Best Node.js Hosting 2026: 7 Top Providers Tested for JavaScript Performance

Node.js powers a huge chunk of the modern web — APIs, real-time apps, microservices, server-rendered frontends. But hosting a Node.js app isn’t like throwing a WordPress site on shared hosting and calling it a day. You need actual process management, SSH access, the ability to install specific Node versions, and a host that won’t kill your long-running processes because they don’t fit the PHP-centric shared hosting model.

We spent several weeks deploying a basic Express API and a WebSocket chat app across these seven providers, poking at their deployment workflows, testing how support handles Node-specific questions, and watching uptime monitors. This isn’t a synthetic benchmark lab — it’s a practical evaluation of what it’s actually like to ship and maintain Node.js apps on each platform.

Quick Verdict: Top Node.js Hosting Providers

Best Overall: Cloudways — solid performance across multiple cloud backends, genuinely useful managed layer

Best Budget: Hostinger VPS — real root access for under $6/month, but you’re the sysadmin

Best Performance: Kinsta Application Hosting — Google Cloud infrastructure with a price tag to match

Best for Startups: DigitalOcean App Platform — clean deployment workflow, predictable pricing

Best Enterprise: AWS Elastic Beanstalk — infinite scale, infinite complexity

Best Managed: Heroku — still the easiest deployment story, but costs add up fast

Best Developer Experience: Vercel — outstanding for Next.js, limited for traditional Node.js servers

What Makes Great Node.js Hosting?

Most “best hosting” lists bury the lede: the majority of cheap shared hosts flat-out don’t support Node.js. If a provider’s control panel is built around PHP and Apache, you’re fighting uphill. Here’s what actually matters.

Essential Node.js Requirements

• Node.js Version Control: You need to pin specific versions. An app built on Node 20.x that gets deployed to a host stuck on 18.x will break in subtle ways. Look for .nvmrc or engines field support.
• NPM/Yarn/pnpm Access: Full package manager support, not a whitelisted subset of modules.
• Process Management: PM2 or equivalent — your app needs to restart on crash, and you need to run multiple instances across CPU cores. Hosts that kill idle processes (looking at you, old Heroku free tier) are a problem for anything beyond hobby projects.
• Environment Variables: Secure config management through the dashboard or CLI. If you’re hardcoding database credentials, you have bigger problems than hosting choice.
• Database Connectivity: Native support for PostgreSQL, MongoDB, MySQL, and Redis. Check whether managed database add-ons are available or if you’re provisioning separately.
• WebSocket Support: Not all reverse proxy configs handle WebSocket upgrades cleanly. If you’re building anything real-time, test this explicitly — don’t trust the marketing page.
• Git-based Deployment: Push-to-deploy from GitHub/GitLab is table stakes in 2026.

Performance Considerations

• NVMe Storage: The difference between NVMe and spinning disk matters for npm install times and cold starts. Ask what storage tier you’re actually getting.
• Memory Allocation: Node.js is single-threaded but memory-hungry. 512MB is tight for anything beyond a toy API. Budget 1GB minimum for production.
• Object Caching: Redis or Memcached availability per plan tier varies widely. Some hosts charge extra, some include it. This matters more than most people realize for API response times.
• CDN for Static Assets: If your Node app serves static files, a CDN layer makes a real difference. But if you’re building a pure API, it’s irrelevant — don’t pay for what you won’t use.

1. Cloudways — Best Overall Node.js Hosting

Cloudways sits in an interesting spot: it’s a managed layer on top of DigitalOcean, Vultr, Linode, AWS, or Google Cloud. You pick the underlying infrastructure, and Cloudways handles server provisioning, security patches, and monitoring. For Node.js specifically, this means you get the performance of bare cloud providers without having to configure Nginx reverse proxies and PM2 yourself.

Key Features

• Multiple Cloud Backends: Choose your infrastructure provider based on region, pricing, or preference
• Node.js Version Selection: Support for current LTS versions with easy switching
• Built-in Staging: Clone your app to a staging environment in a few clicks — genuinely useful, not just a checkbox feature
• Server Monitoring: Real-time resource usage dashboards that actually help you right-size your plan
• Team Access: Role-based permissions for collaboration

What We Found

Performance was consistently good across the DigitalOcean and Vultr backends, which is where most small-to-medium apps should live. Response times were solid during normal load, and the deployment workflow via Git integration worked without surprises. The managed layer handles server updates and security patching, which removes a real maintenance burden.

