Node.js & full-stack JavaScript — for product teams and agencies worldwide

Node.js apps that handle real concurrency — and a team can actually ship on for a decade.

Custom Node.js engineering for APIs, real-time applications, microservices, and full-stack JavaScript products — MERN, MEAN, and Next.js. We ship Node applications with p95 latency under 200 ms, 85%+ test coverage on critical paths, typed end to end with TypeScript, and an event loop that never blocks.

Start a Node.js project See apps we have shipped

1,000⁺

Websites shipped since 2015

10yrs

Building on WordPress

4.9★

Across 1,000+ reviews

95+

Lighthouse mobile baseline · every site

The real cost

Node.js is fast and flexible — and both of those can quietly turn against you.

Node's speed depends on one thread never being blocked, and its flexibility means the framework decides almost nothing for you. Used well, both are strengths. Used without discipline, they are how a Node app ends up slow, untyped, and shaped differently by every engineer who touched it. The three observations below are what we say out loud on every Node.js discovery call.

Node is fast — until something blocks the event loop.

Node handles thousands of simultaneous connections on a single thread by never waiting. That model is genuinely fast — and genuinely fragile. The moment one piece of synchronous, CPU-heavy code holds that thread — a large computation, a synchronous file read, a heavy parse — every other request is frozen until it finishes. A Node app that is quick in testing and stutters under real load is almost always blocking the event loop somewhere, and the team usually does not know where. Keeping the loop unblocked is not an optimisation; it is the core discipline of writing Node well.

JavaScript everywhere only pays if it is TypeScript everywhere.

The strongest argument for Node is one language across the whole stack — frontend, backend, shared logic. That advantage is real, but it only fully pays in TypeScript. Plain JavaScript on a backend that handles money, auth, and user data means every refactor is a gamble and every new engineer onboards by reading carefully and hoping. TypeScript turns those gambles into compile-time guarantees, and lets a team genuinely share types from the database to the browser. A serious Node backend in 2026 is a TypeScript backend — checked in strict mode, treated as a build failure when a type is wrong.

Node gives you everything and decides nothing.

Node and npm hand you a near-infinite menu — every framework, every library, every pattern — and impose no structure at all. For a disciplined team that is freedom. For most teams, over time, it is drift: every engineer organises code differently, validation is done five ways, the project structure is whatever it accreted into. Two years on, the codebase is hard to onboard into and harder to change. Good Node engineering means making the structural decisions deliberately and early — the framework, the project shape, the conventions — and holding them, because Node itself will not hold them for you.

What we build

Six kinds of Node.js build, each engineered to last a decade.

Node.js APIs & microservices

REST and GraphQL APIs and microservice backends in TypeScript. Express, Fastify, or NestJS depending on the project. Typed request and response validation, rate limiting, versioning, OpenAPI documentation, and an event loop kept clear under load.

Real-time applications

Live dashboards, chat, collaboration, notifications, streaming feeds. WebSocket and Socket.io, server-sent events, presence and connection management at scale. Node's concurrency model is at its best here, and so is our engineering around it.

Full-stack JavaScript (MERN, MEAN, Next)

Whole products in one language — MERN (React) and MEAN (Angular) stacks, and Next.js full-stack apps. A Node backend, a JavaScript frontend, and shared types between them, so a small team ships fast without context-switching across languages.

NestJS enterprise backends

Structured, opinionated Node backends for larger applications and teams. NestJS with modules, dependency injection, and TypeScript throughout — the architecture decided so consistency holds as the codebase and the team grow. The right choice for long-lived, multi-engineer products.

Express & Fastify services

Lean, focused services where minimalism is the right call — Express for ubiquity and a fast start, Fastify where performance and schema-based validation matter. Light frameworks, with the structure, types, and tests we add deliberately on top.

Performance audits & migrations

p95 latency under 200 ms, event-loop lag under 50 ms, no runaway memory. Profiling, event-loop unblocking, async-pattern fixes, and JavaScript-to-TypeScript and Express-to-NestJS migrations — one major step at a time, tests passing throughout.

