs

Included
04 / 06

Real-time applications and streaming workflows

Included
05 / 06

Legacy Node.js modernization and performance

Included
06 / 06

Security, testing, observability, and deployment

Included
Engagement

How we build Node.js Development

A repeatable four-phase engagement. Same rigor every time, scoped to the work in front of us.

Phase 01
Week 1-2

Discover

We map the current state, surface constraints, and lock the scope before any code is written. You leave the phase with a written success definition.

  • Audit document
  • Success criteria
  • Risk register
Phase 02
Week 2-3

Architect

We pick the stack, design the data model, and prove the riskiest path first. Architecture decisions are reviewed with your team before build starts.

  • Architecture doc
  • Stack decision record
  • Spike on riskiest path
Phase 03
Week 3-10

Build

Iterative delivery in weekly increments. You see working software every Friday, can redirect priorities each Monday, and never wait six weeks for a demo.

  • Weekly demo cadence
  • Production-ready code
  • CI/CD + tests
Phase 04
Week 10+

Operate

We ship with observability, hand off runbooks, and stay accountable post-launch. 30-day hypercare is included on every engagement.

  • Monitoring dashboards
  • Operational runbooks
  • 30-day hypercare
Deep dive

The full breakdown

Architecture, decisions, and the operational details behind every Node.js Development engagement. Skim with the table of contents, or read straight through.

nodejs-development.brief.md

Node.js for Connected Systems

Node.js is particularly effective where a backend coordinates many APIs, events, and customer interactions. We design these services so concurrency is an advantage without allowing asynchronous failure modes to become invisible.

APIs and Integration Layers

API contracts, authentication, validation, rate limits, caching, and error behavior are defined explicitly. Third-party integrations sit behind adapters so vendor changes do not spread across product code.

Events, Queues, and Webhooks

Durable execution, idempotency, retry policy, dead-letter handling, and replay are part of the design. Operations teams can see what failed, why it failed, and how to recover it.

Production Operations

Structured logs, traces, metrics, health checks, load tests, automated deployment, and runbooks keep the service supportable. Performance work focuses on measured bottlenecks in code, queries, network calls, and queue behavior.

End of brief
Get a proposal
Scope

Included in every engagement

scope_of_work.md
6 items
  1. 01

    Production-ready Node.js services

  2. 02

    Typed API and event contracts

  3. 03

    Reliable queue and webhook infrastructure

  4. 04

    Automated test and deployment pipelines

  5. 05

    Monitoring and incident alerting

  6. 06

    Architecture documentation and runbooks

Stack

Technology

The tools and platforms we deploy on every Node.js Development engagement.

stack.json
Tooling 1
Node.js
Languages 2
TypeScriptGraphQL
Frameworks 3
FastifyNestJSExpress
Data 4
PostgreSQLRedisKafkaRabbitMQ
Commerce 2
ShopifySalesforce
Infrastructure 2
DockerAWS
Testing 1
Vitest
CI/CD 1
GitHub Actions
FAQ

Common questions

Everything you need to know before starting a project with us.

Node.js is strong for API-heavy products, integration services, real-time systems, webhooks, and teams that benefit from TypeScript across frontend and backend. CPU-intensive workloads may be isolated into a more suitable service.

When independent scaling, ownership, or release boundaries justify them. We often begin with a modular service and extract components only where the operational benefit is clear.

Yes. We implement signature verification, durable queues, idempotency, retries, dead-letter handling, replay tools, rate limits, and end-to-end observability.

Yes. We add tests and telemetry, update dependencies, introduce TypeScript and validation, isolate domains, improve data access, and migrate incrementally without freezing feature delivery.

Ready to build Node.js Development?

Tell us what you're working on. We'll map the architecture and ship it.

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