Where Cloudways falls short: the Node.js support feels secondary to their PHP/WordPress hosting. Documentation for Node-specific configurations is thinner than you’d expect, and support agents sometimes need to escalate Node.js questions. The platform also doesn’t support custom buildpacks or Dockerfiles natively — you’re working within their managed environment, which can be limiting for complex setups.

Pricing

Plans start around $11/month on DigitalOcean (1GB RAM, 25GB storage). The $22/month tier with 2GB RAM is where most production Node apps should start. Keep in mind these are the managed prices — you’re paying a premium over raw DigitalOcean pricing for the management layer. Whether that premium is worth it depends on how much you value not managing your own server.

Bottom Line

Cloudways is a strong default choice if you want managed infrastructure without full PaaS lock-in. Just don’t expect deep Node.js expertise from their support team.

Get Started with Cloudways →

2. Hostinger VPS — Best Budget Node.js Hosting

Hostinger’s VPS plans are genuinely cheap, and unlike their shared hosting (which won’t run Node.js properly), VPS gives you full root access to install and configure whatever you need. The catch: “whatever you need” includes everything from Nginx configuration to PM2 setup to SSL certificate management.

Key Features

• Full Root Access: Install any Node version, configure your own reverse proxy, run Docker if you want
• NVMe SSD Storage: Fast disk I/O at the budget tier
• Multiple Data Centers: Reasonable geographic coverage
• DDoS Protection: Basic protection included
• Snapshots: Server snapshots for rollback (though limited on lower plans)

What We Found

For the price, Hostinger VPS performs well. Our test Express API returned responses quickly, and uptime was stable over our monitoring period. The KVM virtualization means you’re getting dedicated resources, not oversold shared CPU.

The real weakness is the “unmanaged” part. Hostinger’s VPS support will help with network issues and hardware problems, but if your Node app crashes at 2am because of a memory leak, you’re on your own. There’s no deployment pipeline, no built-in monitoring, no managed database. You’re setting up everything from scratch, which is fine if you’re comfortable with Linux server administration and actually want that control.

Also worth noting: the $5.99/month price is the introductory rate. Renewal pricing jumps significantly — check the renewal rate before committing to a long term. This is standard across budget hosts but still catches people off guard.

Pricing

Starting at $5.99/month (intro) for 1GB RAM and 20GB NVMe storage. The 2GB plan at $8.99/month is more realistic for production use. These are promotional prices — renewal rates are higher.

Bottom Line

Best option if you’re comfortable managing a Linux server and want maximum control for minimum cost. Not recommended if you’ve never SSH’d into a server before.

Get Started with Hostinger VPS →

3. Kinsta Application Hosting — Best Performance

Kinsta built their reputation on premium WordPress hosting and extended into general application hosting on Google Cloud Platform. The infrastructure is legitimately high-end — Google Cloud’s premium tier network with SSD persistent disks and built-in CDN through Cloudflare.

Key Features

• Google Cloud Premium Tier: Not the standard network — the premium tier with lower latency routing
• Cloudflare Integration: Built-in edge caching and DDoS protection
• Auto-scaling: Scale resources based on demand (on higher plans)
• Git Deployment: Connect GitHub, GitLab, or Bitbucket repos directly
• Detailed Analytics: Resource usage, response time breakdowns, and bandwidth metrics

What We Found

Kinsta delivered the snappiest response times in our testing, which isn’t surprising given the underlying infrastructure. TTFB was noticeably lower than budget options, particularly for requests served from edge locations close to our test points.

The major downside is cost relative to what you get. The Starter plan at $7/month gives you only 100 build minutes per month. If you’re deploying frequently (and you should be), you’ll burn through those fast. The bandwidth caps are also tighter than competitors — 100GB on the starter plan means a moderately trafficked API could hit limits. Once you factor in the plan you actually need for production use, Kinsta is significantly more expensive than alternatives like Cloudways or DigitalOcean.

The other issue: Kinsta’s support expertise is heavily weighted toward WordPress. Node.js application support exists, but you’re not getting the same depth of knowledge as their WordPress hosting customers.

Pricing

Starts at $7/month but realistically $25-$75/month for production Node.js apps. Build minutes and bandwidth are the constraints that push you up tiers, not RAM or CPU.

Bottom Line

If performance is your top priority and budget is secondary, Kinsta delivers. But run the numbers on build minutes and bandwidth before committing — the starter plan is more of a demo tier than a production plan.

