Does Amplify Hosting Support Next.js 16?
Treat Next.js 16 on Amplify as a compatibility test while AWS documentation still lists managed SSR support through Next.js 15.
Tutorials, insights, and best practices for modern web development. Learn Next.js, React, Strapi, and more from real-world experience.
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Treat Next.js 16 on Amplify as a compatibility test while AWS documentation still lists managed SSR support through Next.js 15.
Let Proxy shape navigation without turning it into an authorization layer that duplicates Amplify Auth and Data rules.
Design precise record and route invalidation for environments that support it while treating Amplify Hosting's documented lack of on-demand revalidation as a deployment boundary.
Use a canary to learn whether Amplify buffers or rejects a streaming response while production retains a complete non-streaming path.
Test a Next.js 16 upgrade against the application's Amplify SSR paths while keeping the current lockfile ready to restore.
Cache public Amplify records without letting a request cookie or owner-scoped response leak into a shared Next.js cache entry.
Postiz took patience to self-host. A dedicated ThinkCentre M900 Tiny gives the service a clear boundary, with reliability verified through separate host-side checks.
Strapi was a good CMS for Terry Hunt Dev. I began moving the backend to Amplify Gen 2 because I wanted to learn a different way to model, secure, and deploy application data.
Use small Node Route Handlers around Amplify services instead of assuming Edge APIs will work on Amplify Hosting.
Treat every Server Action call as untrusted input before it reaches an Amplify Data mutation.
Put the request-time session check in a small Server Component boundary instead of making every public layout depend on cookies.
Treat generated Amplify outputs as client configuration while credentials and private provider values remain on the server.
Five used ThinkCentre M900 Tiny systems gave me inexpensive, replaceable homelab nodes after I verified compatibility, tested every unit, and planned for failure.
Use Amplify branch deployments with clear promotion rules, environment-specific configuration, and repeatable production checks.
Move an Amplify Gen 2 application from a personal sandbox to production without mixing backend outputs, secrets, or branch data.
Validate Strapi webhooks, map content events to Next.js routes, and retry failed revalidation without rebuilding the site.
Translate an anonymized bug report into observable behavior, a failing test, a narrow fix, and full validation with Codex.
Plan public, signed-in, owner, group, and server access before an Amplify Gen 2 data model reaches production.
Trace localhost 401, DNS, empty-data, and login failures back to the Amplify backend that generated amplify_outputs.json.
Review Strapi administrator roles and public API permissions separately before a production launch.
Stabilize production, build a sanitized timeline, test causes with read-only checks, and document the verified fix without customer records.
Use Ideas, Ready to Build, In Progress, Review and Testing, and Complete to keep website work and evidence visible.
Share reusable technical lessons while protecting client identity, business data, private architecture, contracts, and unsupported outcomes.
Turn a business problem into written requirements, reviewable increments, acceptance checks, deployment, and documented ownership.
Diagnose Strapi API failures in order: endpoint, direct request, permissions, query shape, cache, and rendered page.
Trace one user action through the interface, API, authorization, data, deployment, monitoring, and recovery path.
Separate writing status, review decisions, preview visibility, and public publication in a Strapi workflow.
Design scheduled publishing with UTC timestamps, idempotent mutations, bounded retries, cache revalidation, and visible failure records.
Follow a technical SEO audit through route inventory, crawl controls, rendered metadata, structured data, internal links, and prioritized fixes.
Document ownership, deployment, recovery, monitoring, and support boundaries so a website remains maintainable after launch.
Use Codex for deployment preparation and verification while keeping credentials, approvals, and release decisions under human control.
Model titles, descriptions, canonicals, robots directives, social metadata, and supported JSON-LD in Strapi.
Protect the Strapi database and uploaded media with separate backups, retention, restore order, and tested recovery steps.
A practical Amplify Gen 2 architecture built around user journeys, resource ownership, authorization, and deployment boundaries.
Model services, locations, and articles in Strapi without duplicating facts or generating thin location pages.
Turn commands and incident notes into a tested DevOps runbook with owners, prerequisites, expected output, rollback, and safe targets.
Use Codex to inspect a diff, trace affected consumers, verify findings, and run release checks while keeping human approval in control.
Inventory, normalize, import, and verify content in Strapi without losing relations, media, redirects, or metadata.
Build an Amplify Gen 2 contact form that validates input, sends server-side email, protects secrets, and reports delivery failures.
Find the first useful CI error, compare environments, test the smallest cause, and prove the fix with the original command.
Check production health, failed deployments, lead delivery, and one primary build task before the day's feature work starts.
Separate public configuration, function settings, and secrets across Amplify Gen 2 sandboxes and branch deployments.
Redact credentials and customer data, use synthetic examples, restrict tool scope, and review commands before AI-assisted work changes systems.
A requirement-by-requirement comparison of Amplify and Vercel for Next.js, including deployment workflow, backend services, pricing variables, and operational ownership.
A useful website maintenance plan covers more than software updates. Use this cost framework and checklist to decide what your business needs each month.
A planning checklist for law firm pages, attorney bios, intake forms, accessibility, privacy, technical SEO, and the approvals needed before launch.
Seven concrete automation workflows, with the trigger, systems, human review point, failure handling, and privacy questions explained for each one.
A balanced comparison of editing, custom functionality, maintenance, hosting, security, and total ownership for standard WordPress, headless WordPress, and Next.js.
A nonprofit-specific checklist for goals, budget stewardship, content ownership, donations, CRM integrations, accessibility, governance, and ongoing maintenance.
WordPress is still powerful, but it is also easy to misuse. Plugin bloat, security maintenance, governance drama, and developer friction make it risky for serious business websites. Here is why modern teams should avoid WordPress when possible and consider cleaner architecture with Strapi and Next.js.
Compare Strapi Cloud and self-hosting by operational ownership, infrastructure control, backups, upgrades, cost drivers, and migration work.
Use getStaticProps for public build-time data, dynamic Pages Router routes, preview content, and incremental static regeneration without exposing secrets.
Plan a Strapi multi-site CMS with explicit site ownership, shared-content rules, permissions, routing, SEO controls, caching, and recovery boundaries.
Deploy Strapi on Railway with PostgreSQL, persistent uploads, production secrets, verification steps, backups, and clear operational ownership.
Compare store ownership, editing, extensions, integrations, hosting, and recovery before choosing PrestaShop, WooCommerce, or a headless build.
Plan a Strapi deployment on AWS around network boundaries, workload identity, database and media recovery, secret handling, observability, and updates.
A calm offboarding process for scope, access, invoices, files, communication, and the contract terms that govern a freelance project ending.
Use requirements, recovery ownership, support evidence, and a small deployment test to choose hosting for a business website.
Measure a slow WordPress site, isolate plugin and theme costs, check hosting and database behavior, and fix the largest verified bottleneck first.
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