Beyond the build

The work that keeps the site healthy after launch.

A WordPress site is healthy only as long as someone is paying attention to it. We offer three engagement types alongside the build itself — for clients moving onto WordPress from another platform, for teams who need ongoing engineering after launch, and for sites that need their SEO foundations set up properly from day one.

WordPress migrations

Moving from Wix, Squarespace, Shopify, Drupal, Joomla, Ghost, or a legacy WordPress install. We migrate content cleanly, preserve URL structure with a proper 301 redirect map, and ship a custom WordPress build at the end of it — not a like-for-like rebuild of what you had.

Content audit and IA review before migration
URL-to-URL 301 redirect map · SEO equity preserved
Custom theme + content modelling on landing
Performance and accessibility brought up to baseline

Maintenance, support & security

Monthly retainers covering WordPress core and plugin updates, security patches, daily backups, uptime monitoring, performance monitoring, malware scanning, and a fixed allocation of editorial and development hours. For clients without a dedicated WordPress engineer in-house, this is how the site stays healthy past month one.

Plugin / core updates · weekly cadence
Daily off-site backups · quarterly restore drill
Cloudflare WAF · uptime & CWV monitoring
Allocated hours: editorial, bug fixes, small features

On-page SEO setup

WordPress SEO done properly from launch — Yoast, Rank Math, or AIOSEO configured to the site, schema markup baked into every template (Article, Product, FAQ, BreadcrumbList, Organization), XML sitemaps, robots.txt, hreflang for multilingual sites, and indexing strategy aligned with what you actually want to rank for.

Schema markup per template type
Internal linking architecture from day one
Core Web Vitals tuned for ranking
AI-search citation-ready content patterns

Performance & accessibility

The numbers every WordPress site we ship has to hit.

Every site is shipped against four hard targets. We measure, we tune, we re-measure. Below the line, the build is not done — and the engagement is not closed — until each number is in the green.

01 — Core Web Vitals

LCP under 1.5s · CLS under 0.05 · INP under 100ms

Real-Chrome-user metrics, measured continuously after launch. Sub-1.5s LCP on every primary template. Failing CWV is not an option — Google ranks sites that pass them visibly higher in 2026.

02 — Lighthouse score

95+ on mobile · 99+ on desktop · every page

Performance, accessibility, best practices, and SEO measured in Lighthouse with mobile throttling enabled. Below 90 mobile, we hold the launch. Most pages clear 95 on mobile and 99 on desktop.

03 — Accessibility

WCAG 2.2 AA · baseline on every build

Colour contrast checked per token. Keyboard navigation tested per template. Screen-reader landmarks audited. Form labels reviewed. Live regions for dynamic content. Accessibility is part of the build, not a fix after launch.

04 — Security & uptime

Modern PHP · WAF · daily backups · 99.9% SLA

Modern PHP, Cloudflare WAF, daily off-site backups, uptime monitoring, plugin and core update cadence, file-integrity monitoring. The site stays healthy after launch — not just during it.

How we work

Five steps from brief to a site that loads and lasts.

The process below has stayed the same for ten years and 1,000+ WordPress builds. Every step is required. Skipping any one of them is how WordPress sites end up slow, fragile, or unmaintainable.

Brief and content model

We learn the business, the editorial cadence, the current site (if any), the audience, and the integrations the site has to live with. We finish with a written brief and a content model on paper.

Architecture and engineering plan

Custom post types, taxonomy, content blocks, hosting plan, caching plan, performance targets, accessibility targets. The architecture is decided before any visual work starts.

Custom theme development

Custom theme. ACF Pro for content modelling. Minimal plugin footprint. Modern PHP. Performance and accessibility tuned per template. Weekly demos, two-week sprints.

