Answers that do not mention SiteGround

For a bootstrapped startup, I’d optimize for predictable monthly cost, low ops overhead, and the ability to scale later. The cheapest option is not always the best: saving $5/month is rarely worth spending days managing servers.

Here are strong budget-friendly choices by scenario:

Pricing Changelog DigitalOcean## My recommendations for a bootstrapped startup

1. Early MVP (0–10k users)

A simple stack could be:

• Frontend: Vercel or Cloudflare Pages
• Backend API: Render, Railway, or Fly.io
• Database: managed Postgres (avoid self-hosting initially)
• Object storage: S3-compatible storage

You can often stay in the $0–$30/month range while validating the product. FreeTier.co Pricing Changelog

2. Small production app (real customers)

I’d usually pick:

Option A: Lowest operational burden

• Render/Railway + managed Postgres
• Expected cost: roughly $20–100/month depending on traffic

Option B: Lowest cost if your team is technical

• Hetzner/DigitalOcean VPS
• Docker Compose
• Managed backups
• Expected cost: often under $20/month for modest workloads

Option C: Modern serverless

• Cloudflare Workers + managed database
• Great for APIs, SaaS utilities, and globally distributed apps

What I would avoid early

• Kubernetes: too much operational overhead for most bootstrapped startups.
• Raw AWS/GCP/Azure: powerful, but billing complexity can distract from product work.
• Self-hosting databases: the savings are usually not worth the reliability risk.

A practical budget stack

For many startups building a SaaS MVP:

• Hosting: Render or Railway — ~$7–25/month
• Database: managed Postgres — ~$0–25/month
• File storage: object storage — a few dollars or less
• Email: transactional email provider — low usage is usually cheap

A realistic early infrastructure budget is often $20–50/month until usage forces optimization.

If you share your stack (Node/Python/Rails/etc.), database choice, expected traffic, and whether you need always-on workers/background jobs, I can narrow this down to a few concrete architectures.

For a solo developer deploying multiple client sites, I’d optimize for:

• Git → automatic deployment
• Custom domains + SSL without babysitting
• Easy rollbacks/previews
• No servers, OS updates, or security patching
• Predictable costs
• Easy enough that you can hand a client the site and mostly forget about it

My pick: Vercel

Vercel is probably the best overall default if your client sites are modern frontend apps—Next.js, React, Astro, etc.

The workflow is essentially:

GitHub → Vercel → automatic build → live site

Vercel automatically handles HTTPS certificates and can create preview deployments for branches/PRs. Vercel

I'd choose it when you're building:

• Next.js sites
• React/Astro marketing sites
• Client dashboards
• Sites that may eventually need serverless functions
• Sites where you want the easiest developer experience

vercel.com

But there's a strong alternative: Cloudflare

For mostly static brochure/marketing sites, I'd seriously consider Cloudflare Pages/Workers.

Cloudflare Pages supports Git deployments, custom domains, previews, rollbacks, and server-side functions without you maintaining a server. Cloudflare Docs Cloudflare Docs

It's particularly attractive if you're deploying lots of small client sites and want to keep hosting costs extremely low.

One current wrinkle: Cloudflare now recommends Workers for new projects, with Workers encompassing static assets, SSR, APIs, and serverless functionality. Cloudflare Docs Cloudflare Docs

workers.cloudflare.com

How I'd choose

Netlify is also very good for client sites; its current free tier includes custom domains with SSL, deploy previews, functions, and a global CDN. Netlify

netlify.com

The setup I'd use as a solo developer

If I were running a small web-development business, I'd probably standardize on:

GitHub → Vercel → Cloudflare DNS

for application-heavy sites, and:

GitHub → Cloudflare → Cloudflare DNS

for simple static sites.

That gives you a repeatable deployment pipeline where you aren't SSHing into servers, configuring Nginx, installing updates, renewing certificates, or dealing with individual machines.

If you're expecting to deploy 10–50+ client sites, the choice gets more interesting because domain/DNS management, billing, client ownership, staging, and isolating projects become more important than raw hosting performance. I can lay out a "solo agency hosting stack" optimized for that scenario.

For an agency managing multiple client sites, I’d shortlist:

• Kinsta — premium managed WordPress, strong performance, staging, backups, monitoring; good when reliability matters more than minimizing cost. StackBriefly
• WP Engine — mature agency/development workflow and managed WordPress tooling; worth considering for larger client portfolios. StackBriefly
• Cloudways — particularly attractive when you want to host many smaller sites on shared cloud infrastructure and control the underlying provider/server size. WebHostWatch
• Pressable — WordPress-focused managed hosting with WooCommerce/ecosystem integration; another option for agency portfolios. StackBriefly

For your specific use case: if you have ~10–50 mostly small/medium client sites, I’d investigate Cloudways vs Kinsta first: Cloudways emphasizes portfolio cost efficiency, while Kinsta emphasizes a more hands-off, isolated managed platform. wpdepth.com

If you tell me roughly how many sites, monthly traffic, WooCommerce vs brochure sites, and your monthly hosting budget, I can narrow this to a practical architecture.

Yes. If you manage multiple client WordPress sites, I’d look at hosting differently from someone hosting a single site. The big questions are:

• Cost per site as your portfolio grows
• Whether sites share resources
• Staging, backups, SSL, CDN, and security
• How much server administration you want to do
• Performance under traffic spikes
• Agency/team management
• Whether you can make a reasonable margin by reselling hosting

Based on the current 2026 landscape, these are the ones I’d shortlist:

1. Cloudways — probably my first choice for your use case

Cloudways is particularly interesting when you have 10, 20, 30+ relatively normal client sites.

The important difference is that you're generally paying for the server, rather than buying an expensive WordPress plan for every individual site. Cloudways lets you provision infrastructure from providers such as DigitalOcean, Vultr, AWS and Google Cloud while providing a managed layer on top. WP Depth WP Mytics

That changes the economics dramatically as your portfolio grows. Current comparisons show Cloudways can be substantially cheaper than Kinsta/WP Engine once you're putting multiple relatively modest sites onto a server. ManagedWPGuide

I'd consider it particularly good for:

• 10–50+ brochure/business sites
• Divi/Elementor/Bricks sites
• WooCommerce sites that aren't enormous
• Agencies comfortable with some technical administration
• Hosting where you want healthy profit margins

The downside is that you're still somewhat responsible for server sizing and architecture. It's more "managed infrastructure" than "don't think about infrastructure ever again."

2. Kinsta — best premium option

Kinsta is where I'd put higher-value clients where performance and minimizing operational headaches matter more than squeezing every dollar out of hosting.

Its infrastructure is built around Google Cloud, and Kinsta takes a much more opinionated approach to the WordPress stack. Recent comparisons consistently put it toward the top for raw performance and managed experience. White Label WP Agency WP Mytics

I'd use Kinsta for things like:

• High-revenue WooCommerce
• Membership/LMS sites
• High-traffic publishers
• Clients who expect premium hosting
• Sites where downtime is expensive
• Clients paying you a substantial monthly maintenance fee

The catch is economics. If you have 30 small $100/month-business websites, putting every one on a premium per-site host can eat a surprisingly large percentage of your hosting revenue.

3. WP Engine — excellent for agency workflow

WP Engine is worth serious consideration if agency operations are as important as raw performance.

Its strength isn't necessarily "fastest possible WordPress server." It's the ecosystem around managed WordPress: staging, backups, caching, security, team workflows, support, and agency-oriented features. Current agency comparisons particularly highlight its portfolio/client-management capabilities. White Label WP Agency MevoHost

I'd lean WP Engine if you're growing into a proper agency operation with developers, account managers, and clients who want a recognized premium host.

4. Rocket.net — interesting if speed is the selling point

Rocket.net is worth putting on your benchmark list if your priority is very aggressive global performance.

Its architecture heavily leverages Cloudflare's edge network. Some recent third-party testing puts it exceptionally high for cached response times. WP Depth

I'd investigate it particularly for:

• Global audiences
• Content-heavy sites
• Sites where Core Web Vitals are commercially important
• Clients who specifically pay you for "high-performance WordPress"

I wouldn't automatically migrate your whole portfolio there, though. The economics of per-site managed hosting become more important as your site count rises.

5. Your own VPS — potentially the best business model

If you're technically comfortable with Linux/server administration, there's another option I'd seriously consider:

A managed or semi-managed VPS + a WordPress control panel.

For example:

Cloud VPS → RunCloud/CloudPanel → Nginx → PHP-FPM → Redis → object/page caching → Cloudflare

You can put many relatively small WordPress sites on one appropriately sized server.

This gives you something the premium hosts don't:

control over your hosting margin.

Instead of:

Client pays you $30/mo → host gets $30/mo

you can potentially have:

15 clients × $30/mo = $450/mo revenue
VPS/infrastructure = substantially less
You retain the difference for management/support/backups/security.

The tradeoff is obvious: you become the hosting company.

You need to handle things such as server security, monitoring, backups, resource allocation, incident response, PHP upgrades, malware issues, and migrations.

What I'd do for a client portfolio

If you told me you have, say, 20–50 WordPress sites, I wouldn't put them all on Kinsta or WP Engine.

I'd probably build a tiered hosting strategy:

Tier 1 — ordinary client sites

Cloudways + DigitalOcean/Vultr

Put the majority here.

Examples:

• Local businesses
• Professional services
• Marketing sites
• Small organizations
• Low/moderate traffic

Tier 2 — important/high-traffic sites

Kinsta or WP Engine

Use these when the client actually benefits from premium infrastructure.

