With over 16 years of experience in headless CMS and web engineering, Ahex Technologies is a renowned name in Strapi development. We have established ourselves as experts in Strapi β delivering custom content type architecture, REST and GraphQL API configuration, custom plugin and middleware development, role-based access control, multi-site and multi-locale content management, i18n internationalisation, Strapi Cloud and self-hosted deployment on AWS and Azure, and full headless front-end delivery with React, Next.js, Angular, and Vue consuming Strapi APIs. Our certified Strapi developers translate complex content architecture requirements into clean, scalable, and maintainable headless CMS solutions that content teams love and developers are proud to extend.
Current release β TypeScript native, API-first
Both APIs auto-generated from content types
Fine-grained permissions per content type
Managed cloud or self-hosted β your choice
"Ahex rebuilt our WordPress multi-site as a Strapi v5 headless CMS with a Next.js front-end. Our content team publishes 40% faster β no more waiting for developers to add fields. Our Page Speed score went from 54 to 96. The GraphQL API we gave to our mobile app team cut their integration time from three weeks to four days."
More Than 150+ Brands
Ahex Technologies is your go-to partner for enterprise Strapi development. With deep expertise in Strapi v5 and v4 content type architecture, custom plugin development, REST and GraphQL API customisation, lifecycle hooks, middleware, webhooks, role-based access control with fine-grained permissions, i18n multi-locale content management, Strapi Cloud deployment, self-hosted AWS and Azure deployment with PostgreSQL, and headless front-end delivery with Next.js, React, Angular, and Vue β we deliver Strapi implementations that are content-editor-friendly, developer-extensible, and production-grade from day one.
Our Strapi services span the full headless CMS lifecycle β from greenfield Strapi architecture and content modelling through WordPress-to-Strapi migrations, custom plugin and field development, API customisation for mobile and web front-ends, multi-site and multi-locale content management, and long-term Strapi maintenance retainers. Whether you need a headless CMS for a marketing website, a multi-channel content distribution platform, a product catalogue API, or a fully custom Strapi implementation with bespoke admin panel extensions, our developers deliver solutions your content team will use every day and your developers will be happy to maintain for years.

Chosen by IBM, NASA, Walmart, Discovery Channel, and Mitsubishi β and the headless CMS of choice for development teams who need full control over their content architecture, API design, and hosting environment without negotiating with a SaaS vendor.
From Strapi architecture and content modelling to custom plugins, API customisation, WordPress migration, headless front-end delivery, multi-site management, and Strapi maintenance retainers.
Greenfield Strapi CMS architecture β content type design, component and dynamic zone planning, relation modelling, media library strategy, role and permission structure, API token management, and environment configuration for development, staging, and production.
Collection types, single types, and components β modelled for your content
Dynamic zones β flexible page builder blocks for marketing teams
Relation design β nested content without N+1 API query problems
RBAC β role and permission matrix designed for your editorial team
Environment-to-environment content transfer strategy
WordPress sites and WooCommerce catalogues migrated to Strapi headless CMS β content audit, content type mapping, custom migration scripts via Strapi import/export API, media library migration, redirect mapping, and Next.js or React front-end delivery replacing the WordPress theme layer.
WordPress content audit β post types, custom fields (ACF) mapped to Strapi content types
WP media library β Strapi media library + Cloudinary/S3 provider
SEO metadata migration β Yoast SEO data mapped to Strapi SEO component
URL redirect mapping β no 404s after go-live
Custom Strapi plugins β new content field types, admin panel UI extensions, custom dashboard widgets, third-party service integrations (Stripe, Algolia, Cloudinary, HubSpot), and custom lifecycle hook logic packaged as reusable, upgradeable Strapi plugins.
Custom field types β colour picker, geo-location, rich media selector
Admin panel extensions β custom sidebar panels, list view columns
Lifecycle hooks β before/after create, update, delete with custom business logic
Third-party integrations β Algolia sync, Stripe product catalogue, HubSpot CRM
Full headless CMS front-end built on Strapi β Next.js, React, Angular, or Vue front-end consuming Strapi REST or GraphQL APIs, with static site generation (SSG), incremental static regeneration (ISR), server-side rendering (SSR), and on-demand revalidation via Strapi webhooks.