Performance and accessibility testing

Real-device testing across Chrome, Safari, Firefox. Core Web Vitals tuned on live URLs. WCAG 2.2 AA audit. Editorial UAT — the team that will run the site uses it before we ship.

Launch, monitor, maintain

Launch checklist, 301 redirect map verified, sitemap, GSC and analytics live. Monthly maintenance from day one. Quarterly performance and SEO reviews.

Selected work

Websites we have shipped across SaaS, services, publishing, and e-commerce.

Six websites from the last 24 months. Every one of them passes Core Web Vitals, hits WCAG 2.2 AA, and was built on WordPress with a custom theme and a minimal plugin footprint.

Meridian

LCP 0.9s · AA · 98 Lighthouse

SaaS productivity

Nordsalt

LCP 1.1s · AA · 96 Lighthouse

D2C · WooCommerce

Chayya

LCP 0.8s · AA · 99 Lighthouse

Publishing · multilingual

Frondhill

LCP 1.0s · AA · 97 Lighthouse

Services · B2B

Lavenir

LCP 1.3s · AA · 95 Lighthouse

E-commerce · beauty

Stratos

LCP 0.9s · AA · 98 Lighthouse

Content · SaaS

Need a WordPress site that actually performs?

Send us a one-paragraph brief about the business, the editorial cadence, and where you want the site in three years. We will come back with a free, honest plan — fixed scope, fixed targets.

Request a discovery call

Where it shows up

Four kinds of business, one WordPress engineering team behind them.

The same WordPress engineering capability adapts to four very different commercial contexts. Visual language stays consistent; what changes is the content model, the integrations, and the editorial workflow we build around the team.

SaaS marketing

Product-led marketing

SaaS marketing sites with clean information architecture, fast page builds for new launches, and an ACF Pro content model the marketing team can extend without engineering.

Services & B2B

Consulting & advisory

Consulting, advisory, agency, and professional-services sites. Sector-led navigation, case-study and white-paper publishing, gated content where it earns its keep.

Publishing & media

Editorial platforms

Editorial-grade publishing with custom post types, taxonomy, author profiles, and the search and discovery surfaces that keep readers engaged across long catalogues.

E-commerce

WooCommerce storefronts

WooCommerce stores from small catalogues to multi-region storefronts. Custom checkouts, payment-gateway logic, subscription billing, ERP and CRM hooks.

Client stories

Two WordPress engagements, and what changed for the businesses behind them.

Meridian

SaaS productivity · UK + Europe · 2024–2025

The situation

An overweight, plugin-heavy WordPress site that loaded in 4.2 seconds on mobile was costing Meridian roughly 30% of its trial sign-ups. Marketing could not ship landing pages without engineering. SEO had stalled despite content investment.

What we did

Rebuilt the site on a custom theme; cut the plugin footprint from 41 to 11; moved hosting to Kinsta; shipped a new ACF Pro content model the marketing team could extend without engineering; tuned Core Web Vitals against real Chrome user data; rebuilt the on-page SEO foundations with schema per template type.

The outcome

LCP moved from 4.2s to 0.9s. Mobile sign-up conversion was up 38% within the first eight weeks. Lighthouse mobile score moved from 32 to 98. Marketing now ships landing pages independently of engineering. SEO impressions roughly doubled over the first six months.

More about Meridian →

Chayya

Long-form publishing · multilingual · 2024–2026

The situation

A 6,000-article publisher with three language editions had outgrown its template-based WordPress site. Editorial throughput was capped by the content model; the editorial team was working around the CMS rather than with it. Multilingual SEO was leaking through hreflang errors.

What we did

Rebuilt the content model around how the editorial team actually works (commissioning, drafting, peer review, scheduling, syndication); added WPML with hreflang done properly and per-region content overrides; shipped a custom-themed publishing platform; built an internal-link automation system; tuned the site for sub-1-second LCP globally via Cloudflare edge caching.

