Laravel vs Node.js: Choosing a Backend for a Business Application

We build business applications in both Laravel and Node.js, and we are asked “which one?” often enough that it is worth writing down how we answer.

The short version: both are sound choices, they are different kinds of tool, and the deciding questions are about your data, your team and your front end far more than speed.

They are different kinds of thing

Laravel is a PHP framework. It gives you routing, an ORM for the database, queues, scheduled jobs, authentication scaffolding and testing tools in one package.

Node.js is a runtime. It runs JavaScript, and TypeScript once compiled, on a server. It is not a framework, so a Node.js application is usually built on one:

• Express, a “fast, unopinionated, minimalist web framework” that gives you routing and middleware and leaves the rest to you.
• Fastify, “a fast, low-overhead web framework” with a similar scope.
• NestJS, which provides “an out-of-the-box application architecture”, is built with TypeScript, and runs on Express by default or Fastify if configured.
• Next.js route handlers, which let a Next.js app answer API requests from the same codebase as its React pages.

So “Laravel vs Node.js” really means Laravel against one of these. Laravel vs NestJS is the closest like-for-like. Laravel vs Next.js is rarely a contest: Next.js is mainly a React front-end framework, and it is often paired with Laravel.

Where Laravel fits

Laravel suits data-heavy business platforms: portals, internal tools, workflow systems and the admin screens behind them. The hard part there is records, permissions and processes, and Laravel arrives with much of that solved.

• Data and admin. Eloquent models the database, and admin panels such as Laravel Nova sit on top of it.
• Queues. Laravel’s “unified queueing API” runs imports, emails and syncs in the background on Amazon SQS, Redis or a relational database.
• Authentication. Sanctum covers “SPAs (single page applications), mobile applications, and simple, token based APIs”.
• Real-time when needed. Laravel Reverb adds WebSockets, so live updates do not automatically mean a second stack.

The SES platforms show the shape: Laravel APIs with role-based access, versioned records and an audit trail. The Sporting Club of Sydney members app has a Laravel backend behind a React Native and TypeScript app, a reminder that a TypeScript front end does not require a Node.js backend.

Where Node.js fits

Node.js suits work where many connections are open at once and the server mostly waits on networks. The Node.js project says it “uses a small number of threads to handle many clients”.

• Real-time and streaming. Notifications, live status and services that push a change rather than waiting to be asked.
• One TypeScript codebase. With a React or Next.js front end, the same language, types and tooling run end to end. Booka, the booking platform every stadium in the Venues NSW network runs on, is a Next.js and TypeScript application over Postgres.
• Integration layers. Services that sit between an ERP, a POS and a CRM, translating and retrying.
• Serverless. AWS Lambda and Vercel Functions both run Node.js, which suits spiky traffic.

The trade-off is that Node.js leaves more choices to the team. In an Express project, the structure, ORM, queue library and authentication are whatever the first developers picked. NestJS narrows that, though it is “database-agnostic”, so the ORM is still a project decision.

Laravel and Node.js side by side

	Laravel	Node.js
What it is	A PHP application framework	A JavaScript runtime, used with a framework
Language	PHP	JavaScript or TypeScript
Built in	ORM, queues, scheduling, auth scaffolding, testing	Depends on the framework
Natural fit	Data-heavy platforms, admin, workflows, permissions	Real-time, streaming, integration layers, serverless
Real-time	Reverb adds WebSockets	Event loop handles many open connections
Front end	A separate language from React	Same language and types as React or Next.js
Managed hosting	Laravel Cloud, Forge, Vapor (closed to new sign-ups)	Vercel, AWS Lambda, containers, any Node.js host
Support window	18 months of bug fixes, two years of security fixes	LTS lines get about 30 months of critical fixes
Handover	Strong conventions; Laravel projects look alike	Varies with the framework and the first team’s choices

Hiring and handover

The JavaScript pool is larger. In Stack Overflow’s 2025 Developer Survey, 49.1% of professional developers said they had done extensive work with Node.js in the past year, against 9.3% for Laravel. Across all respondents, 66% used JavaScript and 18.9% used PHP. It is a global survey, so read it as a direction rather than a count of Australian candidates.

A bigger pool is not the whole story. “Node.js developer” ranges from a React developer who writes the odd API route to a backend specialist, so screen for the backend work you need. Laravel’s pool is smaller, but a Laravel developer opening an unfamiliar Laravel codebase knows where the routes, models and jobs are.

At handover, the basics matter more than the stack: repositories and infrastructure accounts you own, a README that gets a new developer running locally, tests around the risky parts, and a written deploy process. On a Node.js project, also ask why the framework, ORM and queue library were chosen, because that is where Node.js codebases differ.

Hosting options

Both run in Australian regions. Ask where your database sits and who manages the servers.

For Laravel:

• Laravel Cloud is Laravel’s fully managed platform, with compute, databases, queues and storage, and a Sydney region. It also supports Next.js, so the hosting line between the stacks is blurring.
• Laravel Forge manages servers on a provider you choose, such as AWS, DigitalOcean or Laravel’s own VPS, so the region is up to you.
• Laravel Vapor runs Laravel serverlessly on AWS Lambda. It no longer accepts new sign-ups, and Laravel points teams to Cloud.