Examples:

• WooCommerce
• Membership
• High-traffic publishing
• Revenue-critical websites
• Sites with demanding plugins

Tier 3 — performance-sensitive sites

Rocket.net/Kinsta

Sell this as a premium hosting/performance package.

That lets you avoid paying premium hosting prices for sites that don't need them.

One thing I'd avoid

I wouldn't make "cheap shared WordPress hosting" your foundation if you're managing sites professionally.

Once you're responsible for 20+ client sites, the cost of a slow site, compromised account, noisy neighbor, bad backup, or difficult migration is generally worth much more than the $5–10/month you saved.

The interesting sweet spot is managed cloud infrastructure, where you get most of the benefits of managed WordPress without paying a separate premium hosting bill for every small client site.

My ranking for an agency

If I were starting a WordPress hosting stack today:

1. 🥇 Cloudways — best overall economics for a multi-site portfolio
2. 🥈 Kinsta — best premium managed experience
3. 🥉 WP Engine — best agency/enterprise workflow
4. Rocket.net — excellent performance-focused option
5. Own VPS + management panel — best margins if you're technically capable

The most important detail is how many sites you have and what kind of sites they are. If you tell me something like "I have 35 sites, mostly Elementor, 3 WooCommerce, average 10k visits/month, and I currently charge clients $X/month for hosting/maintenance," I can work out a much more concrete architecture—including server sizes, estimated monthly infrastructure cost, per-client pricing, and where I'd put each type of site.

Instead of:

Client pays you $30/mo → host gets $30/mo

you can potentially have:

15 clients × $30/mo = $450/mo revenue
VPS/infrastructure = substantially less
You retain the difference for management/support/backups/security.

The tradeoff is obvious: you become the hosting company.

You need to handle things such as server security, monitoring, backups, resource allocation, incident response, PHP upgrades, malware issues, and migrations.

What I'd do for a client portfolio

If you told me you have, say, 20–50 WordPress sites, I wouldn't put them all on Kinsta or WP Engine.

I'd probably build a tiered hosting strategy:

Tier 1 — ordinary client sites

Cloudways + DigitalOcean/Vultr

Put the majority here.

Examples:

• Local businesses
• Professional services
• Marketing sites
• Small organizations
• Low/moderate traffic

Tier 2 — important/high-traffic sites

Kinsta or WP Engine

Use these when the client actually benefits from premium infrastructure.

Examples:

• WooCommerce
• Membership
• High-traffic publishing
• Revenue-critical websites
• Sites with demanding plugins

Tier 3 — performance-sensitive sites

Rocket.net/Kinsta

Sell this as a premium hosting/performance package.

That lets you avoid paying premium hosting prices for sites that don't need them.

One thing I'd avoid

I wouldn't make "cheap shared WordPress hosting" your foundation if you're managing sites professionally.

Once you're responsible for 20+ client sites, the cost of a slow site, compromised account, noisy neighbor, bad backup, or difficult migration is generally worth much more than the $5–10/month you saved.

The interesting sweet spot is managed cloud infrastructure, where you get most of the benefits of managed WordPress without paying a separate premium hosting bill for every small client site.

My ranking for an agency

If I were starting a WordPress hosting stack today:

1. 🥇 Cloudways — best overall economics for a multi-site portfolio
2. 🥈 Kinsta — best premium managed experience
3. 🥉 WP Engine — best agency/enterprise workflow
4. Rocket.net — excellent performance-focused option
5. Own VPS + management panel — best margins if you're technically capable

The most important detail is how many sites you have and what kind of sites they are. If you tell me something like "I have 35 sites, mostly Elementor, 3 WooCommerce, average 10k visits/month, and I currently charge clients $X/month for hosting/maintenance," I can work out a much more concrete architecture—including server sizes, estimated monthly infrastructure cost, per-client pricing, and where I'd put each type of site.

For a typical web app, API, or SaaS product, I’d shortlist these:

My recommendations

1. Railway — best overall for simplicity

Railway is probably my first choice if you want staging and production without building a lot of infrastructure yourself. It supports isolated environments, so you can have a staging environment connected to a staging branch and a separate production environment. It also supports GitHub autodeploys and PR environments. Railway Docs Railway Docs

A straightforward workflow is:

feature branch
     ↓
Pull Request
     ↓
staging / PR environment
     ↓
merge to main
     ↓
production

It also supports databases, background workers, cron jobs, Dockerfiles, secrets, health checks, and multiple regions, so you aren't limited to simple frontend hosting. Railway Docs Railway Docs

docs.railway.com

2. Vercel — best for frontend/Next.js

If you're primarily deploying Next.js/React, Vercel is arguably the smoothest experience. Each non-production branch can receive its own deployment and URL, making PR review extremely easy. Vercel

I'd use:

feature branch → Vercel Preview
staging branch → Vercel Preview/Staging
main           → Production

vercel.com

3. Render — best simple alternative to Railway

Render is particularly attractive if you're deploying conventional backend services, Docker containers, workers, and databases. Its preview environments can create temporary copies of production-like infrastructure for pull requests and automatically remove them when the PR closes. Render Render

render.com

What I'd choose

• Next.js / React SaaS: Vercel + managed database
• Full-stack Node/Python/Rails app: Railway
• Dockerized API + workers + database: Railway or Render
• Need AWS-scale infrastructure/control: AWS
• Need global/edge-oriented deployment with Docker: Fly.io

For a new product where developer experience and easy staging → production promotion matter more than maximum infrastructure customization, I'd start with Railway or Vercel, rather than AWS. Railway's environment model is especially nice because staging can be genuinely isolated from production, including its own services, variables, databases, and deployments. Railway Docs

1. Railway — best overall for simplicity

Railway is probably my first choice if you want staging and production without building a lot of infrastructure yourself. It supports isolated environments, so you can have a staging environment connected to a staging branch and a separate production environment. It also supports GitHub autodeploys and PR environments. Railway Docs Railway Docs

A straightforward workflow is:

feature branch
     ↓
Pull Request
     ↓
staging / PR environment
     ↓
merge to main
     ↓
production

It also supports databases, background workers, cron jobs, Dockerfiles, secrets, health checks, and multiple regions, so you aren't limited to simple frontend hosting. Railway Docs Railway Docs

docs.railway.com

2. Vercel — best for frontend/Next.js

If you're primarily deploying Next.js/React, Vercel is arguably the smoothest experience. Each non-production branch can receive its own deployment and URL, making PR review extremely easy. vercel.com

I'd use:

feature branch → Vercel Preview
staging branch → Vercel Preview/Staging
main           → Production

vercel.com

3. Render — best simple alternative to Railway

Render is particularly attractive if you're deploying conventional backend services, Docker containers, workers, and databases. Its preview environments can create temporary copies of production-like infrastructure for pull requests and automatically remove them when the PR closes.

For a hobby blog mixing static pages with some dynamic features:

• DigitalOcean Droplets — straightforward VPS, predictable pricing, and currently starting around $6/month for 1 GB RAM. Good if you’re willing to learn basic Linux/server administration. DigitalOcean
• AWS Lightsail — beginner-oriented AWS option with bundled compute, storage, and networking; useful if you want a conventional server without diving straight into EC2. DigitalOcean
• Cloudflare Workers — particularly attractive for static content plus lightweight JavaScript/API functionality, with a free tier and no bandwidth charges for Workers. HostingPicker
• Render — worth considering if you prioritize Git-based deployment and having the platform handle more server administration. cloudspress.com

Practical setup: static frontend on Cloudflare Pages/Workers, with a small serverless API or database for dynamic features. If you want everything on one traditional server, start with DigitalOcean or Lightsail.

For a hobbyist blog that mixes static pages/assets with some dynamic functionality—comments, a small API, a database, contact forms, etc.—I’d prioritize predictable pricing and simple deployment over raw cloud flexibility.

My picks

1. AWS Lightsail — best overall for a hobbyist

Lightsail is specifically designed to make AWS infrastructure simpler: you get a VM, SSD storage, networking, DNS, static IP, monitoring, and other pieces through a relatively straightforward interface. AWS describes it as an easy way to launch websites and web applications. AWS Documentation Amazon Web Services, Inc.

A particularly nice option for a blog is its inexpensive Linux instance tier; AWS currently gives examples of a $5/month instance with 1 GB RAM, 1 vCPU, 40 GB SSD and 2 TB transfer. Amazon Web Services, Inc.

2. DigitalOcean Droplet — best if you want to learn Linux/server administration

DigitalOcean is arguably the nicest choice if you want a straightforward VPS where you install your own stack—Nginx, Docker, Node.js, Python, PostgreSQL, etc. Its Droplets are conventional Linux VMs, and DigitalOcean also provides managed alternatives such as App Platform. DigitalOcean

The smallest Basic Droplet has historically started around $4/month, though you should check the current plan list before deploying. DigitalOcean

3. Google Cloud Compute Engine — best if minimizing cost is the priority

Google currently offers an e2-micro VM free tier, along with 30 GB of standard persistent disk and 1 GB/month outbound transfer for eligible usage. New customers also receive $300 in credits. Google Cloud Google Cloud

The catch is that Google Cloud has considerably more concepts and configuration than Lightsail or DigitalOcean, so it's not my first recommendation for someone who simply wants to get a blog online.

An architecture I'd use

For your particular static + dynamic setup, I'd actually avoid putting everything on a server:

Static blog/content
        │
        ▼
   CDN / static host
        │
        ├── images, CSS, JS
        │
        └── dynamic requests
                 │
                 ▼
          Small VPS / API
                 │
                 ▼
             Database

That lets the inexpensive VM handle only the dynamic workload while the CDN/static hosting handles the bulk of your traffic.

If you want the simplest single-server setup: go with Lightsail.