The outcome

Global LCP under 0.8 seconds. Editorial throughput up roughly 40%. Organic traffic followed within the first quarter. Three language editions live and the team is shipping a fourth (Arabic) without engineering help.

More about Chayya →

For agencies & product teams

The WordPress engineering team behind the agency.

Roughly 35% of our WordPress work is built for other agencies, product teams, and consultancies — under their brand, against their clients' deadlines. Three partnership models, all NDA-protected, with senior WordPress engineers working in time zones that overlap the UK, EU, and US workday.

01 · Partnership model

White-label WordPress development

Your brand. Our engineers. We never appear in front of your client — all communication, deliverables, and code go out under your name. The standard model for agencies that win WordPress projects but don't want to hire in-house WP engineering.

NDA & sub-contract in place before any work begins
Code, design files, and deliverables shipped under your brand
Joint slack / email channels with your team only
You stay client-facing; we stay implementation-facing

Used by: digital agencies, marketing firms, brand studios

02 · Partnership model

Agency-of-record & dedicated WP team

A pod of senior WordPress engineers, a front-end developer, and a project lead working as your in-house WordPress capacity — full-time or fractional, month-to-month or annual. The choice when WordPress is core to your service mix and hiring in-house is slower or more expensive than partnering.

Dedicated pod: 2 to 6 engineers + lead, scaled to your roadmap
Direct integration into your project tools (Jira, Linear, ClickUp, Asana)
Monthly capacity commitment; retainer or rolling SoW
Code ownership transferred to your repos

Used by: full-service agencies, SaaS product teams

03 · Partnership model

Capacity overflow & sprint-by-sprint

When your in-house WordPress team is full and the next project cannot wait. Sprint-by-sprint engagement, no commitment beyond the current two-week sprint, ready to pick up scoped work within 5 to 7 business days from green-light.

Two-week minimum sprint, rolling renewal
Scoped fixed-price work — feature build, migration, performance pass
Fast spin-up: 5 to 7 business days from signed SoW
No long-term commitment; ramp up or down per sprint

Used by: agencies with seasonal WP demand spikes

NDA-protectedStandard NDA, sub-contract, and IP transfer in place before any work begins.

Time-zone overlapWorking hours overlap with UK mornings, EU workday, and US afternoons every business day.

Single point of contactNamed project lead on every engagement. No agency-side account churn.

Your repos, your codeCode ownership transfers cleanly. We work in your Git, your hosting, your tooling.

Already running an agency or product team? Explore our white-label terms Start a partner conversation

From the journal

Cheap WordPress shops & DIY builders vs WordPress done properly.

Two routes most businesses consider before they hire an engineering team. Both look cheaper on month one. Neither holds up by year three. Here is what each one actually delivers — and where it falls short.

Cheap WordPress shop

Theme bought from ThemeForest, then "customised" with 40 plugins
Loads in 4 to 7 seconds on mobile; fails every Core Web Vital
No content model — every page is a page builder soup of widgets
Breaks on the next WordPress major version
Cheap up-front; expensive to rebuild in 18 to 24 months

DIY builder (Wix / Squarespace / Elementor)

Drag-and-drop interface that any non-developer can operate
Hosted, fixed templates, fixed performance ceiling
Hits a wall the moment you need custom functionality, integrations, or scale
Lock-in: you cannot export the site or move hosts
Year-three cost often higher than custom WordPress

Custom WordPress at Dream Steps

Custom theme · 10 to 15 plugins · ACF Pro content model
Sub-1.5-second LCP · WCAG 2.2 AA · 95+ Lighthouse mobile
Content model the editorial team can extend without engineering
Modern PHP · CDN edge cache · object cache · daily backups
Higher in year one, dramatically lower across years two and three combined

Cheap WordPress is the most expensive WordPress.

The savings show up on the invoice in month one. The cost shows up in the rebuild, the lost organic traffic, the editorial workarounds, and the abandoned plans for things you cannot do on the platform you chose. Every cheap WordPress shop we have inherited has cost the client more in rebuild than a custom build would have cost first time round.