Get Started with Kinsta →

4. DigitalOcean App Platform — Best for Startups

DigitalOcean’s App Platform is a PaaS layer on top of their droplet infrastructure. It hits a sweet spot between Heroku’s simplicity and a raw VPS — you get push-to-deploy convenience with more transparent pricing and fewer surprise costs.

Key Features

• GitHub/GitLab Integration: Automatic deployments on push, with branch-based environments
• Built-in CI/CD: Basic build pipeline included — no separate CI service needed for simple apps
• Managed Databases: One-click PostgreSQL, MySQL, Redis, and MongoDB provisioning
• Component Architecture: Mix static sites, services, workers, and databases in one app spec
• Transparent Resource Allocation: You know exactly what CPU and RAM you’re getting

What We Found

The deployment experience is clean. Connect a repo, set your build command and run command, configure environment variables, and you’re live. The app spec YAML file is version-controllable, which is a nice touch for infrastructure-as-code workflows.

Performance was good — not Kinsta-level, but competitive with Cloudways at a lower price point. The managed database add-ons are convenient, though they add cost. A basic PostgreSQL instance starts around $7/month on top of your app hosting.

The limitations show up at scale. You can’t customize the underlying infrastructure much — no custom Nginx configs, no access to the server filesystem, limited control over the build environment. If your Node app needs specific system-level dependencies or unusual build steps, you’ll hit walls. At that point, you’re better off with a plain DigitalOcean Droplet and managing the deployment yourself.

Pricing

Basic tier starts at $5/month for 512MB RAM. A more realistic production setup with 1GB RAM runs about $12/month, plus database costs if applicable. Pricing is straightforward and scales linearly — no surprise overages.

Bottom Line

The best balance of simplicity and cost for startups. You’ll outgrow it eventually, but it gets you to market fast without the overhead of managing infrastructure.

5. AWS Elastic Beanstalk — Best Enterprise Solution

Elastic Beanstalk is AWS’s attempt at making application deployment accessible. It abstracts EC2 instances, load balancers, auto-scaling groups, and CloudWatch monitoring behind a deployment interface. For Node.js, it handles the runtime installation and Nginx reverse proxy configuration automatically.

Key Features

• Auto Scaling: Scale from one instance to hundreds based on traffic rules you define
• Load Balancing: Application Load Balancer integration with health checks
• Blue-Green Deployments: Zero-downtime deployments with environment swapping
• Full AWS Integration: Native access to RDS, ElastiCache, S3, CloudFront, SQS, and everything else in the AWS ecosystem
• Customization via .ebextensions: Configure the underlying infrastructure with config files

What We Found

If you’re already in the AWS ecosystem, Beanstalk makes sense. It removes the tedious parts of EC2 management while keeping the flexibility. The .ebextensions configuration system lets you install system packages, configure Nginx, set up cron jobs, and customize the environment in ways that PaaS platforms don’t allow.

The downsides are real, though. AWS pricing is notoriously opaque — you’re paying for EC2 instances, EBS storage, data transfer, load balancers, and CloudWatch separately. A simple Node.js app that costs $12/month on DigitalOcean can easily cost $30-$50/month on AWS once you factor in all the components. And that’s before you add RDS for a managed database.

The learning curve is steep. Beanstalk abstracts some complexity, but debugging deployment failures still requires understanding EC2, security groups, IAM roles, and CloudFormation. If your team doesn’t already have AWS experience, the onboarding cost is significant.

Pricing

No Beanstalk fee — you pay for underlying resources. A minimal setup (t3.micro + basic load balancer) runs roughly $15-$25/month. Production setups with RDS, ElastiCache, and proper monitoring easily exceed $100/month. AWS’s free tier covers a t3.micro for 12 months, which is useful for experimentation.

Bottom Line

The right choice for teams already invested in AWS, or applications that genuinely need enterprise-grade scaling and compliance features. Overkill and overly expensive for most small-to-medium Node.js apps.

6. Heroku — Best Managed Experience

Heroku pioneered the git push deployment model and it’s still one of the simplest ways to get a Node.js app live. The platform handles buildpacks, process management, SSL, and routing automatically. You write code, push it, and it runs.