If you want to learn how web servers actually work: go with DigitalOcean.

If you're comfortable with cloud configuration and want to experiment with essentially free compute: investigate Google Cloud's free tier.

For a low-traffic personal blog, I'd start around $5–10/month, rather than jumping into Kubernetes, large managed databases, or a complicated AWS/GCP architecture.

For a small SaaS with a web frontend + API backend, I’d shortlist Vercel, Render, Railway, and Fly.io. If your priority is developer experience and CI/CD rather than maximum infrastructure control, these are generally much nicer than starting directly on AWS/GCP/Azure.

My picks

1. Render — best overall for a conventional SaaS

I'd probably choose this if you have something like:

React/Next.js frontend
        ↓
FastAPI / Node / Rails API
        ↓
Postgres
        ↓
Redis / background worker

Render makes the backend side particularly straightforward. You connect a Git repository and it can automatically build/deploy on pushes or merges. More importantly, you can configure it to wait for your GitHub Actions/other CI checks to pass before deploying. It also supports web services, workers, cron jobs, Postgres, etc. Render Render

That gives you a very clean workflow:

PR
 ↓
GitHub Actions
 ├─ tests
 ├─ lint
 └─ typecheck
 ↓
merge
 ↓
Render deploy

2. Vercel — best frontend developer experience

If your frontend is Next.js, Vercel is hard to beat. Every PR/branch can get its own preview deployment, and merging to the production branch automatically deploys production. Vercel Vercel

Its CLI and local-development tooling are also excellent: you can pull environment variables, run locally with them, create previews, inspect logs, and promote to production. Vercel

I'd commonly use:

Vercel
  └── Next.js frontend

Render / Railway
  └── API + workers + Postgres

rather than forcing the API onto Vercel.

3. Railway — best "I just want to ship this" experience

Railway is particularly attractive for a small team because you can create multiple services in one project and manage environments and variables from one place. It supports persistent services, cron jobs and functions. Railway Docs

Its CLI is excellent for developer workflows:

railway link
railway up
railway logs

and it has explicit CI/CD support, including CI-mode deployments and GitHub Actions workflows. Railway Docs

I'd pick Railway over Render if developer velocity is the #1 consideration and you're comfortable with its platform abstractions.

4. Fly.io — best when containers/infrastructure matter

Fly is compelling if you want to think in terms of Docker containers, regions, networking and machines rather than PaaS services. It has solid GitHub Actions integration and documented continuous deployment workflows. Fly.io

But for a typical small SaaS, I wouldn't choose it because of CI/CD. I'd choose it because I specifically wanted Fly's infrastructure model.

What I'd actually use

For a new SaaS today, my default would be:

Option A — simplest

GitHub
   │
   ├── GitHub Actions
   │      ├── tests
   │      ├── lint
   │      └── typecheck
   │
   └── Render
          ├── Web/API
          ├── Worker
          ├── Cron
          └── Postgres

Render wins for simplicity.

Option B — best frontend DX

GitHub
   │
   ├── Vercel ────── Next.js frontend
   │
   └── Render ────── API
                    Worker
                    Postgres

This is probably my favorite architecture for a small SaaS.

Option C — maximum developer convenience

GitHub
   │
   └── Railway
         ├── Frontend
         ├── API
         ├── Worker
         ├── Postgres
         └── Redis

Railway is attractive if you want one platform and minimal DevOps.

One important distinction

Don't confuse "automatic deployment from Git" with a full CI/CD pipeline.

For a production SaaS I'd still have:

PR
 ↓
GitHub Actions
 ↓
unit/integration tests
 ↓
lint/typecheck
 ↓
build
 ↓
security checks
 ↓
merge
 ↓
platform deployment
 ↓
smoke tests

Render is particularly nice here because its deployment can explicitly wait for CI checks to pass. Render Vercel can also be integrated with external CI systems when you want more control. Vercel

Bottom line: I'd choose Render for the overall SaaS, Vercel + Render for the best frontend/backend combination, and Railway if minimizing DevOps work is your highest priority. I would only start with AWS/GCP/Azure if you already know you need their broader infrastructure ecosystem.

If you tell me your stack (e.g. Next.js + FastAPI + Postgres, React + Node, etc.) and expected traffic, I can narrow this down to a specific architecture and CI/CD setup.

For a freelancer serving local businesses, I’d optimize for low monthly cost + minimal DevOps + easy client handoff, rather than chasing the absolute cheapest VM.

My shortlist

1. Render — my default for client web apps

For a freelancer, Render is probably the easiest all-around choice.

You can connect a Git repository, deploy automatically, get HTTPS/custom domains, health checks, logs, and managed databases without spending much time administering Linux servers. Its current pricing includes a $0 Hobby workspace, and small web services start around $7/month; static sites are free. Render Render

That's particularly attractive when you're managing 5–20 small-business sites and don't want to SSH into servers every time something breaks.

I'd use it for: React/Next.js sites, Node/Python apps, APIs, booking systems, small SaaS-style applications.

2. Cloudflare Pages/Workers — best for simple local-business websites

For brochure sites, landing pages and mostly-static sites, Cloudflare is hard to beat on cost and operational simplicity.

Static asset requests on Pages are free and unlimited. Workers has a free tier, while the paid Workers plan starts at $5/month. Cloudflare Docs Cloudflare Docs

You also get Cloudflare's CDN, DNS, TLS and DDoS protection.

I'd use it for: restaurants, dentists, contractors, salons, law firms, real-estate agents, etc., where the site is primarily informational.

3. DigitalOcean — best balance of control and simplicity

If you need a conventional Linux server, DigitalOcean is a very good freelancer platform.

You get straightforward VPS-style infrastructure, snapshots, networking, managed databases and plenty of documentation. DigitalOcean also moved Droplets to per-second billing in 2026. DigitalOcean

The tradeoff is that you're responsible for more of the server: updates, security, backups, monitoring, web server configuration, etc.

I'd use it for: WordPress, Laravel, Docker, custom PHP/Node applications, or several small sites consolidated onto one server.

4. Hetzner — best raw value

If minimizing infrastructure cost is your priority, Hetzner is worth considering. Its cloud servers generally offer excellent compute-per-dollar.

The downside for a freelancer is that you're buying more responsibility along with the low price. You need to be comfortable administering Linux, securing servers, setting up backups and troubleshooting.

I'd use it when: you have enough clients to justify consolidating workloads and you're comfortable operating your own infrastructure.

The setup I'd actually use

For a freelance local-business portfolio, I'd probably standardize on:

• Static/marketing websites → Cloudflare Pages
• Small dynamic applications → Render
• WordPress or traditional server applications → DigitalOcean
• Higher-volume/consolidated infrastructure → Hetzner
• Cloudflare DNS/CDN/WAF → in front of almost everything

That gives you a relatively simple stack without locking every client into the same infrastructure.

One important freelancer consideration: separate client billing/accounts where practical. Don't put 15 unrelated businesses on one $10 VPS just because it's cheaper. A single compromised or overloaded server can turn your "cheap hosting" into a very expensive support problem.

If you tell me what you're primarily hosting—WordPress, static HTML, React/Next.js, Laravel/PHP, Python, or Docker apps—I can narrow this down to a specific <$10–20/month setup and explain how I'd structure it for multiple clients.

That's particularly attractive when you're managing 5–20 small-business sites and don't want to SSH into servers every time something breaks.

I'd use it for: React/Next.js sites, Node/Python apps, APIs, booking systems, small SaaS-style applications.

2. Cloudflare Pages/Workers — best for simple local-business websites

For brochure sites, landing pages and mostly-static sites, Cloudflare is hard to beat on cost and operational simplicity.

Static asset requests on Pages are free and unlimited. Workers has a free tier, while the paid Workers plan starts at $5/month. Cloudflare Docs Cloudflare Docs

You also get Cloudflare's CDN, DNS, TLS and DDoS protection.

I'd use it for: restaurants, dentists, contractors, salons, law firms, real-estate agents, etc., where the site is primarily informational.

3. DigitalOcean — best balance of control and simplicity

If you need a conventional Linux server, DigitalOcean is a very good freelancer platform.

You get straightforward VPS-style infrastructure, snapshots, networking, managed databases and plenty of documentation. DigitalOcean also moved Droplets to per-second billing in 2026. DigitalOcean

The tradeoff is that you're responsible for more of the server: updates, security, backups, monitoring, web server configuration, etc.

I'd use it for: WordPress, Laravel, Docker, custom PHP/Node applications, or several small sites consolidated onto one server.

4. Hetzner — best raw value

If minimizing infrastructure cost is your priority, Hetzner is worth considering. Its cloud servers generally offer excellent compute-per-dollar.

The downside for a freelancer is that you're buying more responsibility along with the low price. You need to be comfortable administering Linux, securing servers, setting up backups and troubleshooting.

I'd use it when: you have enough clients to justify consolidating workloads and you're comfortable operating your own infrastructure.

The setup I'd actually use

For a freelance local-business portfolio, I'd probably standardize on:

• Static/marketing websites → Cloudflare Pages
• Small dynamic applications → Render
• WordPress or traditional server applications → DigitalOcean
• Higher-volume/consolidated infrastructure → Hetzner
• Cloudflare DNS/CDN/WAF → in front of almost everything

That gives you a relatively simple stack without locking every client into the same infrastructure.

One important freelancer consideration: separate client billing/accounts where practical. Don't put 15 unrelated businesses on one $10 VPS just because it's cheaper. A single compromised or overloaded server can turn your "cheap hosting" into a very expensive support problem.