DIY builders work for the brief they were built for.

Small marketing sites that will not change much. The moment the business needs more — integrations, custom workflows, scale — you are either rebuilding or working around the platform. The work-around is rarely cheaper than the rebuild, and the rebuild is rarely cheaper than starting with custom WordPress from day one.

A custom WordPress build does more, lasts longer, and gets out of the way.

It costs more up front because that is what it costs to design the system around your business rather than fit your business around someone else's template. Three years in, the maths favours it on almost every commercial axis we have measured — build cost, performance, SEO, editorial throughput, total cost of ownership.

— The honest read

Build the WordPress site that fits the business in three years.

Request a WordPress engagement

Common questions

Questions WordPress buyers actually ask.

Fourteen of the most common WordPress questions, answered straight. If yours is not below, send it and we will reply with a real answer — not a sales pitch.

Why choose Dream Steps for Node.js development?

We have shipped 1,000+ Node.js applications since 2015 across APIs, real-time apps, microservices, and full-stack JavaScript products. Our 40-person team of senior Node engineers, designers, and project leads in Noida, India works in time zones overlapping the UK, EU, and US workday. We hold every Node build to four hard targets: p95 API latency under 200 ms, 85%+ test coverage on critical paths, a clean TypeScript strict check, and an OWASP Top 10 audit passing before launch. We write Node in TypeScript by default and choose the framework deliberately, because Node itself will not impose structure for you.

Can you white-label Node.js development for our agency?

Yes — roughly 35% of our Node.js work is built for other agencies and consultancies under NDA. Three partnership models: white-label (your brand, our engineers, fully invisible), agency-of-record (a dedicated Node pod working as your in-house capacity), and capacity overflow (sprint-by-sprint engagement when your in-house team is full). Code ownership transfers to your repositories. Time zones overlap with the UK, EU, and US workday, and we run inside your tooling — Slack, Jira, Linear, ClickUp, Asana — as standard.

Where is your Node.js team based?

Our entire Node.js engineering team is based in Noida, India — 40 people in our iThum Tower B office, founded in 2015. We work with product teams and agencies across the UK, US, Ireland, Australia, the UAE, Germany, and the Netherlands. Working hours overlap with UK mornings, the full EU workday, and US afternoons. For agency partners we run in their tooling — Slack, Jira, Linear, ClickUp, Asana — as standard.

Should I use Node.js or Python for my backend?

Node.js for real-time and I/O-bound workloads, for JavaScript-native teams, and when you want one language across the frontend and backend with shared types. Python for business and CRUD-shaped applications, and — decisively — for anything with AI or serious data work in its present or near future. For a large share of ordinary product backends either is a good choice, and the team’s existing strength should win. We build both and tell clients honestly which one fits the workload and the team.

How much does a custom Node.js build cost?

Custom Node.js builds range from focused APIs and microservices through to real-time applications and full-stack JavaScript products. The right scope drivers are the number of features, the user roles, third-party integrations, whether real-time concurrency is involved, and the team’s Node maturity. We scope every engagement against the specific brief, are competitive with established engineering rates internationally, and are honest about which features can wait until phase two.

How long does a Node.js build take?

A typical Node.js API for a separate frontend takes 6 to 12 weeks. A full-stack MERN or MEAN application takes 10 to 16 weeks. A real-time application with WebSocket infrastructure takes 10 to 16 weeks depending on the concurrency requirements. A NestJS enterprise backend takes 12 to 20 weeks. We work in two-week sprints with weekly demos and a deployable staging environment from sprint one.

Will my Node.js app be fast?

Yes — every Node.js app we ship hits p95 API latency under 200 ms on real production traffic, event-loop lag under 50 ms so no request is starved, query count under 10 per read request, and a cache hit ratio above 80% on cacheable endpoints. We achieve this by keeping CPU-heavy work off the main thread, writing async to run concurrently, eliminating N+1 queries, caching with Redis, offloading slow work to a queue, and scaling across CPU cores. Performance is part of the build, not an afterthought.