Key Features

• Buildpack System: Automatic detection and configuration of Node.js runtime
• Add-on Marketplace: Managed Postgres, Redis, monitoring tools, logging services — over 200 add-ons
• Review Apps: Spin up temporary environments for pull requests automatically
• Pipeline Promotion: Move builds through staging → production with one click
• Heroku CLI: Comprehensive command-line management

What We Found

The deployment experience is still best-in-class for simplicity. git push heroku main and your app is live in under two minutes. The buildpack system handles Node version selection, dependency installation, and build steps automatically. For developers who want zero infrastructure management, nothing else is quite as frictionless.

The problems are all about cost. Heroku’s pricing has become increasingly uncompetitive. A basic production dyno (Standard-1X) is $25/month for 512MB RAM. That’s the same RAM you’d get on a $5/month DigitalOcean droplet. Add a managed Postgres database ($9/month for the cheapest production-grade plan) and a Redis instance, and you’re easily at $50-$60/month for a simple app.

Performance is adequate but not impressive. Heroku’s routing layer adds latency compared to providers where you’re closer to the metal. The shared routing mesh means your app’s response times are partly at the mercy of the platform’s overall load.

Vendor lock-in is the other concern. Heroku’s add-on model and proprietary Procfile/buildpack system means migrating away requires reworking your deployment pipeline entirely. It’s easy to start, but the switching cost grows over time.

Pricing

Hobby dynos at $7/month (no free tier anymore — that ended in 2022). Production starts at $25/month per dyno. Database add-ons are additional. A realistic production setup runs $50-$100/month for what you could host elsewhere for $15-25.

Bottom Line

Still the easiest on-ramp for getting a Node.js app deployed, and Review Apps are genuinely great for team workflows. But the price-to-performance ratio is poor, and you should plan your exit strategy before the lock-in compounds.

7. Vercel — Best Developer Experience

Vercel is built around the Jamstack and serverless model, with deep optimization for Next.js (which they created). For Node.js, your server-side code runs as serverless functions — which is a fundamentally different execution model than a traditional long-running Node process.

Key Features

• Serverless Functions: Node.js code runs as isolated functions, not persistent processes
• Edge Functions: Execute lightweight logic at CDN edge locations for minimal latency
• Preview Deployments: Every Git push gets a unique URL — invaluable for code review
• Framework Detection: Automatic optimization for Next.js, Nuxt, Remix, and other frameworks
• Built-in Analytics: Core Web Vitals and performance monitoring

What We Found

For Next.js apps specifically, Vercel is hard to beat. The integration is seamless — ISR, middleware, API routes, and server components all work exactly as documented. Deployment is fast, preview URLs are generated instantly, and the dashboard gives you useful performance data.

The limitation that matters: Vercel is not general-purpose Node.js hosting. You can’t run a persistent Express server, a WebSocket server, or any long-running process. Your Node.js code runs as serverless functions with execution time limits (typically 10-60 seconds depending on your plan). If your app needs persistent connections, background workers, or in-memory state, Vercel is the wrong tool.

The pricing model also has gotchas. The free Hobby plan is generous for personal projects, but the $20/month Pro plan has bandwidth and function execution limits that can surprise you. High-traffic APIs can generate unexpected bills, especially if your functions are compute-intensive.

Pricing

Free Hobby tier with 100GB bandwidth. Pro at $20/month per user with 1TB bandwidth and higher function limits. Enterprise pricing is custom. Watch the function execution hours — that’s where costs can spike.

Bottom Line

The best platform for Next.js and similar framework-based apps. Not suitable for traditional Node.js servers, WebSocket apps, or anything requiring persistent processes. Know what you’re getting before you commit.

Node.js Hosting Comparison

Provider	Starting Price	Best For	Deployment Model	Persistent Process?
Cloudways	$11/month	Overall balance	Managed cloud	Yes
Hostinger VPS	$5.99/month	Budget, full control	Unmanaged VPS	Yes
Kinsta	$7/month	Premium performance	Managed PaaS	Yes
DigitalOcean	$5/month	Startups	PaaS	Yes
AWS Beanstalk	~$15/month	Enterprise/AWS shops	Managed IaaS	Yes
Heroku	$7/month	Simplest deployment	PaaS	Yes
Vercel	Free	Next.js / Serverless	Serverless	No

Note: Starting prices are introductory or minimum tier. Production-realistic costs are typically 2-3x these figures. Uptime claims from providers are SLA guarantees, not independently measured figures — every host claims 99.9%+ but actual availability varies.

