WooCommerce vs PrestaShop: when each platform is the better choice
Choose WooCommerce if your team already runs WordPress and wants commerce inside that stack. Choose PrestaShop if you want a standalone commerce application with its own administration, data model and release line. Neither choice is wrong on licensing alone: WooCommerce is licensed under the GNU General Public License version 2 or later, and PrestaShop Core is licensed under OSL-3.0 with modules under AFL-3.0. Both are free to self-host, so the decision usually turns on four things: the stack you already operate, how much of the store depends on third-party extensions, whether you need multistore, and who will carry upgrades after launch.
Start with the existing stack. A team that already maintains WordPress, its PHP runtime, database and plugin set will find WooCommerce adds the fewest new moving parts, and content, catalog and checkout can share one administrative surface. A team with no WordPress footprint would be adding a CMS to run a shop, which is a larger dependency than the commerce layer itself. Confirm the WordPress and WooCommerce version pairing you need against the WooCommerce server requirements before you commit to a hosting plan.
Then weigh extension dependence and multistore. If your catalog, tax, shipping and payment logic depends on a few well-maintained extensions, test each one against the exact WooCommerce and WordPress versions you plan to run, because that compatibility becomes the upgrade risk. If you expect several storefronts sharing customers and inventory, have the implementation partner confirm how each candidate handles that requirement in your environment, since the answer depends on the extensions you select rather than on the core platform alone. Whoever will carry upgrades should be named before go-live, because the cost of keeping either platform current is recurring, not one-time.
Which scenario favors WooCommerce and which favors PrestaShop
This table maps common store scenarios to the platform that usually fits better, with the condition that makes each choice hold. Read each row against your own content needs, team skills and extension plans, because the better fit changes when those conditions change.
| Scenario | Better fit | Condition that makes it hold |
|---|---|---|
| Existing WordPress site that needs a shop | WooCommerce | The content site, editors and plugins already run on WordPress, and the team is comfortable maintaining WordPress and WooCommerce together on one stack. |
| Standalone store with no content site | PrestaShop | Commerce is the primary workload and there is no WordPress estate to share hosting, plugins or editorial workflow with, so a dedicated commerce application is simpler to reason about. |
| Team with PHP and WordPress skills | WooCommerce | Staff can already operate WordPress hosting, plugin updates and the WooCommerce REST API, so the learning curve is mostly in store configuration rather than a new platform. |
| Team with PHP skills but no WordPress experience | Depends on hosting | PrestaShop suits a PHP team that wants an ecommerce-only codebase, but confirm that the team can meet its PHP and MySQL or MariaDB requirements and its module update routine. |
| Team needing multistore | PrestaShop | Multi-shop support is a core PrestaShop capability (confirm the exact configuration for your catalog and tax setup in the current 9.x documentation). WooCommerce multistore usually depends on separate installations or extensions, so confirm what the extension covers before you commit. |
| Store relying on paid third-party modules | Depends on the module vendor | Choose the platform where your required modules are maintained for your version. Ask each vendor for its supported versions, license terms and update history, because module availability and cost matter more than the core license. |
| Store with a large catalog and heavy order volume | WooCommerce or PrestaShop, after testing | Both can run large catalogs, but performance depends on hosting, database tuning and extensions. WooCommerce's High-Performance Order Storage is enabled by default for new installations from version 8.2, and PrestaShop performance should be proven with your own load tests. |
| Store that needs a supported API for third parties | WooCommerce or PrestaShop | WooCommerce exposes the wc/v3 REST API with API keys or OAuth 1.0a. PrestaShop provides a webservice with access keys and, in version 9, an Admin API with OAuth2. Confirm which endpoints and authentication model your integrations need. |
How WooCommerce on WordPress and standalone PrestaShop are built and run
WooCommerce runs as a plugin inside a WordPress install, so the CMS, theme, plugins and store share one update cycle. PrestaShop is a standalone application with its own admin, webservice and Admin API. The sections below compare what each design means for patching, hosting footprint and the number of moving parts you own.