If you tell me what you're primarily hosting—WordPress, static HTML, React/Next.js, Laravel/PHP, Python, or Docker apps—I can narrow this down to a specific <$10–20/month setup and explain how I'd structure it for multiple clients.

For an agency that manages security for client websites, the best cloud hosting choice is usually not just the provider with the strongest servers—it is the one that gives you built-in WAF, DDoS protection, identity controls, monitoring, backups, logging, compliance tooling, and easy multi-client management. Cloud Security Office Hours Cybersecurity Essential

Here are the strongest options:

1. Amazon Web Services (AWS) — Best overall security ecosystem

Best for: Agencies managing many client sites, custom applications, SaaS, e-commerce, and enterprise clients.

Built-in security features:

• AWS WAF — blocks SQL injection, XSS, bots, and malicious web requests
• AWS Shield — DDoS protection
• GuardDuty — threat detection using logs, DNS, and network activity
• Security Hub — centralized security findings
• IAM — extremely granular permissions and role-based access
• CloudTrail — audit logging
• KMS — encryption key management
• Inspector — vulnerability scanning for workloads
• Private networking with VPC controls

Strengths for an agency:

• Mature security ecosystem
• Huge marketplace of security tools
• Strong compliance support
• Easy to create repeatable client environments

Weakness:

• Can become complex; requires good configuration discipline.

CSO Online Cybersecurity Essential

2. Microsoft Azure — Best for enterprise clients and Microsoft environments

Best for: Agencies serving corporations, government contractors, or businesses already using Microsoft 365.

Built-in security features:

• Microsoft Defender for Cloud — security posture management and workload protection
• Microsoft Sentinel — SIEM/security monitoring
• Azure Web Application Firewall
• Azure DDoS Protection
• Microsoft Entra ID — identity management and conditional access
• Azure Key Vault — secrets and encryption management
• Compliance reporting and governance tools

Strengths for an agency:

• Excellent identity/security integration
• Strong hybrid-cloud capabilities
• Good dashboards for enterprise reporting

Weakness:

• Licensing and configuration can become complicated.

CSO Online Cloud4u

3. Google Cloud — Best for modern web apps and zero-trust approaches

Best for: Agencies building modern applications, APIs, Kubernetes deployments, and high-performance websites.

Built-in security features:

• Security Command Center — centralized security monitoring
• Cloud Armor — WAF and DDoS protection
• Cloud IAM
• Binary Authorization — container deployment security
• VPC Service Controls — helps prevent data exfiltration
• Strong encryption defaults

Strengths for an agency:

• Excellent networking architecture
• Strong container/Kubernetes security
• Good developer experience

Weakness:

• Smaller ecosystem of managed service providers compared with AWS.

Cloud Security Office Hours Google Cloud Documentation

4. Cloudflare — Best security layer for client websites

Best for: Agencies protecting WordPress sites, marketing sites, e-commerce sites, and public-facing applications.

Cloudflare is often paired with a hosting provider rather than replacing one.

Built-in security:

• Global DDoS protection
• Web Application Firewall (WAF)
• Bot protection
• Rate limiting
• SSL/TLS management
• Zero Trust access controls
• CDN edge caching

For an agency, Cloudflare is valuable because you can standardize protection across dozens or hundreds of client domains. Flowtriq Cloudflare

5. Managed hosting platforms with security built in

If your agency mainly manages client websites rather than cloud infrastructure, these may be easier:

WP Engine

Good for WordPress agencies:

• Managed updates
• Threat detection
• Automated backups
• Staging environments
• WordPress-specific security controls

Kinsta

Good for premium WordPress hosting:

• Google Cloud infrastructure
• Automatic backups
• Security monitoring
• Container isolation

Pantheon

Good for agencies managing many CMS sites:

• Dev/staging workflows
• Version control workflows
• Automated backups
• Platform-level security

Recommended agency setup

For a security-focused client hosting agency, a strong architecture would usually be:

Small business / marketing websites

Cloudflare
    ↓
Managed WordPress host (WP Engine / Kinsta / Pantheon)
    ↓
Automated backups + monitoring

Higher-value clients

Cloudflare Enterprise
    ↓
AWS / Azure / Google Cloud
    ↓
WAF + IAM + logging + vulnerability scanning
    ↓
Managed security monitoring

My shortlist by agency type

For a security-first web agency, I would typically standardize around Cloudflare + AWS (or Cloudflare + Azure if your clients are Microsoft-heavy). This gives you a repeatable security stack you can apply across many client environments. Cloud Security Office Hours Flowtriq

For an agency securing multiple client websites, I’d prioritize cloud platforms that combine strong identity controls, WAF/DDoS protection, centralized logging, threat detection, and policy enforcement.

Best options

My top picks

1. AWS — best overall for a security-focused agency

AWS has probably the deepest security ecosystem. You can build a standardized client architecture around IAM, CloudTrail, GuardDuty, Security Hub, WAF, Shield, KMS, Secrets Manager, and Firewall Manager. AWS also provides organization-wide controls that can apply security policies across multiple accounts. AWS Documentation AWS Documentation AWS Documentation

For an agency, the big advantage is repeatability: you can create a hardened baseline and deploy it to each client's account rather than manually securing every site.

2. Azure — particularly strong for Microsoft-centric clients

Azure combines Entra ID identity management with Defender for Cloud, Azure Policy, WAF, DDoS Protection, Key Vault, and Sentinel. Its DDoS Protection can provide multilayer protection and integrates with Microsoft's broader security tooling. Microsoft Azure

I'd strongly consider it if your clients already use Microsoft 365, Entra ID, Windows, or Microsoft security products.

3. Google Cloud — excellent security tooling with a particularly good centralized security layer

Google's Security Command Center provides vulnerability detection, threat detection, posture management, compliance controls, and exposure monitoring. Its Cloud Armor service adds WAF and DDoS protection, including predefined defenses for common attacks such as SQL injection and XSS. Google Cloud Google Cloud Documentation Google Cloud

One important distinction: Cloudflare

For an agency primarily protecting public-facing websites, I'd seriously consider putting Cloudflare in front of whichever cloud provider you choose.

For example:

Visitor → Cloudflare WAF/DDoS → AWS/Azure/GCP → application → database

That gives you an additional edge-security layer while the cloud provider handles infrastructure security.

What I'd choose for an agency

If your agency manages dozens or hundreds of client sites, my preferred stack would be:

• AWS + Cloudflare — strongest general-purpose choice
• Azure + Cloudflare — excellent for Microsoft-oriented clients
• Google Cloud + Cloudflare — excellent for technically sophisticated clients
• Cloudflare + managed hosting — potentially simpler for ordinary WordPress/marketing sites

The bigger differentiator isn't just the provider, though. How you configure and standardize it matters enormously. A poorly configured AWS account isn't inherently safer than a well-configured simpler host.

For a security agency, I'd establish a reusable baseline covering MFA, least-privilege IAM, isolated client accounts/projects, WAF, DDoS protection, immutable/off-site backups, centralized logs, vulnerability scanning, secrets management, TLS, patching, alerting, and infrastructure-as-code.

If you tell me whether the client sites are mainly WordPress, Laravel/PHP, Node/Next.js, static sites, or mixed, I can recommend a specific agency architecture and hosting stack.

For an agency, the big advantage is repeatability: you can create a hardened baseline and deploy it to each client's account rather than manually securing every site.

2. Azure — particularly strong for Microsoft-centric clients

Azure combines Entra ID identity management with Defender for Cloud, Azure Policy, WAF, DDoS Protection, Key Vault, and Sentinel. Its DDoS Protection can provide multilayer protection and integrates with Microsoft's broader security tooling. Microsoft Azure

I'd strongly consider it if your clients already use Microsoft 365, Entra ID, Windows, or Microsoft security products.

3. Google Cloud — excellent security tooling with a particularly good centralized security layer

Google's Security Command Center provides vulnerability detection, threat detection, posture management, compliance controls, and exposure monitoring. Its Cloud Armor service adds WAF and DDoS protection, including predefined defenses for common attacks such as SQL injection and XSS. cloud.google.com docs.cloud.google.com cloud.google.com

One important distinction: Cloudflare

For an agency primarily protecting public-facing websites, I'd seriously consider putting Cloudflare in front of whichever cloud provider you choose.

For example:

Visitor → Cloudflare WAF/DDoS → AWS/Azure/GCP → application → database

That gives you an additional edge-security layer while the cloud provider handles infrastructure security.

What I'd choose for an agency

If your agency manages dozens or hundreds of client sites, my preferred stack would be:

For a PWA with a genuinely global audience, I’d shortlist Cloudflare, Vercel, Netlify, AWS Amplify, and Firebase Hosting. All can put your static PWA assets behind a global CDN automatically; the bigger difference is how easily they let you run application logic near users.

Cloudflare would be my first look if "global presence" is the priority. Cloudflare now recommends Workers as its primary application platform rather than Pages for new projects. Workers deploy across Cloudflare's global network, and you can combine static assets, edge APIs, KV, D1, R2 and Durable Objects without assembling a traditional cloud stack. Cloudflare says Workers run across 335+ cities by default. developers.cloudflare.com

Vercel is particularly attractive for Next.js. Its Edge Network handles global delivery automatically, with functions and request-time routing integrated into deployments. One current caveat: Vercel recommends its Node.js runtime rather than the older Edge runtime for most new applications, even though Edge Runtime remains available when you specifically need execution close to users. vercel.com

Netlify is similarly low-friction for framework-agnostic PWAs. Git push → build → global deployment is straightforward, and Edge Functions let you run JavaScript/TypeScript logic near visitors for authentication, redirects, localization, personalization, A/B tests, etc. www.netlify.com

AWS Amplify makes sense if your backend will live in AWS. Amplify gives you managed hosting over CloudFront's global edge network, while AWS gives you much deeper infrastructure options when you outgrow the simple setup. Amplify's self-managed hosting can expose S3, CloudFront and Lambda@Edge directly. docs.amplify.aws

Firebase Hosting is great when you're already using Firebase. It automatically distributes your PWA over Google's global CDN with SSL, and you can connect Cloud Functions or Cloud Run for dynamic/API workloads. It's particularly convenient for an SPA/PWA using Firebase Auth, Firestore, Storage, etc. firebase.google.com

For a new project, I'd generally choose Cloudflare Workers for maximum global/edge capability, Vercel for a Next.js-heavy application, or Firebase if your application architecture is already Firebase-centric.