Next.js App Router β SSG, ISR, and on-demand revalidation from Strapi webhooks
React / Angular / Vue SPA consuming Strapi REST or GraphQL
Strapi SDK v5 β typed API client for the front-end
Preview mode β draft content previewed in Next.js before publishing
Multi-site and multi-locale Strapi deployments β a single Strapi instance serving multiple brands or markets, i18n internationalisation with locale-aware content types, per-locale draft and publish workflows, and locale-specific role and permission configurations.
i18n β locale fields on every content type, per-locale publish status
Multi-site β namespace isolation, site-specific roles, content partitioning
Draft/publish per locale β locale-aware editorial workflows
React Hook Form + Zod resolver integration
Strapi REST and GraphQL API customisation β custom routes, custom controllers, custom services, custom policies, response shape modification, field population control, and custom middleware for rate limiting, authentication, and request transformation.
Custom REST routes and controllers β endpoints beyond the default CRUD
GraphQL schema extensions β custom resolvers, mutations, and directives
Custom middleware β rate limiting, request logging, header injection
Field-level population control β prevent over-fetching on deeply nested types
Strapi deployment on Strapi Cloud, AWS (EC2, ECS, or Beanstalk), Azure, DigitalOcean, and Railway β PostgreSQL provisioning, media provider configuration (Cloudinary, AWS S3), PM2 or Docker process management, environment variable management, and CI/CD pipeline for zero-downtime deploys.
Strapi Cloud β managed PaaS with automatic backups and scaling
AWS / Azure self-hosted β EC2 or ECS + RDS PostgreSQL + S3 media
Docker + GitHub Actions CI/CD β zero-downtime rolling deploys
Cloudinary / S3 media provider β scalable media outside the Strapi container
Long-term Strapi CMS maintenance β Strapi version upgrades (v4βv5), plugin compatibility verification, dependency security patching, content type schema evolution, performance monitoring, and feature additions on monthly retainer with the same team that built the implementation.
Strapi v4 β v5 migration β API and plugin compatibility audit
Monthly dependency and plugin security updates
Content type schema evolution β adding fields without breaking front-ends
Named Strapi developer on Slack β P1 production incident response
At Ahex Technologies, we don’t just write code β we own outcomes. From type architecture to post-launch monitoring, our Strapi team is your end-to-end CMS delivery partner β responsive, transparent, and accountable.
3β5 days to onboard your dedicated Strapi developer
Senior Strapi β content architecture, custom plugin development, v4βv5 migrations, RBAC, headless Next.js delivery, Cloudinary media, and Strapi Cloud deploymental types
Direct Slack access to your actual engineer β no account managers
Named, consistent developer β no bait-and-switch
Full code ownership from day one β no lock-in
Timezone-aligned β UK, UAE, and US hours coverage
2-week replacement guarantee if it's not the right fit
The following are the Strapi security practices, access control standards, and deployment benchmarks Ahex applies to every Strapi engagement β configured before the first content type is published.
Every Strapi project Ahex delivers has a fully configured RBAC permission matrix β editor, author, reviewer, and admin roles with per-content-type, per-action permissions. Public API endpoints are whitelisted explicitly; all other content is private by default. API tokens are scoped to specific content types and actions. (prev: no implicit any, no unsafe assignments, no unchecked indexed access.
Strapi's authentication middleware validates JWT tokens on all non-public API routes. API tokens use scoped read-only or full-access permissions β never a single global admin token for front-end consumption. Token rotation is documented in the delivery handover.
Strapi validates all input against content type schema definitions before writing to the database β field type mismatches, required field violations, and invalid enum values are rejected with structured error responses before any database operation executes.
All Strapi admin credentials, JWT secrets, database passwords, and API token salts stored in environment variables β never hardcoded in the codebase. Production secrets managed via AWS Secrets Manager or Azure Key Vault, loaded at runtime. .env files excluded from version control via .gitignore.
npm audit runs on every CI pipeline β known CVEs in Strapi and plugin dependencies flagged before merging. Dependabot monitors package.json and opens PRs for security-critical updates automatically.