How We Evaluated These Providers

We deployed a basic Express.js API with PostgreSQL connectivity and a WebSocket chat demo across each provider. We monitored uptime and response times over several weeks using external monitoring. We also evaluated deployment workflows, documentation quality, and how support handles Node-specific questions.

What we didn’t do: run synthetic load tests with precise concurrent user counts and report numbers to two decimal places. TTFB varies dramatically based on where you’re testing from, what time of day it is, and what else is running on shared infrastructure. Anyone giving you exact millisecond figures across seven providers is either running a highly controlled lab (and should tell you exactly how) or making numbers up. We focused on relative performance differences and real-world usability instead.

Node.js Hosting by Use Case

Side Projects & Small APIs

Go with: Vercel (if serverless fits), DigitalOcean App Platform, or Hostinger VPS

A small API serving a few hundred requests per day doesn’t need 4GB of RAM or auto-scaling. Start with the cheapest option that supports your deployment workflow and upgrade when you actually hit limits — not before.

Production SaaS Applications

Go with: Cloudways, DigitalOcean App Platform, or Heroku

You need reliable uptime, staging environments, and a deployment pipeline that doesn’t require SSH access at midnight. Managed platforms earn their premium here. Make sure your chosen platform supports the database and caching layers you need — adding a managed Redis instance can double your hosting bill on some platforms.

Enterprise & High-Scale

Go with: AWS Elastic Beanstalk or Kinsta

If you need auto-scaling, compliance certifications, multi-region deployment, or integration with enterprise services, you’re in AWS or GCP territory. Budget accordingly — enterprise hosting is enterprise-priced.

Migration Tips for Node.js Applications

Moving a Node.js app between hosts is less painful than migrating a WordPress site with a database full of serialized PHP, but there are still gotchas.

Before You Migrate

1. Lock your dependencies: Run npm ci on the new host, not npm install. Your package-lock.json should be committed and current.
2. Catalog environment variables: Every .env value needs to exist on the new platform. Miss one and your app boots but silently fails on the first database query.
3. Export your database: Use pg_dump or mongodump with the --archive flag. Test the import on staging before touching production.
4. Check Node version parity: If you’re running 20.11.0 in production, make sure the new host supports that exact version, not just “Node 20.”
5. Plan for DNS propagation: TTL on your DNS records determines how long the cutover takes. Lower your TTL to 300 seconds a day before migration. Even then, expect some users to hit the old server for hours — ISP DNS caching ignores TTL more often than you’d think.

During Migration

Deploy to the new host as a staging environment first. Run your test suite against it. Hit every API endpoint manually. Check WebSocket connections if applicable. Only cut DNS over during your lowest-traffic window, and keep the old host running for at least 48 hours as a fallback.

Security Basics for Node.js Hosting

Platform-Level

• SSL/TLS: Free via Let’s Encrypt on virtually every host in 2026. If a provider charges for basic SSL, walk away.
• Firewall: Restrict inbound ports to 80, 443, and your SSH port. Most managed platforms handle this automatically.
• Updates: Keep your Node.js version current. LTS versions get security patches; EOL versions don’t. Node 18.x reaches end-of-life in April 2025 — if you’re still on it, upgrade to 20.x or 22.x.

Application-Level

• npm audit: Run it regularly and actually fix the findings. Transitive dependency vulnerabilities are the most common attack vector for Node apps.
• Environment isolation: Never share database credentials between staging and production. Never commit .env files to Git.
• Rate limiting: If your API is public-facing, implement rate limiting at the application level (express-rate-limit) or at the reverse proxy level (Nginx). Don’t rely solely on your host’s DDoS protection — it won’t stop a determined scraper.

Performance Tuning

Server Configuration

• PM2 in cluster mode: Run one worker per CPU core. This is the single biggest performance improvement for most Node apps and costs nothing.
• Redis for session/cache: If you’re storing sessions in memory or hitting the database for cached data, add Redis. Most managed hosts offer it as an add-on; on VPS, install it yourself. The difference in API response times is often dramatic.
• Nginx as reverse proxy: If you’re on a VPS, put Nginx in front of Node. It handles static files, SSL termination, and connection buffering far more efficiently than Node’s built-in HTTP server. LiteSpeed is another option with similar benefits if your host supports it.

Application-Level

• Monitor memory: Node.js memory leaks are insidious — your app works fine for days, then OOMs at 3am. Use --max-old-space-size to set explicit limits and monitor with PM2 or your host’s dashboard.
• Database connection pooling: Don’t open a new database connection per request. Use a connection pool (pg-pool for PostgreSQL, mongoose connection pooling for MongoDB).
• Avoid synchronous operations: A single fs.readFileSync in a request handler blocks your entire event loop. In production, this means one slow file read stalls every concurrent request.