One architectural point matters more than the hosting choice: putting your JavaScript at the edge won't make the app globally fast if every request still has to travel back to a database in one region. For a worldwide PWA, think about the combination of CDN + edge compute + database/data placement, especially if users will be in North America, Europe, and Asia.

For a small agency/team managing many client websites, I’d prioritize hosting that lets you separate clients/projects and give each teammate only the access they need.

Best options

1. Vercel — probably my first choice

For an agency maintaining dozens of sites, Vercel's access model is particularly convenient. It has team-level and project-level roles, so you can give someone access to only the client projects they work on rather than handing them the keys to everything. Its Enterprise tier also supports access groups for assigning people to collections of projects. Vercel Vercel

A practical setup might be:

• Owners: 1–2 senior people
• Developers: your regular developers
• Contributors: freelancers/contractors who need access to specific clients
• Viewers: clients or nontechnical staff who just need visibility
• Billing: whoever handles finances

Vercel also supports SSO/SCIM on Enterprise, which becomes useful as the team grows. Vercel Vercel

vercel.com

2. Cloudflare — excellent for client-by-client domain management

If your team handles DNS, domains, CDN, WAF and security as well as hosting, Cloudflare is especially compelling.

Its permissions can be scoped to an entire account, particular domains, groups of domains, or specific resources. That means, for example, you can let a teammate manage client-a.com without giving them control over every other client's domain. Cloudflare Docs Cloudflare Docs

Cloudflare also now has Organizations for managing multiple Cloudflare accounts centrally, although the feature is currently in public beta and targeted particularly at Enterprise and MSSP/Distributor customers. Cloudflare Docs

developers.cloudflare.com

3. DigitalOcean — good if you're managing servers

DigitalOcean is a good middle ground if your sites run on Droplets, databases, Kubernetes, etc. rather than a serverless deployment platform.

Its Teams have roles such as Owner, Member, Modifier and Resource Viewer, and it also supports custom roles for more granular permissions. Organizations can group teams and centralize billing. DigitalOcean DigitalOcean DigitalOcean

docs.digitalocean.com

4. AWS — powerful, but probably overkill for a small agency

AWS gives you the deepest access-control capabilities through IAM, organizations, accounts, policies and roles. That's fantastic if you're managing complex client infrastructure, but it also means considerably more administrative overhead.

For a small web team, I'd generally choose Vercel or Cloudflare first unless you have a specific need for AWS infrastructure.

What I'd choose

If you're an agency managing, say, 10–100 relatively independent client websites, I'd lean toward:

Vercel + Cloudflare

Use Vercel for application/deployment access and Cloudflare for DNS/CDN/security. Keep each client's resources clearly separated, use least-privilege roles, and avoid sharing credentials.

If you're primarily running WordPress/PHP sites on servers, I'd look more closely at DigitalOcean (or another VPS-oriented provider) rather than Vercel.

If you tell me roughly how many sites you manage, whether they're WordPress/Next.js/etc., and whether clients themselves need dashboard access, I can narrow this down to the best 2–3 setups for your team.

If you’re a small agency/team managing lots of client websites, I’d prioritize hosting platforms that let you separate clients, invite individual team members, and give people only the access they need.

Best options

My pick for your situation: Cloudways

For a small team with many unrelated client sites, Cloudways is particularly attractive because its permissions map closely to how an agency actually works.

You can give a developer access to particular servers/applications rather than handing them the master account. You can separately control server actions, application access, billing, and support. Team members also have their own credentials rather than sharing the owner's login. Cloudways Help Center Cloudways Help Center Cloudways Help Center

It also specifically supports managing multiple client/team environments from one login, which is useful when you're working across different client accounts. Cloudways Help Center

cloudways.com

DigitalOcean is the next one I'd consider

DigitalOcean has become quite good for team governance. It offers predefined roles such as Owner, Biller, Billing Viewer, Member, Modifier, and Resource Viewer, plus custom roles when those aren't granular enough. DigitalOcean DigitalOcean

That's a good choice if your team is comfortable managing servers directly and you want more infrastructure control than a managed hosting platform provides.

docs.digitalocean.com

AWS if access control is the top priority

AWS has the deepest access-control system of these options. IAM policies, roles, Organizations, and IAM Identity Center can provide very granular control across multiple AWS accounts. AWS Documentation AWS Documentation

The tradeoff is complexity. For a five-person agency managing 50 WordPress sites, for example, AWS can easily become more infrastructure administration than you actually want.

Practical ranking

For your particular use case, I'd rank them:

1. Cloudways — best balance of agency workflow + granular access
2. DigitalOcean — best if your team wants direct infrastructure control
3. Vercel — best if most sites are Next.js/modern frontend applications
4. AWS — best for sophisticated infrastructure and strict governance
5. WP Engine — worth considering if virtually everything is WordPress

One important distinction: if "many client sites" means each client should only see their own site, look specifically for resource/application-level permissions, not merely "team members." That's where Cloudways and DigitalOcean become particularly interesting.

My pick for your situation: Cloudways

For a small team with many unrelated client sites, Cloudways is particularly attractive because its permissions map closely to how an agency actually works.

You can give a developer access to particular servers/applications rather than handing them the master account. You can separately control server actions, application access, billing, and support. Team members also have their own credentials rather than sharing the owner's login. Cloudways Help Center Cloudways Help Center Cloudways Help Center

It also specifically supports managing multiple client/team environments from one login, which is useful when you're working across different client accounts. Cloudways Help Center

cloudways.com

DigitalOcean is the next one I'd consider

DigitalOcean has become quite good for team governance. It offers predefined roles such as Owner, Biller, Billing Viewer, Member, Modifier, and Resource Viewer, plus custom roles when those aren't granular enough. docs.digitalocean.com docs.digitalocean.com

That's a good choice if your team is comfortable managing servers directly and you want more infrastructure control than a managed hosting platform provides.

docs.digitalocean.com

AWS if access control is the top priority

AWS has the deepest access-control system of these options. IAM policies, roles, Organizations, and IAM Identity Center can provide very granular control across multiple AWS accounts.

The tradeoff is complexity. For a five-person agency managing 50 WordPress sites, for example, AWS can easily become more infrastructure administration than you actually want.

Practical ranking

For your particular use case, I'd rank them:

For a high-traffic blog, frontend performance depends less on raw server power and more on the stack: edge caching, CDN coverage, image optimization, static generation, fast builds, and low-latency delivery. The best choice depends on your blog architecture (WordPress vs. headless CMS vs. static/Next.js). CIOPages StackBriefly

Best cloud platforms for frontend performance

StackBriefly OpenReplay Blog## My recommendations by blog type

1. Modern blog (Next.js, Astro, Hugo, Gatsby)

Best setup:

• Frontend: Vercel or Cloudflare Pages
• CMS: headless CMS (Contentful, Sanity, WordPress headless, etc.)
• Images: automatic optimization + CDN
• Caching: full-page edge caching

This gives very fast Time to First Byte (TTFB) and excellent Core Web Vitals. StackBriefly 友田 陽大 Portfolio

2. High-traffic WordPress blog

A strong architecture is:

• Managed WordPress hosting
• CDN in front
• Full-page caching
• Optimized images
• Object caching (Redis)

Good options:

• Cloudflare in front of WordPress for edge caching/security
• Amazon Web Services if you need custom scaling
• Managed WordPress providers if you want less infrastructure work

3. News-style blog with traffic spikes

For viral traffic, prioritize:

• CDN that can cache HTML pages
• Instant cache invalidation
• DDoS protection
• Origin shielding

A typical high-performance architecture:

Reader
  ↓
CDN / Edge Cache
  ↓
Static Frontend
  ↓
API / CMS
  ↓
Database

Edge platforms such as Cloudflare, Fastly, and CloudFront are commonly used for this kind of delivery model. CIOPages OpenReplay Blog

Frontend optimization features to prioritize

Regardless of provider, look for:

• ✅ Global CDN with edge caching
• ✅ HTTP/3 support
• ✅ Automatic image resizing/WebP/AVIF conversion
• ✅ Static generation or incremental regeneration
• ✅ Brotli compression
• ✅ Cache-control customization
• ✅ Edge/serverless functions
• ✅ Preview deployments
• ✅ Analytics for Core Web Vitals

A practical "fast blog at scale" stack

For most high-traffic blogs today:

Option A — simplest

• Cloudflare Pages + Workers
• Headless CMS
• CDN-cached assets

Option B — best Next.js experience

• Vercel
• Next.js static/ISR pages
• Built-in image optimization

Option C — maximum enterprise control

• AWS S3 + CloudFront
• Lambda@Edge/CloudFront Functions
• Managed database + CMS

OpenReplay Blog 友田 陽大 PortfolioIf your blog is expected to handle millions of monthly visitors, I would generally start with Cloudflare Pages/Workers for cost-efficient global delivery or Vercel if it is a Next.js publication where developer speed matters most. xoomar.com

For a digital agency standardizing on IaC, AWS, Azure, and Google Cloud are the strongest mainstream choices: each has mature Terraform providers, with Terraform also supporting a broad ecosystem of partner/community providers. Sentinel | HashiCorp Developer Terraform Registry

• AWS — excellent Terraform/OpenTofu coverage across EC2, networking, IAM, containers, databases, etc.
• Google Cloud — strong Terraform provider covering Compute Engine, GKE, Cloud SQL, storage, and more. Library TF
• Azure — mature azurerm provider covering Azure Resource Manager resources. Library TF
• Oracle Cloud / Alibaba Cloud — also have Terraform Registry partner providers, worth considering for specific client requirements. Terraform Registry
• OpenTofu — particularly relevant if you want an open-source Terraform-compatible workflow; it uses the same provider model and supports major cloud platforms. opentofu.org

For an agency, I'd evaluate provider maturity, module ecosystem, state management, CI/CD integration, and client familiarity alongside compute pricing.