Strapi v5 TypeScript compilation checked on every PR via tsc --noEmit. Custom plugins include Jest or Vitest unit tests. No untyped custom code merges to main on any Ahex Strapi project.
Our Strapi CMS implementations are built to support regulatory requirements across healthcare, finance, and data privacy β a typed codebase is also an auditable one.
Strapi RBAC roles restrict PHI fields to authorised clinical roles only β custom Strapi policy on protected content types verifies the requesting user's role before returning PHI fields. PHI is never included in public API responses, separating PHI from non-sensitive data at the type level β misuse flagged at compile time, not discovered in an audit.
Opaque CardNumber and CVV types prevent raw payment strings being passed through un-validated code paths β enforced by the compiler, not just policy.
Strapi response models and custom populate configurations explicitly exclude PII fields from public API responses β only authenticated, authorised roles receive PII-containing populated relations. PII is structurally separated from anonymised data models β accidental exposure of personal data caught before runtime in production.
Typed event schemas ensure every audit log entry has a known, validated shape β no untyped JSON blobs in the compliance trail.
Strapi Koa middleware configured with per-route rate limiting β public content endpoints throttled to prevent scraping and abuse, admin panel endpoints rate-limited separately. Cloudflare or AWS WAF at the edge provides DDoS protection and IP reputation filtering in front of the Strapi instance.
Next.js and React front-ends consuming Strapi APIs are built to WCAG 2.1 AA standard β semantic HTML, keyboard navigation, ARIA roles, colour contrast ratios, and screen reader compatibility validated with axe-core in CI. Accessible component libraries (Radix UI, shadcn/ui) used on all Strapi-powered front-end builds.
Strapi custom plugin TypeScript compilation check on every PR, Jest plugin unit tests, structured content type design review checklists, API contract documentation, environment configuration runbooks, and deployment rehearsal on staging before go-live β Ahex Strapi delivery maps to ISO 9001 quality assurance requirements on every engagement.<< /p>
All Strapi secrets β JWT secret, admin JWT secret, database password, API token salt, third-party API keys β managed as environment variables loaded at runtime. Production secrets stored in AWS Secrets Manager or Azure Key Vault. .env files in .gitignore. A missing required environment variable causes an immediate Strapi startup failure with a clear error message.
Strapi REST and GraphQL API responses cached at the CDN layer (Cloudflare, AWS CloudFront) with cache-control headers configured per content type β editorial content cached for hours, product data for minutes. On-demand cache invalidation triggered via Strapi webhooks on publish events. Response time SLAs defined in Sprint 0 and validated with k6 before go-live.
From Strapi v5 and PostgreSQL to Next.js, Cloudinary, Algolia, Stripe, Docker, AWS, and GitHub Actions β every tool our Strapi team uses daily in production.
Strapi version and runtime
Strapi database layer
Strapi REST and GraphQL
Media library providers
Front-end consuming Strapi
Common Strapi plugin integrations
Strapi testing tooling
Strapi production hosting
We work with all four. We give honest advice β including recommending Contentful when you need an enterprise SaaS with a guaranteed SLA and zero infrastructure management, Sanity when your content model is highly structured with complex relationships, and WordPress headless when your team already knows WordPress and migration cost is prohibitive.