One stack that updates together
WooCommerce is a plugin, so WordPress core, the active theme, every plugin and WooCommerce itself all sit in the same install and share one patch cadence. Every update you apply can touch checkout, which means a plugin conflict can take down the store as well as the blog. Check which plugins are maintained, how often they ship, and whether a staging copy can run the full stack before production. WordPress currently recommends PHP 8.3 or greater, and WooCommerce recommends MySQL 8.0+ or MariaDB 10.6+, so confirm that your hosting meets both before you schedule upgrades.
Standalone PrestaShop application
PrestaShop is its own application with its own back office, modules, themes and update path, and it does not depend on a content management system underneath. The store is the only product on the server, so there is no blog core or theme plugin ecosystem to keep in step. Your patching work centers on PrestaShop core, its modules and the PHP runtime. Ask whether your team will apply core releases in place or through a rebuild, and confirm which line (8.x or 9.x) your modules support before you pick a version.
Webservice and Admin API surfaces
PrestaShop's webservice gives third-party tools CRUD access to products, orders and customers through access keys. PrestaShop 9 adds an Admin API built on API Platform with OAuth2 authentication and Swagger documentation. WooCommerce exposes its REST API under the wc/v3 namespace, authenticated with API keys over HTTPS or OAuth 1.0a. Each surface is an integration point you must secure, version and monitor. Ask which API your ERP, marketplace or fulfillment connectors already use, and whether that connector supports the authentication method on each platform.
Hosting footprint and database needs
WooCommerce runs on PHP with MySQL 8.0+ or MariaDB 10.6+, and WordPress needs a memory limit of at least 256 MB. PrestaShop 9 requires MySQL 5.7 or MariaDB 10.2 minimum, Apache 2.4 or later (Nginx also works), and recommends a memory_limit of at least 512M. PrestaShop documentation says it works best on Unix-based systems and Windows is not actively supported. Both platforms are lightweight to host alone, but the real footprint depends on catalog size, traffic and the modules you add. Confirm the database version and PHP version your team can support long term, not only the minimum.
Moving parts and who patches them
On WooCommerce, one WordPress install carries the CMS, theme, plugins, WooCommerce and its extensions, so a single site can have many components with separate release dates. On PrestaShop, the core, modules and theme are still separate, but the store does not inherit a content layer. Note that legacy PHP and MySQL versions that WooCommerce still allows are end of life and pose security risks. Decide who owns each component's patch, how you track module vendor support, and how you test a combined upgrade before it reaches customers.
How WooCommerce order storage and REST API compare with PrestaShop's webservice
WooCommerce has stored orders in dedicated tables since High-Performance Order Storage became stable and enabled by default for new installations in WooCommerce 8.2, released in October 2023. Orders live in tables such as wc_orders and wc_orders_meta rather than in the WordPress posts table. If you are migrating an older store, confirm whether HPOS is enabled and whether every extension you run declares compatibility with it, since an extension that reads orders directly from the legacy tables can return incomplete data. Ask your WooCommerce developer to run the order sync and compatibility checks in a staging copy before you switch.
On the WooCommerce side, the wc/v3 REST API is the integration surface your middleware will call. It authenticates with API keys over HTTPS or with OAuth 1.0a, and the keys are created per user with read, write or read/write permissions. Confirm which permission level and key owner your integration needs, because a key with broader access than the middleware requires widens the blast radius of a leaked credential. PrestaShop takes a different route. Its webservice gives third-party tools CRUD access to products, orders and customers through access keys, and PrestaShop 9 adds an Admin API built on API Platform with OAuth2 authentication, multi-shop support and Swagger documentation. Teams with several storefronts should test how each API handles shop context, since multi-shop behavior is a documented feature of the Admin API, not something you should assume from the webservice.
Integration teams should confirm three things against their own middleware before committing to either platform: which authentication method the connector supports (API keys, OAuth 1.0a or OAuth2), whether it expects the wc/v3 or PrestaShop webservice resource names, and how it handles order status changes that originate in the storefront. Check the current WooCommerce REST API documentation and the PrestaShop 9 webservice documentation against the exact versions you will run, and ask your integration partner to write a test plan that covers order creation, refunds and customer updates on both platforms.