Yes. If Infrastructure as Code is a core agency value, I’d prioritize providers with mature Terraform/OpenTofu and Pulumi ecosystems rather than choosing purely on raw compute pricing.

My shortlist

1. AWS — safest default for an agency

Amazon Web Services has probably the strongest IaC story overall. Its Terraform provider covers everything from EC2 and VPCs through ECS/EKS, databases, IAM, networking and serverless services. HashiCorp describes the AWS provider as its most widely used provider, with a very large resource surface. Terraform Registry AWS Documentation

AWS also works extremely well with Pulumi, and its ecosystem gives you a huge amount of reusable Terraform module and community knowledge.

I'd pick AWS if: you want to standardize one platform across many different types of clients and don't want to hit provider limitations as projects become sophisticated.

2. Google Cloud — excellent for cloud-native agencies

Google Cloud has first-class Terraform support, and Google explicitly recommends Terraform for managing Google Cloud infrastructure through code. Google Cloud Documentation

It's particularly attractive if your agency does Kubernetes/GKE, data platforms, ML/AI, or container-heavy applications.

Pulumi also has a Google Cloud provider, including a native provider approach. pulumi

I'd pick GCP if: your typical architecture is Kubernetes + managed databases + data/AI services rather than a huge collection of traditional enterprise services.

3. Azure — strong if your clients live in Microsoft land

Microsoft Azure has mature Terraform integration through AzureRM, with AzAPI available when you need access to newer Azure capabilities directly through Azure Resource Manager APIs. Microsoft documents Terraform as a standard way of managing Azure infrastructure. Microsoft Learn

Pulumi supports Azure as well, including Azure Native. pulumi

I'd pick Azure if: your agency works with Microsoft 365, Entra ID, Windows/.NET, SQL Server, enterprise identity, or existing Microsoft procurement relationships.

4. DigitalOcean — underrated agency option

DigitalOcean is worth considering for relatively straightforward workloads. It has Terraform and Pulumi support, without forcing a small client application into the architectural complexity of AWS/Azure/GCP. Pulumi's provider ecosystem explicitly includes DigitalOcean. pulumi

I'd pick DigitalOcean if: you're deploying lots of relatively conventional websites, APIs, SaaS applications, staging environments, or smaller client projects and value simplicity.

5. Hetzner — great when compute economics matter

Hetzner can be compelling for VPS/container workloads where you're comfortable assembling more of the platform yourself. Its appeal is less "deep managed-cloud ecosystem" and more cheap, programmable compute.

I'd put it behind AWS/GCP/Azure for an agency standard because the managed-service ecosystem is much narrower—but it can be an excellent backend for simpler applications.

The important part: standardize the IaC layer

For an agency, I'd actually make the IaC tool choice more important than the cloud choice.

Terraform has official/featured providers for AWS, Azure and Google Cloud, while its registry has a much broader provider ecosystem. Sentinel | HashiCorp Developer Terraform Registry OpenTofu uses the same general provider ecosystem, and Pulumi can consume Terraform/OpenTofu providers as well. pulumi

That gives you a useful agency architecture:

Git → CI/CD → Terraform/OpenTofu → cloud provider

Then create your own opinionated modules, for example:

• agency-vpc
• agency-kubernetes
• agency-web-app
• agency-postgres
• agency-monitoring
• agency-static-site

Your developers then consume those modules rather than reinventing infrastructure for every client.

My practical ranking for an agency: AWS > GCP ≈ Azure > DigitalOcean > Hetzner, with Terraform/OpenTofu as the common denominator. If your developers strongly prefer TypeScript/Python/Go and want infrastructure to behave more like application code, Pulumi is a particularly good alternative; it supports general-purpose languages while retaining access to the broader provider ecosystem. pulumi pulumi

If you tell me your typical client workloads (e.g. WordPress, Next.js, SaaS, Kubernetes, AI, enterprise apps), I can narrow this to a 2–3 provider agency standard and compare them on cost, IaC maturity, managed services, and operational overhead.

I'd pick AWS if: you want to standardize one platform across many different types of clients and don't want to hit provider limitations as projects become sophisticated.

2. Google Cloud — excellent for cloud-native agencies

Google Cloud has first-class Terraform support, and Google explicitly recommends Terraform for managing Google Cloud infrastructure through code. Google Cloud Documentation

It's particularly attractive if your agency does Kubernetes/GKE, data platforms, ML/AI, or container-heavy applications.

Pulumi also has a Google Cloud provider, including a native provider approach. pulumi

I'd pick GCP if: your typical architecture is Kubernetes + managed databases + data/AI services rather than a huge collection of traditional enterprise services.

3. Azure — strong if your clients live in Microsoft land

Microsoft Azure has mature Terraform integration through AzureRM, with AzAPI available when you need access to newer Azure capabilities directly through Azure Resource Manager APIs. Microsoft documents Terraform as a standard way of managing Azure infrastructure. Microsoft Learn

Pulumi supports Azure as well, including Azure Native. pulumi

I'd pick Azure if: your agency works with Microsoft 365, Entra ID, Windows/.NET, SQL Server, enterprise identity, or existing Microsoft procurement relationships.

4. DigitalOcean — underrated agency option

DigitalOcean is worth considering for relatively straightforward workloads. It has Terraform and Pulumi support, without forcing a small client application into the architectural complexity of AWS/Azure/GCP. Pulumi's provider ecosystem explicitly includes DigitalOcean. pulumi

I'd pick DigitalOcean if: you're deploying lots of relatively conventional websites, APIs, SaaS applications, staging environments, or smaller client projects and value simplicity.

5. Hetzner — great when compute economics matter

Hetzner can be compelling for VPS/container workloads where you're comfortable assembling more of the platform yourself. Its appeal is less "deep managed-cloud ecosystem" and more cheap, programmable compute.

I'd put it behind AWS/GCP/Azure for an agency standard because the managed-service ecosystem is much narrower—but it can be an excellent backend for simpler applications.

The important part: standardize the IaC layer

For an agency, I'd actually make the IaC tool choice more important than the cloud choice.

Terraform has official/featured providers for AWS, Azure and Google Cloud, while its registry has a much broader provider ecosystem. docs.hashicorp.com Terraform Registry OpenTofu uses the same general provider ecosystem, and Pulumi can consume Terraform/OpenTofu providers as well.

That gives you a useful agency architecture:

Git → CI/CD → Terraform/OpenTofu → cloud provider

Then create your own opinionated modules, for example:

If you’re hosting large photography galleries, I’d generally avoid traditional web hosting and use object storage + CDN. The combination gives you cheap bulk storage, global caching, and much better control over bandwidth costs.

As of September 2026, these are the options I’d shortlist:

1. Best value: Backblaze B2 + Bunny CDN

backblaze.com + bunny.net

This is probably my first choice for a professional photographer.

backblaze.com is $6.95/TB/month, has no minimum storage duration, and includes free egress up to 3× your average monthly storage. More importantly for a gallery, Backblaze gives unlimited free egress when B2 is used through supported CDN partners, including Bunny and Cloudflare. Backblaze Backblaze

Then put bunny.net in front of it. Bunny's standard European/North American CDN bandwidth is $0.01/GB, while its volume network starts at $0.005/GB. bunny.net bunny.net

Example: 5 TB of originals + 1 TB/month gallery traffic

• B2: about $34.75/month
• Bunny CDN: about $10/month for 1 TB EU/NA delivery
• Total: ~$44.75/month

You can also use Bunny's image optimization/dynamic processing if you want thumbnails and responsive versions.

2. Simplest: Bunny Storage + Bunny CDN

bunny.net

If you don't want two vendors, this is extremely attractive.

Bunny Storage is currently $0.01/GB/month per region for its standard HDD tier, with traffic from storage to Bunny's CDN free. Its CDN is $0.01/GB in Europe/North America. bunny.net bunny.net

For 5 TB:

• Storage: ~$51.20/month
• 1 TB EU/NA CDN traffic: ~$10
• Total: ~$61/month

The advantage is simplicity: one dashboard, storage, CDN, and image delivery. Bunny also reports a 119-PoP standard network and low global latency. bunny.net

I'd choose this if you value simplicity over squeezing every last dollar out of storage.

3. Best image-focused architecture: Cloudflare R2 + Cloudflare Images

developers.cloudflare.com

R2 is $0.015/GB-month for Standard storage and has zero internet egress charges. It can also be placed behind Cloudflare's cache using a custom domain. Cloudflare Docs Cloudflare Docs

The particularly nice part for photography is adding Cloudflare Images transformations. You can keep the original JPEGs in R2 and have Cloudflare dynamically generate appropriately sized WebP/AVIF versions for thumbnails, grids, mobile, etc. Cloudflare explicitly describes R2 + Images as its cost-effective custom image pipeline. Cloudflare Docs

For example:

original.jpg → 400px thumbnail → 1200px gallery → 2400px fullscreen

without storing three physical copies of every photograph.