| Criteria | Strapi v5 | Contentful | Sanity / WordPress Headless |
|---|---|---|---|
| Hosting & ownership | Self-hosted or Strapi Cloud β your infrastructure, your database, full data ownership | SaaS only β Contentful hosts your data; no self-hosted option | Sanity: SaaS (Sanity Studio self-hosted, content on Sanity servers); WP Headless: self-hosted |
| Pricing | Free Community Edition (unlimited editors, unlimited content, unlimited API calls) β Strapi Cloud adds managed hosting | Per-seat pricing β editor seats, content types, and API call limits in paid tiers; enterprise pricing for large teams | Sanity: generous free tier, then per-seat; WP Headless: free CMS, hosting costs only |
| Customisability | Fully customisable β custom content types, custom plugins, custom admin UI, custom API routes, custom middleware | Limited β content types flexible, but no code-level admin or API customisation without SDKs | Sanity: very flexible content schema (GROQ); WP Headless: full customisation via PHP plugins |
| Developer experience | Excellent β TypeScript native v5, local development with SQLite, Strapi SDK typed API client, Plugin API | Good β well-documented REST and GraphQL SDKs, but no local development environment or self-hosted option | Sanity: excellent Studio DX; WP Headless: familiar for PHP developers, REST API less ergonomic |
| Database & data ownership | Your database β PostgreSQL, MySQL, or SQLite; full data export; no migration penalty if you leave | Contentful's database β data export available but migration effort is significant | Sanity: Sanity's cloud database (GROQ); WP Headless: your MySQL database |
| Content editor experience | Good β customisable admin panel, draft/publish, media library, i18n; less polished than Contentful out of the box | Excellent β polished content editor, scheduled publishing, content translation, rich media handling | Sanity: excellent with real-time collaboration; WP: familiar for non-technical editors |
| Ahex recommendation | Best for: teams needing full control, self-hosted data ownership, custom admin extensions, no per-seat pricing, and developer extensibility | Best for: enterprise teams wanting a fully managed SaaS CMS with guaranteed uptime SLA and minimal DevOps overhead | Sanity: complex structured content with real-time collaboration; WP Headless: existing WP teams, low migration cost |
| Production bug reduction | ~40% fewer type-related bugs (strict) | Baseline | ~15% reduction (lenient) |
A Strapi-specific delivery process β content type architecture and RBAC design agreed in Sprint 0 before any content is created or API is consumed. Front-end API contract defined from Strapi schema before front-end development begins. Security configuration reviewed before go-live. Quality enforced at every phase, not compiler config defined before a single component is built. Safety enforced from sprint zero, not patched in retrospect.
Content types designed as wireframes before Strapi is touched β collection types, single types, components, dynamic zones, and relation structure mapped against front-end page templates. RBAC permission matrix, API token strategy, media provider selection (Cloudinary or S3), and hosting environment (Strapi Cloud or self-hosted) agreed.
Strapi project created with TypeScript, PostgreSQL, and media provider configured. All content types built in the Admin UI and exported to schema files committed to Git. RBAC roles and permissions configured. API tokens created with correct scope. GitHub Actions CI pipeline running tsc check, lint, and npm audit β before any front-end code is written.
Custom plugins, lifecycle hooks, and custom routes built in TypeScript with Strapi's Plugin API. API population fields tuned to prevent over-fetching. Custom middleware added for rate limiting and request logging. Front-end components consuming Strapi REST or GraphQL β typed with Strapi SDK v5.
Third-party service integrations via Strapi lifecycle hooks and webhooks β Algolia index sync on publish, Stripe product catalogue sync, HubSpot form submission to CRM, and cache invalidation webhooks to Next.js ISR revalidation endpoints. All webhook secrets stored in environment variables.
RBAC permission matrix audit β every public endpoint verified, every non-public endpoint verified as locked. API token scope review. npm audit dependency scan. Playwright E2E smoke tests. k6 load test on public content endpoints. Environment variable checklist β no hardcoded secrets. Deployment rehearsal on staging before production go-live.
Sentry for production error tracking, monthly npm dependency and plugin updates, Strapi version upgrade planning (v4βv5), content type schema evolution management, performance monitoring, and a named Strapi developer on Slack for P1 production incidents and content type change requests.
All models include TypeScript-compiled custom plugins, RBAC configuration documentation, API contract documentation, environment runbooks, named Strapi developers, and full code ownership from day one.
Cost is locked in a fixed-scope model. Ideal when the roadmap is well-defined and you want budget certainty.
Billing
Best For
A dedicated pod you optimise, scale, and augment your in-house team with. Best for ongoing product development.
Best suited for teams that need predictable sprint velocity.
Billing
Best For
Model Fit
In this model, there is no fixed time or budget. You will pay for the actual hours worked or materials completed and used.
Billing
Best For
Your teams will ship faster, safer code β and your production systems will have faster content publishing and fewer CMS-related production incidents β when Strapi is architected correctly from Sprint 0.
Strapi Community Edition has no editor seat limits, no content entry limits, and no API call pricing tiers. A team of 200 content editors accessing Strapi costs the same as a team of two β nothing, for the CMS licence. The only cost is infrastructure: Strapi Cloud managed hosting, or your own server. For organisations moving from Contentful or Sanity with per-seat pricing, Strapi pays for itself in the first year.
