TypeScript
Types that deliver
React
UI that converts
Next.js
App Router, seriously
Angular
Enterprise, modern
Nuxt
Vue, full stack
NestJS
APIs with boundary protection
Vue
Precise UIs
Node.js
Runtime with responsibility
Remix
Web fundamentals first
Medusa.js
Composable Commerce
StrapiContent APIs with control
DirectusSQL data as secure APIs
Payload CMSNext.js backend in TypeScript
Encore.tsAPIs and infrastructure as code
Shopify HydrogenShopify storefronts built with React.
VendureHeadless Commerce for B2B
HTMX
HTML that works
JavaScript
Edge language
Alpine.js
Interaction without bloat
Vanilla JS
Framework-free, full control
React Native
Mobile, one team
PostgreSQL
Data that lasts
DevOps
Pipelines that deliver
GitLab
Repo, CI, releases
Dedicated Resource · Node.js
Node.js is the production runtime of your JavaScript universe. A dedicated Node.js developer from Typescriptaz knows the pitfalls of the event loop, streaming, security headers—and what goes wrong after npm start. They harden services, design workers, and keep your delivery pipeline moving.
Use
Your Node.js developer handles what users never see but notice immediately: APIs with stable response times, workers that don’t hang, and integrations that retry cleanly on errors. They measure before optimizing and find memory leaks and blocked event loops via profiling, not guesswork.
This includes maintenance that often gets neglected: upgrades to the current LTS version, dependencies without known vulnerabilities, and a traceable supply chain. If the backend needs more structure, there is NestJS The next step.
For IT leads, that means fewer nighttime alerts and more predictability. Stable operations start with clean timeouts, structured logging, and an upgrade rhythm aligned with LTS cycles—not only when a version falls out of support.
Typical mandates: Platform teams, integrations, real-time applications.
Tools: Node.js LTS, Fastify, NestJS, PostgreSQL, Redis
Book directly
$12,500 / month
150 hours, directly employed and dedicated solely to your backlog. At kickoff, you meet the person before work begins.
Quick explanation
Node.js is a runtime environment that executes JavaScript and TypeScript outside the browser—primarily on servers. Its event-driven model makes it especially suitable for APIs, real-time applications, integrations, and tools that handle many concurrent connections. There are fixed release cycles with Long-Term Support versions for production use. For companies, the runtime is attractive because frontend and backend can be developed in the same language—which eases collaboration and shared types.
Expertise
Seniority isn’t shown on the resume but in code review. Our team looks for it with Node.js.
01
Blocking code, uncontrolled concurrency, or memory leaks from forgotten listeners: a senior Node.js developer recognizes these patterns quickly and uses worker threads, streams, or queues deliberately where the event loop hits its limits.
02
With Fastify, connection pooling, caching, and sensible timeouts, APIs respond reliably even during load spikes. Load tests before release reveal limits before your users do.
03
Server projects in JavaScript depend on hundreds of packages. Lockfiles, SBOMs, automated audits, and a deliberate approach to new dependencies significantly reduce supply‑chain risk.
04
Structured logs, metrics, traces with OpenTelemetry, and health checks are part of the craft. That lets you isolate production errors without someone having to sift through logs for hours.
05
A senior handles files, exports, and data using streams instead of loading everything into memory. This keeps memory usage stable even as data volumes grow.
06
Security headers, rate limiting, input validation, and a secure configuration are part of every production API. An experienced developer implements them by default.
Typical situations
01
Response times increase, memory usage grows, and no one knows why? We profile, find the cause, and fix it—documented so it won’t happen again.
02
Older Node.js versions no longer receive security updates. We upgrade your services to the current LTS version and clean up dependencies at the same time.
03
Duplicate emails, lost jobs, cron scripts on a single server: we build queues and workers that scale and handle errors cleanly.
Risk under control
Node.js is fast and flexible—and that flexibility brings risks if no one is watching. We specifically mitigate three of them:
Each runtime version has a fixed end of support. If a service runs beyond that, it no longer receives security updates. We keep your services on an active LTS version and plan upgrades before support ends.
Compromised npm packages are a real risk. We pin versions, review new dependencies, use automated audits, and generate SBOMs so you always know what's in your services.
A stuck worker or a full queue often only becomes apparent when customers complain. With health checks, alerts, and dashboards, you see problems before they escalate.
If jobs run without limits, they can cripple the database and APIs. We limit concurrency, distribute load via queues, and monitor the impact on the rest of the system.