For Node.js:

• Vercel runs functions in Washington, D.C. (iad1) by default for new projects. A Sydney region (syd1) is available and worth setting if your data is here.
• AWS runs Node.js on Lambda, which currently offers Node.js 22 and 24 runtimes, with Node.js 26 in public preview and not yet for production use, and on containers or servers, with regions in Sydney and Melbourne.
• Anywhere else. Next.js can be deployed as a Node.js server or a Docker container on any host.

Performance myths

“Node.js is faster than PHP.” No single benchmark settles this, so we will not quote one. In a business application, response time goes mainly on database queries and calls to other systems, and a slow query is slow in either language.

The real difference is the model. Node.js handles many clients with few threads, but if one request blocks the thread, other “pending client requests may not get a turn”, in the Node.js project’s words. Heavy CPU work such as large reports belongs in a worker, a queue or a separate service.

“PHP starts from scratch on every request.” Traditionally it does. Laravel Octane “boots your application once, keeps it in memory”, serving requests through FrankenPHP, Swoole or RoadRunner.

“Real-time means Node.js.” Node.js suits it, but Reverb gives Laravel WebSockets too.

Measure your own workload before choosing a stack on speed.

Long-term maintenance

Both publish support schedules. Plan for at least one upgrade a year on either.

Laravel releases a major version each year, around the first quarter. Each gets 18 months of bug fixes and two years of security fixes. As at 4 October 2026:

• Laravel 11’s security fixes ended on 12 March 2026.
• Laravel 12’s bug fixes ended on 13 August 2026, and its security fixes run to 24 February 2027.
• Laravel 13, released on 17 March 2026, gets bug fixes until Q3 2027 and security fixes until 17 March 2028. It needs PHP 8.3 or later.

PHP has its own dates, covered in PHP 8.2 end of life, so a Laravel upgrade and a PHP upgrade are often one project.

Node.js major versions spend six months as Current. Up to Node.js 26, odd-numbered versions then lost support and even-numbered ones moved to long-term support (LTS). From Node.js 27 the cycle becomes annual and every major moves to LTS. The project says LTS “typically guarantees that critical bugs will be fixed for a total of 30 months”, and that production applications should only use Active or Maintenance LTS releases. As at 4 October 2026:

• Node.js 20 reached end of life on 30 April 2026.
• Node.js 22 is in Maintenance LTS until 30 April 2027.
• Node.js 24 moves from Active to Maintenance LTS on 20 October 2026 and reaches end of life on 30 April 2028.
• Node.js 26 becomes LTS on 28 October 2026 and reaches end of life on 30 April 2029.

The framework and npm packages on top have their own schedules, so a Node.js upgrade plan should list those too.

The common hybrid: a Laravel API with a Next.js front end

Many of the platforms we build use both. Laravel runs the API, data, permissions, queues and admin, and Next.js, which runs on Node.js, renders a React front end that is fast on a phone and indexable by search engines.

• Western Sydney University’s Western Edge is Laravel with a Next.js front end.
• SES runs three connected platforms built as Laravel APIs behind Next.js front ends, on AWS.
• Hay St Market pairs its Laravel and Nova backend with a Next.js front end.

The pairing has costs: two languages, two deploy pipelines, authentication across the boundary, and two support schedules. If your team works in TypeScript, a single Next.js application can be simpler, as Booka shows. When headless Next.js is worth it covers those trade-offs.

Questions to ask before choosing

1. What is the hard part? Records, permissions, workflows and reporting point to Laravel. Live connections, streaming and integration traffic point to Node.js.
2. Who maintains it in year three? If you have an in-house team, their language is a legitimate tiebreaker.
3. What is the front end? If it is React or Next.js, weigh one language end to end against Laravel’s built-in features.
4. Where must the data live? If it needs to stay in Australia, check the hosting and database regions, not just the CDN.
5. Who does the upgrades? Budget for a framework or runtime upgrade every year, on either stack.
6. What already exists? An existing PHP system often argues for Laravel; our PHP development work covers older codebases too.
7. Does it have to be one or the other? Often it does not.

If your question is Laravel against a CMS, see Laravel vs WordPress for business platforms.

The bottom line

Laravel when the hard part is the data and the back office. Node.js when it is live connections, or when one TypeScript codebase matters more than a framework’s built-in features. Both, when the platform needs a structured backend and a fast React front end.

We are a team of 70+ people, headquartered in Sydney with team members across several countries, and building since 2018. Whether you came looking for a Laravel team or a Node.js development company, we are happy to talk through a specific build and say which way we would go, and why.

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Sources: Release notes and support policy, Queues, Sanctum, Reverb, Octane, Laravel Cloud, Laravel Cloud applications and regions, Forge server providers, Vapor and Nova (Laravel), Node.js releases, Release schedule and Don’t block the event loop (Node.js), Express, Fastify, NestJS introduction and NestJS database, Route handlers and Deploying (Next.js), Regions and Configuring regions for Vercel Functions (Vercel), Lambda runtimes and AWS Regions (AWS), and 2025 Developer Survey: Technology (Stack Overflow).