Feature and requirement differences for WooCommerce and PrestaShop
This table sets WooCommerce and PrestaShop side by side on licensing, database and PHP requirements, order storage, APIs, multistore and hosting notes. Where the supplied sources do not confirm a point, the cell tells you what to verify before you commit, so treat the dashes and confirm items as your checklist.
| Capability | WooCommerce | PrestaShop |
|---|---|---|
| Core license | GPL version 2 or later, per the license.txt file in the WooCommerce repository | OSL-3.0 for PrestaShop Core, per the LICENSE.md file in the PrestaShop repository |
| Extension license | Extensions are distributed under their own terms, so confirm the license of each paid or third-party extension before purchase | Modules are licensed under AFL-3.0, per the same LICENSE.md file; confirm terms for each third-party module |
| Database and PHP requirements | PHP 8.3 or greater, MySQL 8.0+ or MariaDB 10.6+, WordPress 6.9 or greater, 256 MB memory limit or more | PHP and MySQL or MariaDB versions for the 9.x line should be confirmed in the PrestaShop 9 system requirements; the minimum listed there is MySQL 5.7 or MariaDB 10.2 |
| Order storage | High-Performance Order Storage is stable and enabled by default for new installations from WooCommerce 8.2, using dedicated order tables | Confirm how orders are stored and indexed in your target version before planning reporting or migration |
| REST or webservice API | REST API under the wc/v3 namespace, authenticated with API keys over HTTPS or OAuth 1.0a | Webservice gives CRUD access to products, orders and customers using access keys |
| Admin API | Not a separate admin API in the supplied facts; confirm whether the REST API covers your admin tasks | Admin API built on API Platform with OAuth2 authentication and Swagger documentation in PrestaShop 9 |
| Multistore support | Confirm with your extension set; multisite and multistore setups depend on WordPress and plugins | Multi-shop support is documented for PrestaShop 9; confirm the configuration limits for your store count |
| Hosting platform notes | Runs on any host meeting the WordPress and PHP requirements; HTTPS support is recommended | Works best on Unix-based systems; Apache 2.4 or later or Nginx; Windows is not actively supported |
What the GPL and OSL licenses cover for each platform
WooCommerce is licensed under the GNU General Public License version 2 or later, as stated in the license.txt file in the woocommerce/woocommerce repository. That license governs the core plugin you install into WordPress. It allows you to run, modify and redistribute the core under GPL terms, and it does not restrict how you host it on your own infrastructure. The license question for a self-hosted store is therefore mostly about what sits around the core rather than the core itself.
- Core license: GPL-2.0-or-later covers the WooCommerce core plugin in the main repository.
- Repository scope: The README describes a monorepo that holds the core plugin and WooCommerce extensions, so check which license each extension carries before you rely on it.
- Separate purchases: Themes and extensions bought through WooCommerce.com are distinct purchases with their own terms and their own premium support portal.
- Security reporting: Security issues in the project are reported through Automattic's HackerOne program, which is separate from any commercial support you buy.
- Upgrade dependency: Paid extensions and themes depend on their vendor for updates, so their license terms and support windows matter for your upgrade plan.
Before you commit, list every paid extension in your build, record its license and support terms, and confirm with each vendor how long it will support your planned WooCommerce and WordPress versions.
PrestaShop Core is licensed under OSL-3.0 and PrestaShop modules under AFL-3.0, according to the LICENSE.md file in the PrestaShop/PrestaShop repository. The split matters because the core and the modules you add to it can carry different obligations. Your license review needs to cover both layers, along with any third-party modules you install from outside the official distribution.
- Core license: OSL-3.0 applies to PrestaShop Core, the application you host.
- Module license: AFL-3.0 applies to PrestaShop modules, which can differ from the core terms.
