<p>A secure Strapi deployment on AWS starts with boundaries and ownership. The application needs compute, a database, persistent media, secrets, logs, backups, and a recovery path. The exact AWS services can vary; the controls should remain explicit.</p>

<h2>Choose the smallest supportable architecture</h2>
<p>A common design places a public load balancer in front of private application compute. The database stays private. Uploaded media lives in durable object storage rather than an instance filesystem. Use managed services when they remove work your team cannot reliably perform, not simply because an architecture diagram has room for them.</p>

<h2>Use workload identity</h2>
<p>Give the Strapi workload an IAM role with only the actions and resources it needs. Do not create a long-lived administrator access key for the application. Separate deployment permissions from runtime permissions, and test that the application cannot list or change unrelated resources.</p>

<h2>Protect network paths</h2>
<p>Expose HTTPS through the load balancer or edge service. Restrict the application port to the load balancer. Restrict the database to the application security group. Administrative access should use a controlled management path with logging and strong authentication rather than an open SSH rule.</p>

<h2>Store secrets outside the repository</h2>
<p>Keep Strapi application keys, admin JWT secrets, database credentials, provider tokens, and email credentials in an approved secret service or deployment environment. Define who can read and rotate each value. A rotation plan must account for sessions and deployments that depend on the old value.</p>

<h2>Make data durable</h2>
<p>The database and uploaded media need separate backup plans. Record retention, encryption, cross-account or cross-region requirements, and restore steps. Run a restore in a non-production environment. A successful backup job does not prove that the content, relations, users, and media can be recovered together.</p>

<h2>Harden the application</h2>
<p>Review Strapi public roles, administrator roles, API tokens, CORS, proxy settings, upload limits, and enabled plugins. Patch Strapi, Node, dependencies, and the base image through a staged release process. Disable unused endpoints and avoid logging request bodies or secrets.</p>

<h2>Monitor user-visible outcomes</h2>
<p>Collect load balancer, application, database, and deployment signals. Alert on failed requests, elevated latency, resource exhaustion, backup failures, and certificate or domain problems. Keep logs useful without storing content or credentials that the team does not need for diagnosis.</p>

<h2>Verify before launch</h2>
<ul><li>Anonymous and authenticated API permissions match the content model.</li><li>The database and media are not public.</li><li>The workload role cannot access unrelated resources.</li><li>Backups restore into a clean environment.</li><li>A prior application version can be redeployed.</li><li>Owners exist for alerts, patches, and incidents.</li></ul>

<p>Use current <a href="https://docs.strapi.io" rel="noopener noreferrer">Strapi documentation</a> and <a href="https://docs.aws.amazon.com/wellarchitected/latest/security-pillar/welcome.html" rel="noopener noreferrer">AWS security guidance</a> for the chosen services. For implementation help, review <a href="/services/strapi-development">Strapi development services</a> or <a href="/contact">request an architecture review</a>.</p>

Plan a secure Strapi deployment on AWS with private data services, workload roles, managed secrets, persistent media, backups, monitoring, and patching.

Secure Strapi Deployment on AWS Checklist

Plan a Strapi deployment on AWS around network boundaries, workload identity, database and media recovery, secret handling, observability, and updates.

Secure Strapi Deployment on AWS: Architecture Checklist

<p>A hosting recommendation becomes stale when providers merge, pricing changes, or a framework drops support. Choose hosting from the application's requirements and the team's ability to operate it. A brand list cannot make that decision for you.</p>

<p>Endurance International Group combined with Web.com to form Newfold Digital in 2021, so an article framed around avoiding “EIG hosts” no longer describes the current company structure. Provider ownership is still worth checking, but it is not a substitute for testing the service you may buy.</p>

<h2>Write the runtime requirements</h2>
<p>List the framework and version, server runtime, database, storage, background work, email, scheduled jobs, regions, traffic pattern, and compliance constraints. Confirm each required feature in current provider documentation. “Supports Next.js” is less useful than support for the routes, image handling, streaming, and revalidation modes your application uses.</p>

<h2>Assign operational ownership</h2>
<p>Managed hosting reduces some infrastructure work, but your team still owns application releases, access, data handling, and incident decisions. Self-hosting gives you more control and more systems to patch, monitor, back up, and restore. Write a name beside each responsibility before comparing prices.</p>

<h2>Test deployment and rollback</h2>
<p>Deploy a representative branch with the real build command. Test a static page, a dynamic page, an API route, an image, a form, and an error path. Record build time, warnings, cold response behavior, logs, and the deployed commit. Then roll back to the prior artifact. A smooth signup flow does not prove recovery works.</p>

<h2>Check data and backup boundaries</h2>
<p>Identify where the database, uploads, secrets, logs, and backups live. Confirm retention, encryption, export paths, and restore steps. A provider snapshot helps only if it covers the required data and you can restore it within the business's recovery window.</p>

<h2>Compare support with evidence</h2>
<p>Read the service status history, support scope, escalation channels, and response commitments for the actual plan. Search for documentation on your runtime and failure modes. Reviews can reveal patterns, but they rarely describe the same application, plan, region, and date.</p>

<h2>Calculate the ownership cost</h2>
<ul><li>Monthly platform, database, storage, and transfer charges</li><li>Paid add-ons and support plans</li><li>Engineering time for releases and incidents</li><li>Backup storage and restore testing</li><li>Migration cost if requirements change</li></ul>

<p>Shortlist two options and run the same small deployment on both. The better host is the one that meets the requirements with an operating model the team can sustain. For a framework-specific comparison, read <a href="/blog/aws-amplify-vs-vercel-nextjs">AWS Amplify vs. Vercel for Next.js</a>, or <a href="/contact">share your current architecture</a> for a scoped review.</p>

Evaluate website hosting with a practical checklist for runtime support, backups, recovery, deployment, observability, data location, and cost.

Website Hosting Checklist for Business Sites

Use requirements, recovery ownership, support evidence, and a small deployment test to choose hosting for a business website.

AWS Resources & Benchmarks

Secure Strapi Deployment on AWS: Architecture Checklist

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