Strapi stores content type schemas as JSON files in the /src/api/ directory β committed to Git, branched and merged like any other code change, and deployed via CI/CD without manual admin UI clicks in production. A new content field never gets "lost" between environments because schema changes follow the same PR review and deployment process as code changes.
The Strapi SDK for v5 generates TypeScript types directly from your Strapi content types β the front-end's API client is always in sync with the CMS schema. A content type field rename is a compile error in the front-end the next time the SDK types are regenerated. No manual OpenAPI spec maintenance, no stale API client types, no front-end 500 errors because a CMS field was deleted.
Strapi's dynamic zones allow content editors to assemble pages from a library of pre-defined components β hero banners, feature grids, testimonial blocks, CTA sections β without requiring a developer for every layout change. Ahex designs dynamic zone component libraries in Sprint 0, tuned to the marketing team's actual content patterns, so editorial self-service is available from the day of go-live.
Strapi's draft and publish system β enabled per content type β lets authors create and edit content without it going live, while reviewers and editors approve and publish. Combined with role-based access control, the editorial workflow enforces that junior authors cannot publish without review, senior editors can publish directly, and admin users can manage workflow settings. Ahex configures the RBAC matrix to match your actual editorial hierarchy on every project.
Ahex configures Strapi webhooks to trigger Next.js on-demand ISR revalidation whenever a piece of content is published β the updated page is live within 3β5 seconds of the editor clicking Publish, without a full site rebuild. Content editors see their changes appear almost instantly. The static site remains fast. No full Vercel or Netlify rebuild triggered on every small content change.
Strapi self-hosted on AWS or Azure means your content lives in your own PostgreSQL database β accessible directly, exportable at any time, and migrated without negotiating with a SaaS vendor. If you ever decide to change CMS, your content is already in your own database. Ahex delivers Strapi on infrastructure you own and control, with a documented deployment runbook your team can maintain independently.
Ahex has delivered Strapi CMS projects for clients in the UK, UAE, USA, and Australia across media, e-commerce, healthcare, and enterprise software. Our Strapi developers work in IST timezone with 4β6 hour overlap with UK and UAE business hours β sprint reviews, content architecture workshops, and production support all happen in your working hours.
Our Strapi developers use AI-powered tools across every phase β from type migration to test generation β without sacrificing type safety or code quality. The result: more output, fewer delays, the same rigorous strictness.
AI generates Zod schemas from JSON samples, infers types from existing JS, and suggests typed replacements for any casts β saving 2β3 days per migration sprint.
AI-assisted code review flags unsafe type patterns, missing return types, and any-cast misuse before human review β fewer back-and-forth cycles and faster PR merges.
Custom plugin boilerplate generation, content type schema documentation, and Playwright E2E tests auto-generated from Zod schemas and function signatures β QA phase starts with strong coverage.
Combined AI acceleration across all phases consistently cuts total delivery timelines by 25β35% without scope compromise.
Strapi plugin boilerplate generation, lifecycle hook code suggestions, custom controller patterns, and content migration script drafting. Every Ahex Strapi developer uses GitHub Copilot with Strapi TypeScript context β all AI output reviewed by a senior Strapi developer before committing to the codebase.
AI generates content migration script stubs from WordPress export data, Strapi plugin scaffold code from feature specifications, and Playwright E2E test stubs from user story acceptance criteria β 60% of migration and test scaffolding produced before QA sprint, reviewed by a senior Strapi developer on every project.
Content type schema documentation, RBAC permission matrix documentation, API population field reference, deployment runbook, and editorial workflow guide auto-generated from the Strapi configuration β always in sync with the actual deployed CMS instance.
AI-assisted npm audit triage and Strapi plugin compatibility analysis surfaces vulnerable dependencies, deprecated API usage, and v4βv5 breaking changes with suggested fixes β Strapi developers review every finding before merging. Shift-left security on every CMS project.
All AI-generated Strapi plugin code, migration scripts, and content type schemas are reviewed, tested, and owned by a named Ahex Ahex engineer before it ships. We use AI to move faster β not to skip the RBAC review, bypass the security checklist, or push content type schema changes without testing the front-end API contract.