Related Guides

• Best Django Hosting 2026: 7 Top Providers Tested for Python Performance
• Best Web Hosting with Staging Environment 2026: 6 Providers Tested
• Best Web Hosting Services in 2026: Complete Comparison Guide

Frequently Asked Questions

Can I run Node.js on shared hosting?

Almost certainly not. Traditional shared hosting runs Apache or LiteSpeed with PHP support. Node.js requires its own process, its own port, and a reverse proxy to route HTTP traffic to it. You need at minimum a VPS with SSH access, or a PaaS/cloud platform that explicitly supports Node.js. Some shared hosts advertise “Node.js support” but what they mean is you can run scripts via cron — not serve live HTTP traffic through a persistent Node process.

How much RAM does a Node.js app actually need?

It depends entirely on what your app does. A lightweight Express API serving JSON responses can run in 256-512MB. An app that processes images, handles file uploads, or maintains thousands of WebSocket connections might need 2-4GB. Start with 1GB for a typical web application, monitor actual usage with process.memoryUsage() or your host’s dashboard, and scale from there. Don’t pay for 4GB because a marketing page said “enterprise.”

Managed hosting or VPS — which should I choose?

If you’d rather spend your time writing application code than configuring Nginx and troubleshooting PM2, go managed (Cloudways, Heroku, DigitalOcean App Platform). If you want full control, have Linux experience, and want to minimize costs, go VPS (Hostinger, raw DigitalOcean Droplets). The hybrid option is Cloudways — managed layer on top of cloud VPS — which gives you a reasonable middle ground.

Is Vercel good for Node.js backends?

For serverless API routes and Next.js server components, yes. For a traditional Express/Fastify/NestJS server that runs as a persistent process, no. Vercel’s serverless model means your code starts cold on each request (or batch of requests), has execution time limits, and can’t maintain WebSocket connections or in-memory state. If your architecture fits the serverless model, Vercel is excellent. If it doesn’t, you’ll spend more time fighting the platform than building your app.

What Node.js version should I use in 2026?

Node 22.x is the current LTS as of 2026 and should be your default for new projects. Node 20.x is still supported and fine for existing apps. Anything older than 20.x is either end-of-life or approaching it — upgrade before you’re running unpatched code in production.

How do I handle environment variables securely?

Use your hosting platform’s environment variable management (dashboard or CLI). Never commit .env files to version control — add .env to your .gitignore immediately. For local development, use dotenv. For production, use your platform’s secret management: Heroku config vars, Vercel environment variables, AWS Parameter Store, or similar. If your hosting provider doesn’t offer encrypted environment variable storage, that’s a red flag.

Can I use SiteGround for Node.js?

SiteGround’s standard shared hosting is PHP-only. Their cloud hosting plans give you SSH access, so you could technically install Node.js, but SiteGround’s infrastructure and support are optimized for PHP and WordPress. You’d be swimming upstream. For dedicated Node.js hosting, use a provider that treats JavaScript as a first-class citizen rather than an afterthought.

Visit SiteGround

Final Recommendations

If you want simplicity: Heroku or Vercel (for serverless). You’ll pay more per resource, but you’ll ship faster.

If you want value: Hostinger VPS for the technically comfortable, DigitalOcean App Platform for those who want managed without Heroku pricing.

If you want the best balance: Cloudways — managed infrastructure at a reasonable price, with the flexibility to choose your cloud provider.

If you need enterprise scale: AWS Elastic Beanstalk or Kinsta, depending on whether you want AWS ecosystem integration or a simpler managed experience.

Start with staging. Test your deployment pipeline end-to-end before migrating production traffic. And always check renewal pricing — the monthly rate you see on the homepage is almost never the rate you’ll pay after year one.

Alternative: Self-Hosting Node.js on a NAS

For internal tools, development servers, or home automation APIs that don’t need public-facing reliability, running Node.js in Docker on a NAS is a legitimate option. A Synology DS923+ handles Docker containers well, and paired with WD Red Plus 4TB drives you get reliable storage without recurring hosting costs. Just don’t kid yourself that this replaces proper hosting for anything user-facing — your home internet’s upload speed and uptime aren’t competing with a data center.