Do you build with TypeScript?

Yes — every Node.js build we ship is written in TypeScript and checked with the compiler in strict mode on every CI run. We treat a type error as a build failure. For full-stack JavaScript projects we share types between the backend and the frontend, so a change to an API shape is caught at compile time across the whole stack. Typed JavaScript is what makes a Node codebase safe to refactor and safe to grow, and a serious backend should not be written any other way.

Which Node.js framework do you build with — Express, Fastify, or NestJS?

All three, chosen to fit the project. Express for small services and prototypes where minimalism and ubiquity help. Fastify where performance and schema-based validation matter and the team still wants a light framework. NestJS for larger applications, bigger teams, and long-lived products that need a strong, consistent structure. The framework choice is one of the architecture decisions we make deliberately at the start — because Node will not make it for you — and we recommend based on team size and the project’s lifespan.

Do you build the MERN and MEAN stacks?

Yes. MERN (MongoDB, Express, React, Node) and MEAN (MongoDB, Express, Angular, Node) are full-stack JavaScript stacks, and we build both — along with Next.js full-stack applications, which many teams now prefer. The advantage of these stacks is one language across the whole product, with shared types between the backend and the frontend, which is genuinely efficient for a small team. We will also tell you honestly when a different database than MongoDB suits your data better; the stack acronym should not override the right data model.

Can you build real-time applications with Node.js?

Yes — real-time is where Node.js is genuinely at its best. Live dashboards, chat, collaboration, notifications, live commerce: we build these with WebSocket and Socket.io, or server-sent events where they fit, with proper presence and connection management. The engineering that matters in real-time Node is keeping the event loop clear under many open connections, scaling connections across processes with a Redis adapter, and handling reconnection cleanly. We have shipped real-time Node apps holding thousands of concurrent connections on modest infrastructure.

Will you maintain the Node.js app after launch?

Yes. We offer monthly Node.js maintenance retainers covering security patches, Node version upgrades, dependency updates with npm audit, event-loop and memory monitoring, error tracking with Sentry, and a fixed allocation of engineering hours per month. Node’s deep dependency tree changes constantly and needs active attention, and a long-running Node process needs its memory and event loop watched. For teams without a dedicated Node engineer in-house, this is how the app stays healthy, fast, and secure past month one.

Can you take over or upgrade an existing Node.js codebase?

Yes. We regularly take over Node.js codebases — adding the types, tests, structure, and observability they were missing — and run upgrades: plain JavaScript to TypeScript, old callback or promise-chain code to async/await, and Express to NestJS where the structure is needed. The process is one major step at a time, with tests passing at each step and no big-bang rewrites. We also handle Node version upgrades and dependency modernisation, which on a neglected Node project is often the most urgent work of all.

What stack do you ship for a typical Node.js application?

Our default 2026 Node.js stack: Node.js with TypeScript in strict mode; NestJS for larger applications, or Express or Fastify for focused services; PostgreSQL with proper indexing for most products, or MongoDB where a document model genuinely fits; Redis for caching, sessions, and as the queue backend; BullMQ for background jobs; Socket.io for real-time; Vitest or Jest for tests; Sentry for production error tracking; and structured logging with event-loop monitoring. We adjust to the team and requirements, but that is what we recommend by default.

Ready when you are

Build a Node.js app your team can run for a decade.

Tell us about the application, the team, the integrations, and the concurrency shape. We will come back with a written brief, a realistic build cost, and a clear set of performance, type-safety, security, and test-coverage targets we will hold ourselves to.

Request a discovery call See more of our work

What to expect

A 30-minute conversation about your business, the editorial team that will run the site, and where you want to be in three years. No slide deck, no pitch.

You walk away with

A written brief naming the build scope, the performance and accessibility targets we will hold to, the timeline, and a realistic build cost.