Every team building with Strapi hits these sooner or later. These are the problems our engineers diagnose repeatedly and know how to prevent from sprint zero.
Problem
A Strapi-powered Next.js marketing site takes 3.8 seconds to load the homepage because the API request for the dynamic zone page builder returns a deeply nested response with 14 populate levels. Each dynamic zone component relation is fetched in a separate database query. Under moderate load the Strapi instance is running 80+ database queries per page request β all from a single homepage API call.
Solution
Ahex audits the populate structure and rewrites the API request using Strapi's populate object syntax to fetch only the fields each front-end component actually renders β removing 9 unused populate levels. A custom Strapi controller is added to serve the homepage with a single optimised query combining all required relations. Homepage API response time drops from 3.8s to 210ms. Cloudflare CDN caching is configured with 5-minute TTL and on-demand invalidation via Strapi publish webhooks.
Problem
A Strapi-powered e-commerce site is returning unpublished draft product listings in the public REST API response. Content editors have been adding draft products for upcoming launches β prices, SKUs, and supplier information included. The drafts are visible to anyone querying the public /api/products endpoint. The issue has been live for two weeks before a user reports seeing a product that was meant to launch next month.
Solution
Ahex audits the full RBAC permission matrix and finds the Public role had the find action enabled without a publication state filter. The fix is a custom Strapi policy applied to all Public role routes that forces publicationState: live on every query β draft content is structurally excluded from the public API regardless of the permission configuration. A Playwright test suite is added that calls every public API endpoint and asserts no draft content appears in any response. The test runs on every deployment.
Problem
Content editors on a media company's Strapi CMS are experiencing upload timeouts when uploading high-resolution images over 8MB. The upload progress bar reaches 100% but the file never appears in the media library. The Strapi instance is running on a small AWS EC2 instance with the default local upload provider. The Nginx proxy timeout of 60 seconds is being exceeded during image processing β sharp resizes six thumbnail variants during the upload process and the CPU-bound processing takes longer than the proxy timeout allows.
Solution
Ahex migrates the media provider from local storage to Cloudinary β all image uploads are sent directly from the Strapi server to Cloudinary, which handles resizing and format optimisation asynchronously. Upload timeouts disappear because Cloudinary responds in under 2 seconds regardless of image size. The Nginx proxy timeout is increased to 120 seconds as a backstop for other large operations. Existing media in the local provider is migrated to Cloudinary using a custom migration script. CDN delivery via Cloudinary reduces front-end image load time by 60% as a side effect.
Problem
A team upgrades their Strapi v4 project to v5 following the official migration guide. Three of their four custom plugins stop working. The v5 migration introduces breaking changes to the Entity Service API (replaced by Document Service), the Strapi plugin registration API, and the admin panel injection system. The team's plugins use the deprecated Entity Service API directly in lifecycle hooks and the old plugin admin injection pattern. The v5 migration guide covers the framework changes but not the implications for custom plugin code.
Solution
Ahex performs a v4βv5 plugin compatibility audit before the upgrade begins β documenting every Entity Service API call, admin panel injection point, and deprecated lifecycle hook across all four plugins. Entity Service calls are refactored to the Document Service API. Admin panel injections are rewritten using the v5 Plugin API. The upgrade is applied in a feature branch with the full plugin suite verified against the v5 Strapi instance before any changes reach production. The production cutover is completed in a scheduled maintenance window with a tested v4 rollback available.
Problem
A Strapi-powered Next.js website is showing stale content after editors publish updates β the correct ISR revalidation webhook is configured in the Strapi admin, but the Next.js pages are not updating. The Strapi webhook log shows deliveries as "failed" with a 500 error code. The Next.js ISR revalidation endpoint is at /api/revalidate and requires a secret token passed as a query parameter β the Strapi webhook is configured with the correct URL but the secret token was added to the Strapi webhook headers rather than the URL query string, and the Next.js endpoint is rejecting requests without the token in the expected location.