- Third-party modules: Modules from other publishers may use their own terms, so each one needs a separate check.
- Development repository: The README says the GitHub repository is for development and preview, so do not install a production shop from it.
- Production source: The README says production shops should be installed from the releases page, which is the source to pin in your build process.
Confirm with your counsel how OSL-3.0 and AFL-3.0 apply to your modifications and distribution model, and record the source and license of every module in your deployment.
Both ecosystems separate the code you read from the code you run in production. For PrestaShop, the README makes that split explicit: the repository is for development and preview, and production shops should be installed from the releases page. For WooCommerce, the question is less about the repository itself and more about which version you pin and how you track updates. In both cases, your build and change process should start from a known, released artifact rather than a moving development branch.
- Release source: Install PrestaShop production shops from the releases page, not from the develop branch.
- Docker environment: The README documents a Docker-based development environment, which is intended for development work.
- Version pinning: Record the exact WooCommerce or PrestaShop version in your change records so that license and support questions refer to a fixed artifact.
- Override tracking: Keep your own changes in a separate layer so that upgrades to the core do not silently overwrite them.
- Audit trail: Keep the release source and checksum process in your evidence, since it supports supply-chain questions from auditors.
Check your team's build pipeline to confirm that production deployments can only come from released artifacts, and that development containers are never promoted into production.
A license review for this comparison should produce a written inventory, not a single yes or no. Each platform has a core license, a module or extension layer and a set of commercial relationships that sit outside the open-source license. Your legal and procurement teams need to see which components are open source, which are commercial and who supports each one. This is also the stage where you decide whether your own modifications need to be published, which depends on the license terms that apply to each component and on how you distribute the result.
- Component list: Record every core, module, theme and extension, with its license and source.
- Commercial terms: Note which items are sold by a vendor, what the vendor supports and for how long.
- Modification review: Decide with counsel whether your changes trigger source-sharing obligations under each applicable license.
- Support boundaries: Separate community support from paid support, since the two may cover different versions.
- Evidence storage: Keep the inventory with your change records so auditors can trace each component.
Ask your legal team and each vendor to confirm license terms in writing before you finalize the inventory, since this page does not give legal advice.
How often WooCommerce and PrestaShop releases need your attention
The first thing to plan for is that WooCommerce and PrestaShop do not ask for the same kind of attention. WooCommerce is only as current as the WordPress beneath it. WooCommerce 11.2.1 was published on October 9, 2026, two days after 11.2.0, and it recommends WordPress 6.9 or greater. WordPress 7.1 was released on August 19, 2026, and 7.1.3 on October 6, 2026. The WordPress releases archive says only the most recent release in the 7.1 series is actively maintained, so a store that stays on an older 7.1 point release is running unsupported code even when WooCommerce itself is current. Your team needs to track three moving parts: the WordPress core, the WooCommerce plugin and the theme.
PrestaShop has a different rhythm. PrestaShop 9.2.0 was published on September 30, 2026, after the first stable 9.0 release on June 10, 2025. PrestaShop 9.1.5 and 8.2.8 were both published on August 18, 2026, and the releases page shows the 8.x line still receiving updates. That means you must choose a major line on purpose. Staying on 8.x keeps you on a maintained branch for now, but moving to 9.x is a larger migration with its own module compatibility work. Confirm the support window for the line you choose with PrestaShop before you commit a roadmap to it.
Core upgrades are the smaller share of the work in both systems. Themes, payment connectors, shipping modules and custom code all have to pass testing against each new core version, and a failed module can stop checkout even when the core upgrade succeeded. Ask every extension vendor which core versions they certify and how quickly they publish fixes. Keep a staging copy with production data, run a checkout test with each payment method and record the results. Whichever platform you choose, the recurring cost is the regression testing and vendor follow-up that each release triggers.