Images transformations are currently $0.50 per 1,000 unique transformations after the first 5,000/month. Cloudflare Docs

Important photographer caveat: Cloudflare's hosted Images storage has a 10 MB per-image limit, so I'd keep large originals in R2 rather than uploading your master files directly to Images. Remote images in R2 can be up to 100 MB for transformations. Cloudflare Docs

4. Very predictable: Wasabi

wasabi.com

Wasabi is attractive if you mainly care about cheap, predictable hot storage. Current Pay-As-You-Go pricing is $7.99/TB/month, with no egress or API-request fees. Wasabi Technologies

The catches are important:

• 1 TB minimum monthly storage charge
• 90-day minimum storage duration for Pay-As-You-Go
• You'll generally still want a CDN in front of it for consistently fast worldwide gallery delivery. Wasabi Technologies Wasabi Technologies

So I'd favor Wasabi for long-lived galleries/archive storage, rather than constantly uploading and deleting short-lived client galleries.

5. AWS S3 + CloudFront

aws.amazon.com + aws.amazon.com

This remains an excellent technical solution, but I'd rarely choose it purely for price.

AWS has introduced CloudFront flat-rate plans: Free, $15/month Pro, $200 Business and $1,000 Premium. The Pro tier includes up to 50 TB/month of CDN transfer and 10 million requests, plus 50 GB of S3 storage credits. Amazon Web Services, Inc. AWS Documentation

It's compelling if you're already building your infrastructure on AWS or need AWS's broader ecosystem. For a photographer primarily wanting cheap storage + a fast gallery, B2/Bunny or R2 is generally simpler.

What I'd use for a photography business

I'd rank them:

1. B2 + Bunny CDN — lowest-cost professional setup.
2. Bunny Storage + CDN — easiest all-in-one setup.
3. R2 + Cloudflare Images — best if you're building a sophisticated custom gallery with automatic resizing/AVIF/WebP.
4. Wasabi + CDN — excellent predictable storage, especially for larger archives.
5. S3 + CloudFront — best when AWS integration matters more than raw cost.

A good architecture

For a serious photography gallery, I'd actually separate masters from delivery images:

RAW / original JPEGs
        ↓
   Object storage
   B2 / R2 / Wasabi
        ↓
 Image optimization
 WebP / AVIF / JPEG
        ↓
       CDN
        ↓
 Client gallery

Keep the originals private and expose only resized versions through the CDN. Use signed URLs for original-resolution downloads.

Also, don't serve 20–50 MB camera JPEGs to the gallery grid. Generate appropriately sized derivatives—Cloudflare, for example, recommends responsive sizes and maximum widths around 1920px for desktop, 960px for tablets and 640px for mobile. Cloudflare Docs

For a photographer, this optimization can save far more bandwidth than switching between storage providers.

If you tell me roughly how many TB you currently have, average gallery size, monthly visitors/downloads, and whether clients need full-resolution downloads, I can calculate the approximate monthly cost for B2+Bunny vs R2 vs Wasabi for your actual workload.

For a SaaS MVP where speed, easy provisioning, and minimal DevOps are the priorities, I’d generally favor a managed PaaS/serverless platform over raw AWS/GCP/Azure infrastructure.

My shortlist

1. Render — my default choice

render.com

For a typical SaaS—web app + API + PostgreSQL + background jobs—Render is probably the easiest all-around choice.

You can connect a Git repository and have Render build/deploy the application automatically. It supports web services, background workers, cron jobs, managed Postgres and Redis-compatible Key Value, so you can keep most of the MVP in one platform. Render Render

Why I'd pick it:

• Very little infrastructure configuration
• Git-based automatic deployments
• Managed TLS/custom domains
• Managed database options
• Background workers and cron jobs
• Easy horizontal scaling later
• Reasonably conventional architecture, so you're not overly locked into a serverless model

It's particularly attractive if your backend is Node, Python, Ruby, Go, Rails, Django, FastAPI, etc. Render

2. Railway — arguably the fastest developer experience

railway.com

I'd choose Railway if your team values "I want to get this running right now" above everything else.

Railway lets you deploy from GitHub, the CLI, or Docker, and its templates can provision things like PostgreSQL and Redis with very little configuration. Railway Docs Railway Docs

It's a particularly nice fit for a small startup where one or two developers are responsible for the entire stack.

Architecture could be as simple as:

GitHub
   ↓
Railway
   ├── Web/API
   ├── Worker
   ├── PostgreSQL
   └── Redis

Railway also provides health checks, restart policies, scaling, regions, and GitHub auto-deploys as you grow beyond the initial MVP. Railway Docs

3. Vercel — excellent if you're building with Next.js

vercel.com

If the SaaS is Next.js-centric, I'd seriously consider putting the application on Vercel.

Vercel Functions run without you managing servers and automatically scale with incoming requests; Vercel also handles deployment from Git and generates preview deployments for changes. Vercel Vercel

The catch is that I wouldn't necessarily force everything into Vercel. A more flexible architecture can be:

Vercel
  └── Next.js frontend + API/functions

Managed Postgres
  └── Database

Separate worker/service
  └── Long-running jobs

That's especially useful if your SaaS has email processing, queues, AI jobs, scheduled work, WebSockets, or other workloads that don't fit neatly into request/response functions.

What I would choose

For a new SaaS in 2026:

Typical Rails/Django/FastAPI/Express/etc. SaaS:

Render

Small team that wants the fastest possible infrastructure setup:

Railway

Next.js SaaS with mostly request-driven workloads:

Vercel + managed Postgres

Need containers, more infrastructure control, or deployment close to users:

Fly.io

Already know you'll need substantial enterprise infrastructure, complex networking, compliance controls, or dozens of services:

AWS/GCP/Azure

The important MVP principle

Don't optimize for the cheapest compute yet. Optimize for minimum engineering hours spent operating infrastructure.

For example, I'd much rather pay a little more for:

Managed PaaS
    +
Managed PostgreSQL
    +
Managed object storage
    +
Managed email
    +
Managed auth

than spend MVP development time configuring:

Kubernetes
Terraform
VPCs
Load balancers
Auto Scaling Groups
ECS/EKS
RDS
CloudWatch
IAM policies
Secrets Manager

You can always migrate a successful SaaS to AWS later. The cost of premature infrastructure complexity during MVP development is usually much higher than the incremental hosting bill.

If you tell me your stack (e.g. Next.js + FastAPI + Postgres), expected traffic, and whether you need background jobs/queues, I can give you a concrete recommended architecture and platform choice.

If your goal is learning cloud compute while actually hosting websites, I’d rank the platforms like this:

🥇 My recommendation: DigitalOcean

For a beginner specifically interested in cloud compute for websites, DigitalOcean is unusually good because its tutorials explain why you're doing things rather than just telling you which buttons to click.

Its tutorial library has 8,000+ development/sysadmin tutorials, covering Linux, Docker, databases, Apache, Kubernetes, JavaScript, Python, security, and more. DigitalOcean DigitalOcean

You can therefore progress naturally:

HTML/CSS website → Linux server → Nginx → domain/DNS → HTTPS → database → Docker → deployment → scaling

That's a very good foundation for understanding what is actually happening when a website runs on a server.

🥈 AWS — best if you want serious cloud skills

Amazon Web Services has probably the largest and deepest ecosystem of cloud learning material.

Its documentation covers EC2 (virtual machines), S3, databases, VPC networking, Lambda, IAM, and much more. AWS also has dedicated beginner onboarding and hands-on tutorials. Amazon Web Services, Inc. AWS Documentation

aws.amazon.com

The downside is complexity. AWS can teach you a tremendous amount, but as a beginner you can easily spend more time figuring out AWS than learning the underlying concept.

I'd choose AWS if you're thinking:

"I eventually want to understand professional cloud infrastructure."

🥉 Google Cloud — excellent structured learning

Google Cloud has one of the better formal learning ecosystems.

Google currently offers 3,000+ learning resources, including courses, videos, documentation, hands-on labs, quizzes, and guided learning paths. Google Cloud Google Cloud

cloud.google.com

This makes Google Cloud particularly good if you like being told:

"Learn A → then B → then C → now build this project."

What I'd actually do as a beginner

I wouldn't start by trying to learn "AWS" or "Google Cloud" as a whole.

I'd build one small website and use it to learn the underlying concepts:

1. HTML/CSS/JavaScript
2. Learn basic Linux/SSH
3. Create a small DigitalOcean VPS
4. Install Nginx
5. Point a domain at the server
6. Add HTTPS
7. Deploy your website
8. Add a small database
9. Learn Docker
10. Rebuild the same project on AWS EC2

That last step is particularly valuable. Once you've manually deployed a website on a simple VPS, AWS concepts like EC2, security groups, VPCs, load balancers, and IAM become much easier to understand.

Short version:
DigitalOcean → easiest path to understanding servers.
AWS → best long-term cloud/infrastructure education.
Google Cloud → best structured learning experience.
Render → best if your priority is simply getting a website online quickly.

If you're specifically learning "cloud compute" rather than just website hosting, I'd start with DigitalOcean and then move to AWS.

HTML/CSS website → Linux server → Nginx → domain/DNS → HTTPS → database → Docker → deployment → scaling

That's a very good foundation for understanding what is actually happening when a website runs on a server.

🥈 AWS — best if you want serious cloud skills

Amazon Web Services has probably the largest and deepest ecosystem of cloud learning material.