Solution
Ahex audits the Strapi webhook configuration and Next.js revalidation endpoint β the secret token location mismatch is identified and corrected. The Next.js endpoint is also updated to support both header and query parameter token delivery for resilience. A webhook delivery test script is added to the CI pipeline that publishes a test content entry to Strapi and asserts that the Next.js ISR endpoint is called within 10 seconds β webhook delivery is now verified on every deployment before production traffic is enabled.
Problem
A Strapi project has three environments β development, staging, and production β but content type schemas have been modified directly in the production Strapi admin rather than going through the development-to-staging-to-production pipeline. A new required field added in production does not exist in staging, so the staging front-end is throwing 422 errors because it is sending API requests without the required field. The team has no record of what was changed in production, and the staging and development environments are now a different version of the content model.
Solution
Ahex enforces a content type schema change process: all content type modifications are made in development, the resulting schema JSON files are committed to Git, reviewed in a PR, and deployed to staging and production via GitHub Actions β never via the production admin UI. The production admin UI content type builder is restricted to admin-role Ahex engineers only. A schema diff script runs in CI on every deploy to detect any divergence between Git schema files and the running Strapi instance β divergence fails the pipeline before it can cause front-end breakage.
Six solution types where our Strapi developers have deep, repeated delivery experience β every stack listed is what we shipped in production in the last 18 months.
Headless marketing websites and content portals β Strapi content types modelled around marketing page templates, dynamic zones for editorial flexibility, Next.js ISR with on-demand revalidation, and Cloudflare CDN caching. SPAs with strict tsconfig, generics-first component design, typed state management (NgRx / Zustand), and Zod-validated API layers across the UI.
Fully typed REST and GraphQL APIs with NestJS dependency injection, Prisma typed models, Zod request validation middleware, and tRPC for end-to-end type safety.
Multi-package monorepos with shared @company/types, shared tsconfig bases, ESLint boundary rules, and Nx affected builds that cut CI time by ~60%.
Zero-regression migrations using allowJs incremental strategy, type-coverage audits, any-elimination phases, and strict mode graduation β production stays deployable throughout.
AWS Lambda and Vercel Product catalogues, promotional content, and landing pages managed in Strapi β headless front-end consuming Strapi GraphQL API with Algolia search integration and Stripe checkout. Zod-validated payloads, and cold-start optimised bundles under 1MB.
A single Strapi instance serving multiple brands, markets, or languages β i18n content types, per-locale RBAC, and locale-aware front-end delivery with shared types in a monorepo, single CI/CD pipeline, tRPC or OpenAPI contracts, and one team owning the entire stack from DB to UI.
The following are the industry standards and compliance that we align Strapi with. Our team ensures that these are built into the markup from sprint one only.
AI accessibility scanning flags WCAG violations in real time during development β not post-launch in an audit.
Section 508 for the USA. An U.S. federal accessibility standard that requires government agencies and their digital services to be accessible to people with disabilities.
A U.S. civil rights law. It promotes the idea that people with disabilities should also have equal access. Its web accessibility requirements encourage businesses to provide inclusive online experiences.
Standards that help websites collect user data transparently. Supports GDPR and CCPA. Gives users control over their data.
W3C Strapi Validation ensures that the Strapi development follows official web standards. It must improve compatibility with browsers, reliability, and overall user experience.
Standardized format that helps search engines understand content on the webpages. Improves SEO and crawlability.
We build production Strapi CMS implementations for organisations across all major verticals β from healthcare typed APIs to fintech platforms, logistics systems to SaaS products. Click an industry to explore what we've delivered.
Healthcare and Fitness
Our solutions for healthcare and fitness focus on developing user-friendly interfaces for fitness apps, appointment scheduling systems, and health tracking platforms, ensuring secure and efficient data management.
Real Estate
We help real estate companies build immersive property listings, interactive maps, and responsive websites that streamline property searches and improve customer engagement.
Automotive and Manufacturing
Our front end services help automotive and manufacturing companies build robust applications for managing inventory, tracking production, and enhancing customer engagement through intuitive interfaces.
Banking & Finance
We deliver secure and compliant front-end solutions for financial institutions, enhancing user experience through intuitive dashboards, transaction management systems, and mobile banking apps.
Our frontend development services for tourism and hospitality focus on creating interactive maps, virtual tours, and streamlined booking interfaces that enhance the customer journey from discovery to booking.