What drives the running cost of a WooCommerce or PrestaShop store
This table breaks down the cost components of running a self-hosted WooCommerce or PrestaShop store, showing who is paid for each one, whether it is one-time or recurring, and what moves it up or down. Read it as a checklist for building a like-for-like quote, since most of the running cost sits in hosting, extensions and upgrade testing rather than in the platform licence itself.
| Cost component | Who is paid and for what | One-time or recurring, and what drives it |
|---|---|---|
| Hosting and server stack | Hosting provider or your cloud team for servers, PHP runtime, database and HTTPS. WooCommerce lists PHP 8.3 or greater and MySQL 8.0+ or MariaDB 10.6+; PrestaShop 9 lists MySQL 5.7 or MariaDB 10.2 minimum with a memory_limit of at least 512M. | Recurring. Driven by traffic, order volume, caching, and whether you run PrestaShop's search or cache services on additional nodes. Confirm sizing with your host or DeployOpen before quoting. |
| PHP and database administration | In-house staff or a managed services partner for PHP upgrades, database maintenance, backups and restore testing. | Recurring. WordPress and WooCommerce plugin stacks often depend on many PHP extensions; PrestaShop depends on fewer third-party runtime services but still needs OS and PHP lifecycle work. |
| Extension and module purchases | Paid WooCommerce.com extensions or themes for WooCommerce; paid PrestaShop modules from the Addons marketplace or third-party developers for PrestaShop. Both are typically sold per site or per licence. | Mixed. The purchase is one-time per licence term, but renewals for updates and support recur. Ask each vendor whether renewal is mandatory for security fixes. |
| Premium support subscriptions | WooCommerce.com premium support for purchased extensions and themes; PrestaShop support through your partner or DeployOpen retainer; hosting support tiers. | Recurring. Value depends on how many paid add-ons you run and how quickly your team can diagnose conflicts without vendor help. |
| Developer time for customization | In-house developers or an implementation partner for theme builds, checkout changes, integrations with ERP or payment services, and custom modules. | One-time for the initial build, recurring for changes. WooCommerce customizations often touch the REST API under wc/v3; PrestaShop customizations often touch the webservice or Admin API. Ask for the number of integrations and the testing scope in writing. |
| Upgrade testing and security patching | Your team or DeployOpen for staging copies, regression tests on payment and tax flows, and extension compatibility checks before each release. | Recurring. Driven by how many extensions or modules you run, how often you adopt major versions, and whether you keep a staging environment that mirrors production. WooCommerce 11.2.1 and PrestaShop 9.2.0 are examples of current releases, so confirm your target versions with each vendor. |
| One-time setup and data migration | Implementation partner or internal team for installation, store configuration, product and order data migration, and go-live testing. | One-time. Size depends on catalogue size, order history to carry over, number of payment and shipping methods, and whether you need multistore set up at launch. Ask for the migration scope, rollback plan and acceptance criteria in the quote. |
How to move a store from WooCommerce to PrestaShop, or back
This sequence moves catalog, customer, order and content data between WooCommerce and PrestaShop while keeping the storefront live until the new shop is verified. Each step ends with a check you can record, so the cutover decision rests on evidence rather than memory.
Inventory extensions and map their equivalents
The store owner and the implementation lead list every active WooCommerce plugin, theme customization, payment gateway, shipping rule, tax setup and scheduled job. For each one, they identify a PrestaShop module or built-in feature that does the same job, or mark it as a gap that needs custom development. Plugins that only add a visual widget usually need a rebuild, while tax, shipping and payment logic needs a tested equivalent before anything moves. The output is a signed-off mapping sheet showing each item as built in, replaced by a module, or rebuilt. Ask the PrestaShop module vendor or your developer to confirm licensing and support for each module before you commit to it.
Export products, customers and orders
The data team pulls catalog, customer and order records from the source platform through its REST API or a supported export tool. WooCommerce exposes these resources through the wc/v3 REST API with API keys or OAuth 1.0a over HTTPS, and PrestaShop exposes its own webservice with access keys. Confirm the order storage setup on the WooCommerce side, since High-Performance Order Storage keeps orders in dedicated tables and changes how a full export is queried. Keep raw exports untouched in a read-only archive so every later transformation can be rerun and audited.