Its documentation covers EC2 (virtual machines), S3, databases, VPC networking, Lambda, IAM, and much more. AWS also has dedicated beginner onboarding and hands-on tutorials. Amazon Web Services, Inc. AWS Documentation

aws.amazon.com

The downside is complexity. AWS can teach you a tremendous amount, but as a beginner you can easily spend more time figuring out AWS than learning the underlying concept.

I'd choose AWS if you're thinking:

"I eventually want to understand professional cloud infrastructure."

🥉 Google Cloud — excellent structured learning

Google Cloud has one of the better formal learning ecosystems.

Google currently offers 3,000+ learning resources, including courses, videos, documentation, hands-on labs, quizzes, and guided learning paths. cloud.google.com cloud.google.com

cloud.google.com

This makes Google Cloud particularly good if you like being told:

"Learn A → then B → then C → now build this project."

What I'd actually do as a beginner

I wouldn't start by trying to learn "AWS" or "Google Cloud" as a whole.

I'd build one small website and use it to learn the underlying concepts:

Yes. For a typical web app with an API/backend made up of serverless functions, I’d shortlist these:

My recommendations

1. AWS Lambda — best general-purpose choice

Lambda is probably the safest choice if you expect the backend to grow substantially. It automatically scales, charges based on usage, supports Node.js, Python, Java, C#, Go, Ruby and custom runtimes, and integrates with 220+ AWS services. Amazon Web Services, Inc. Amazon Web Services, Inc.

A common architecture would be:

Frontend → API Gateway → Lambda → DynamoDB/RDS/S3

I'd choose this if you're building something where scalability, integrations, security controls, and long-term flexibility matter more than having the simplest possible deployment.

2. Google Cloud Run — best if you want serverless without being locked into a function-shaped application

Cloud Run is particularly attractive because you can deploy ordinary containers while still getting automatic scaling and no server management. Cloud Run functions are actually deployed as Cloud Run services, and HTTP functions can run for up to 60 minutes. Google Cloud Google Cloud Documentation

That makes it a great middle ground:

Frontend → Cloud Run → your containerized API

I'd lean toward this if your application might eventually outgrow simple Lambda-style functions.

3. Cloudflare Workers — best for globally distributed, latency-sensitive APIs

Workers run at Cloudflare's edge and are deployed across 335+ cities, with automatic scaling and no traditional cold starts. They support JavaScript/TypeScript, Python and Rust. Cloudflare

This is especially compelling for:

• Authentication
• API endpoints
• Request routing
• Personalization
• Rate limiting
• Lightweight data processing
• Globally distributed applications

It's less compelling if your functions need heavy traditional server dependencies or long-running computation.

What I'd pick

If you haven't committed to a cloud ecosystem yet:

• Simple React/Next.js app: Vercel
• Serious startup/product: AWS Lambda or Google Cloud Run
• Container-based backend: Google Cloud Run
• Global/edge-first application: Cloudflare Workers
• Enterprise/.NET/Microsoft stack: Azure Functions
• Maximum AWS ecosystem integration: AWS Lambda

One important architectural point: don't automatically choose Lambda just because you need "serverless." Serverless now includes traditional FaaS, container-based serverless, and edge runtimes, and the differences in execution limits, portability, and ecosystem lock-in can matter considerably. ciopages.com

If you tell me your frontend framework (Next.js, React, Vue, etc.), backend language, database, expected traffic, and whether you're optimizing for cost or simplicity, I can recommend a specific hosting architecture and compare the likely monthly cost.

I'd choose this if you're building something where scalability, integrations, security controls, and long-term flexibility matter more than having the simplest possible deployment.

2. Google Cloud Run — best if you want serverless without being locked into a function-shaped application

Cloud Run is particularly attractive because you can deploy ordinary containers while still getting automatic scaling and no server management. Cloud Run functions are actually deployed as Cloud Run services, and HTTP functions can run for up to 60 minutes. cloud.google.com docs.cloud.google.com

That makes it a great middle ground:

Frontend → Cloud Run → your containerized API

I'd lean toward this if your application might eventually outgrow simple Lambda-style functions.

3. Cloudflare Workers — best for globally distributed, latency-sensitive APIs

Workers run at Cloudflare's edge and are deployed across 335+ cities, with automatic scaling and no traditional cold starts. They support JavaScript/TypeScript, Python and Rust.

This is especially compelling for:

For an agency migrating dozens of WordPress sites, I’d shortlist:

• cloudways.com — Best balance of bulk migrations, centralized management, staging, backups, cloning, and per-server economics. Its migrator supports WordPress/Multisite, and sites can share servers. Cloudways Help Center Cloudways
• wpengine.com — Best for a standardized, premium agency workflow: staging, transferable sites, centralized tools, and strong client/agency features. hostingdive My Blog
• gridpane.com — Strong choice if your agency is technically sophisticated and wants to operate its own WordPress hosting stack across cloud servers. My Blog
• kinsta.com — Excellent managed experience and dashboard, particularly when reliability/support matter more than minimizing per-site cost. managedwpguide.com

My default pick: Cloudways for 30–100+ mixed client sites; WP Engine if standardized agency/client workflows are more important than cost.

For client websites, I’d optimize for “redundancy without building an enterprise cloud architecture.” In practice, that puts DigitalOcean and AWS Lightsail at the top of the list, with Hetzner as the budget choice if you’re comfortable managing more infrastructure yourself.

1. DigitalOcean — my default recommendation

DigitalOcean is probably the sweet spot for a small agency hosting multiple client sites.

You can run two Droplets behind a managed load balancer, with the servers distributed appropriately, and DigitalOcean's load balancers are managed for high availability. Its Global Load Balancer can also distribute traffic across regions. DigitalOcean DigitalOcean

A sensible architecture is:

• 2 application/web servers
• Managed load balancer
• Managed database or replicated database
• Object storage for uploads
• Automated backups
• External uptime monitoring
• CDN/DNS in front

The nice thing is that you don't have to jump straight to Kubernetes to get meaningful redundancy.

DigitalOcean also moved Droplets to per-second billing in 2026, which can help with temporary infrastructure and scaling. DigitalOcean

I'd choose this for ~70% of ordinary client websites.

2. AWS Lightsail — excellent if you want simple AWS

Lightsail is particularly attractive for WordPress, Laravel/PHP, small ecommerce sites, and conventional web applications.

Its load balancer is currently $18/month, and it can distribute traffic across instances in multiple Availability Zones. Amazon Web Services, Inc. AWS Documentation

So a basic HA setup could be:

DNS/CDN → Lightsail Load Balancer → 2 Lightsail instances → HA database

Lightsail's managed database has explicit HA plans; for example, the 1 GB database is listed at $15/month standard or $30/month for the HA plan. Amazon Web Services, Inc.

That's compelling when you want predictable bills without learning the full AWS stack.

The limitation is that Lightsail's load balancer doesn't span AWS Regions, although it can use multiple Availability Zones within a region. AWS Documentation

3. Hetzner — cheapest, but more DIY

If your primary objective is lowest infrastructure cost, Hetzner is hard to ignore. Its cloud servers generally provide substantially more compute for the money than the big hyperscalers, particularly in European locations. Forasoft SaaSCompared

It also offers highly available load balancers with automatic failover. Hetzner Docs

The tradeoff is that you're taking on more responsibility for the architecture:

• backups
• database redundancy
• deployment
• monitoring
• failover
• security hardening
• potentially more manual operational work

For an experienced technical team, that can be worthwhile. For an agency whose priority is “client site shouldn't go down and we don't want to spend our weekends administering servers,” the savings may not justify it.

What I'd actually deploy

For a cost-conscious agency, I'd use something like:

Small/low-value sites

CDN → 1 server → automated backups

Don't pay for HA where the business impact doesn't justify it.

Important client sites

CDN/DNS → managed LB → Server A + Server B → managed HA database

with:

• servers in separate availability zones
• automated database backups
• off-site/object-storage backups
• uptime monitoring
• automated deployment
• CDN/cache
• documented restore procedure

That's the important distinction: two servers alone aren't high availability. If both depend on one database, one storage volume, one DNS provider, or one manually maintained server, you've just moved the single point of failure.

My ranking

Best overall: DigitalOcean
Best simple AWS option: Lightsail
Best raw value: Hetzner
Best for serious enterprise requirements: AWS proper

For most client sites, I'd actually favor DigitalOcean with two small instances + managed load balancer + managed/replicated DB over trying to construct a sophisticated AWS architecture. You get meaningful redundancy while keeping the infrastructure understandable and the monthly bill predictable.

If you tell me roughly how many sites you host (e.g. 10/50/100), WordPress vs custom apps, and your monthly infrastructure budget, I can sketch a concrete architecture and approximate monthly cost for the three options.

• servers in separate availability zones
• automated database backups
• off-site/object-storage backups
• uptime monitoring
• automated deployment
• CDN/cache
• documented restore procedure

That's the important distinction: two servers alone aren't high availability. If both depend on one database, one storage volume, one DNS provider, or one manually maintained server, you've just moved the single point of failure.

My ranking

Best overall: DigitalOcean
Best simple AWS option: Lightsail
Best raw value: Hetzner
Best for serious enterprise requirements: AWS proper

For most client sites, I'd actually favor DigitalOcean with two small instances + managed load balancer + managed/replicated DB over trying to construct a sophisticated AWS architecture. You get meaningful redundancy while keeping the infrastructure understandable and the monthly bill predictable.

If you tell me roughly how many sites you host (e.g. 10/50/100), WordPress vs custom apps, and your monthly infrastructure budget, I can sketch a concrete architecture and approximate monthly cost for the three options.