Entertainment and Media
We help media and entertainment companies build intuitive systems for content delivery and consumption, including real-time single-page applications and personalized content recommendations that keep audiences engaged.
Technology and Software
Our expertise extends to creating modern, scalable front-ends for software applications, ensuring fast performance, intuitive navigation, and seamless integration with backend systems.
Retail & E-Commerce
We empower e-commerce platforms with seamless checkout processes, intuitive product navigation, and responsive designs that boost sales and customer satisfaction.
Education
Our front-end services for education include developing interactive learning platforms, online course management systems, and student portals that enhance engagement and accessibility.
Known for building innovative technology solutions across diverse industries, weβve received multiple awards and recognitions from top B2B platforms.
Clutch 1000 Company β 2025
Recognized by Clutch among the top 1000 global companies for excellence in service and delivery in 2025
Clutch Global Award Winner β Fall 2024
Awarded by Clutch as a Global Leader for outstanding performance and client satisfaction in Fall 2024
Clutch Global Award Winner β Spring 2024
Recognized by Clutch as a Global Leader for delivering high-quality solutions and consistent client success in Spring 2024
Clutch Champion β Fall 2024
Honored by Clutch as a Champion for sustained excellence, industry leadership, and exceptional client feedback in Fall 2024
Clutch Champion β Spring 2024
Honored by Clutch as a Champion for sustained excellence, industry leadership, and exceptional client feedback in Fall 2024
Book a free scoping call with a senior Strapi developer. We'll review your current CMS setup, content architecture, front-end framework, migration requirements, and custom plugin needs β and give you an honest assessment of what a new build, WordPress migration, or existing Strapi audit engagement would deliver.
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Yes β it’s the explicit choice of enterprise engineering teams at Start with Strapi v5 for all new projects β v5 is TypeScript native, ships the Document Service API replacing the older Entity Service, includes a rebuilt plugin registration system, and will be the long-term supported version. v4 remains supported but will not receive new feature development. The v4βv5 migration is significant for custom plugin code, so upgrading existing v4 projects requires a compatibility audit. TypeScript’s strict mode, shared types, and IDE tooling make large multi-team codebases safe to refactor and extend. For smaller utility scripts plain JavaScript may be fine, but anything long-lived and multi-site content teams benefit enormously from Strapi’s architecture.
Any project with more than one developer, more than a few weeks of lifetime, or Both options are supported. Self-hosted Strapi runs on any Linux server β AWS EC2, DigitalOcean Droplet, Azure App Service, or Railway β with PostgreSQL on RDS or a managed database service. Strapi Cloud is the managed PaaS option for teams that want zero infrastructure management. Prisma, tRPC, and Next.js β it’s the natural choice for the modern JavaScript ecosystem rather than an add-on.
We configure a CI type-check gate (tsc –noEmit) that blocks any PR introducing type errors, activate @typescript-eslint/no-explicit-any and @typescript-eslint/ban-ts-comment to prevent suppressions, and run a type-coverage threshold check on every build. Strictness is enforced by the CI pipeline, not by convention or code review alone.
By default, yes β strict:true enables strictNullChecks, noImplicitAny, strictFunctionTypes, and several other critical checks simultaneously. If you have a legacy codebase where strict mode can’t be enabled immediately, we use an incremental approach β enabling individual flags one at a time and graduating to full strict over sprints.
Typically 3β12 weeks depending on codebase size, existing test coverage, and strictness targets. We use an incremental allowJs strategy β your project stays deployable throughout, never blocked on a big-bang branch. Most production codebases see zero runtime regressions after our migration.
We start with a discovery call to understand your current CMS, content volume, content types, editorial team size, and front-end framework. We then propose an engagement model β fixed budget, dedicated team, or time & material β and move into type architecture design, iterative build or migration sprints, and a documented handover with type coverage report.
Absolutely. Yes β we regularly take over Strapi implementations from other agencies or internal teams. We start with a CMS audit: RBAC permission matrix review, content type schema review, custom plugin code review, media provider configuration, environment setup, and deployment pipeline review. Missinging Zod boundaries, and ESLint rule gaps β produce a prioritised remediation roadmap, and execute it incrementally without pausing delivery.
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