Transparency
Business case
A dedicated Node.js developer pays off through stability and efficiency. Fewer outages mean less revenue loss and fewer firefighting incidents for the team. Optimized services require less server capacity, lowering cloud costs. And a current, well-monitored stack reduces the risk of security incidents that are far more expensive than routine maintenance.
The first two weeks
Analysis, first delivery, clear plan. Read about how we work in general at How we work.
01
Which services, which Node versions, which critical dependencies? We create an overview of runtime and risks.
02
Critical updates, missing timeouts, incomplete logging: the first fixes go live while your tickets are still open.
03
You receive recommendations for upgrades, monitoring, and scaling—with effort estimates and sequencing.
After kickoff
How a typical engagement develops after the first two weeks—aligned with your backlog.
01
Service inventory, initial hardening measures, and dashboards for response times and error rates.
02
Profiling under load, optimizing the most expensive sections, and moving critical jobs to queues with proper error handling.
03
Upgrade to the current LTS version, with automated audits and a documented operations guide for your team.
Example scenario
A growing SaaS product hits limits with its API: response times rise at peak load, and workers occasionally crash. A dedicated Node.js developer first measures systematically where time and memory are lost.
Blocking sections are moved into workers, database queries are batched, and background jobs run via a queue. Dashboards and alerts are added. The API withstands the next load spike, and the team sees issues early.
For the company, this means: stable response times even during campaigns, fewer support requests, and a team that detects issues before customers report them.
Collaboration
For performance audits or an upgrade to Node.js LTS, an hour bundle with a clearly defined scope is often enough. If your platform is growing long‑term and new services are continually added, a dedicated developer on the monthly plan is a more solid foundation.
The discovery package is recommended if you first want to assess the stability and security of your services.
All rates, pools, and effective prices are detailed in the Pricing table.
Straight talk
The runtime isn’t ideal for every task. For very compute-intensive processes such as large-scale image processing or complex numerical computations, other languages are often more efficient. In such cases, we recommend extracting just those parts instead of rebuilding the whole platform.
For IT decision-makers
Can the person explain what blocks the event loop and how they measure it?
How are new npm dependencies and security warnings handled?
Does she have experience with load testing and profiling in production?
Which observability tools does she use by default?
How do you plan upgrades along the LTS cycles?
Glossary
The mechanism by which the runtime processes many requests concurrently, as long as no code blocks.
Long-term support: versions with extended support for production use.
Software Bill of Materials: a complete list of all components and dependencies in a service.
Additional threads for compute-intensive tasks that offload the event loop.
Often a good fit
Frequently asked questions
In production, always use an LTS version with active support — currently Node.js. Odd-numbered versions are intended for experiments and receive no long-term support.
For most production systems, Node.js remains the safest choice: the largest ecosystem and long support cycles. Deno and Bun are interesting for tooling and new projects—we help weigh the trade‑offs.
Simple deployments and containers are included. For Kubernetes, Terraform, and larger platform topics, we also recommend a dedicated DevOps engineer.
Generally, yes, because types make errors visible early, especially in backends. We can gradually convert existing JavaScript services without impacting operations.
Yes. We build an understanding through code analysis, logs, and conversations, document the behavior, and secure it with tests. Only then do we make changes.
We often use Fastify for lean, fast services, and NestJS when a backend needs more structure. We take over Express in legacy projects and modernize it when needed.
Regularly within a major version so security updates arrive. We change major versions according to LTS cycles, ideally before the old version enters maintenance.
Generally, yes. Containers make deployments reproducible and ease scaling. We focus on lean images, up-to-date base images, and regular scans.
With heap snapshots, profiling under realistic load, and metrics from production, leaks can be traced to specific spots in the code instead of just restarting servers.
With automated tests, a staging environment, and gradual rollouts, we specifically check major version jumps for known runtime changes and for important packages.
Yes. We document architecture, deployment, and monitoring so your team can take over operations. On request, we support the handover with joint sessions.
Bottom line
A dedicated Node.js developer makes your services stable, fast, and secure. You see problems before customers notice them, save server costs, and keep the runtime on a supported version—with clear documentation so your team can take over at any time.
Next step
Tell us the stack, scope, and start window. We usually respond within one business day—with a specific person instead of a stack of profiles.
Quick contact
TypeScript resources from Austria and Germany, permanently employed with us. Tell us the stack, scope, and desired start date. We typically respond the same business day — with availability, appropriate seniority, and a concrete start window.
US & European billing
Choose the contracting entity that fits your procurement process. Engagements can be contracted and invoiced through our European locations or through Anexia Inc.152 W. 57th Street, 7th Floor, New York, NY 10019, USA. Talk to us about billing.