Check order and customer data shape on both sides
Before any import, the team compares field by field how each platform represents orders, line items, addresses, tax lines, discounts, refunds, customer groups and product variants. Fields that do not have a direct equivalent, such as custom order meta or non-standard statuses, are listed with a decision for each. Test imports run against a staging instance using a sample of real-shaped records, and the team reconciles order totals and counts against the source export. This check is the point where most migration errors surface, so it should be completed and signed before the full load.
Rebuild theme, checkout and content
Designers and developers rebuild the storefront theme on the target platform, then rebuild the checkout flow, account pages and any landing pages that are not part of the product catalog. Content such as blog posts or static pages is moved through the export path or recreated manually, depending on volume. Visual design rarely transfers, so budget for it as new work. The output is a staging storefront where a tester can place orders end to end, including guest checkout, coupons, shipping choices and tax display.
Reconfigure payment gateways and test transactions
The payment team sets up each gateway on the target platform using its own credentials, webhook endpoints and test modes. Stored payment tokens generally do not carry between platforms, so customers may need to re-enter card details or the business may need to keep the old gateway for existing subscriptions. Run test transactions for every payment method, including refunds and failed payments, and confirm that webhooks update order status correctly. Ask each gateway provider which of these tokens, subscriptions and webhook events can be exported or must be recreated.
Build and test URL redirects
The SEO and engineering team maps every indexed URL on the old store to its new equivalent, covering product pages, category pages, blog posts and any legacy paths. Each mapping is implemented as a permanent redirect at the web server or CDN layer, and the team crawls the old site to confirm no important URL returns an error. Track search console coverage and internal links after launch. The output is a redirect file reviewed by someone who knows the old URL structure, with a log of unmatched URLs that need a decision.
Run the parallel period and cut over
For a defined period agreed in advance, the team keeps both stores live and compares orders, stock levels, customer accounts and payment outcomes between them. Any difference is logged with a root cause and a fix before cutover. Once reconciliation is clean, DNS or the storefront route switches to the new platform, the old store is set to read-only, and the team confirms that new orders arrive in the expected place. Keep the old platform and its database available for a documented rollback window, since moving back follows the same sequence in reverse.
Where WooCommerce and PrestaShop implementation projects usually run long
WooCommerce projects most often run long on extension conflicts, theme customization and plugin sprawl. A WooCommerce store is a WordPress site first, so every checkout, tax, shipping or payment extension shares the same PHP process, hooks and database as the theme and the rest of the WordPress plugins. Each added extension raises the chance that an update to one breaks another, and the fix is usually paid for in testing time. Before committing to a scope, inventory every plugin and theme the store needs, check which ones override WooCommerce templates, and confirm with each vendor which WooCommerce and WordPress versions they support. Ask who owns the customized checkout template after go-live, because that file is the most common source of upgrade breakage.
PrestaShop projects most often run long on module compatibility, multistore configuration and the hosting platform. Modules are the PrestaShop equivalent of extensions, and a module written for one 8.x or 9.x release may need rework before it runs cleanly on another, so confirm compatibility for each module against the exact version you plan to run. Multistore setups add a second layer of effort: shared catalogs, per-shop prices, carriers and translations all need to be designed before the build starts, not retrofitted. On hosting, the PrestaShop 9 system requirements state that the platform works best on Unix-based systems and that Windows is not actively supported, so a Windows server estate may need a separate infrastructure decision before any code is written.
For both platforms, effort depends on catalog size, the number of integrations (ERP, shipping, tax, marketplaces) and how many extensions or modules the scope includes, so a quote should show each of those as a separate line item rather than a single lump sum. Confirm supported hosting for your environment against the current WooCommerce server requirements or the PrestaShop 9 system requirements before you select a host. Ask the implementation partner for a written list of extensions or modules, their supported versions, and the test plan that will run before each upgrade.
Questions buyers ask before choosing WooCommerce or PrestaShop
Which one costs more to run over three years?
Neither platform's core software carries a license fee, so the difference comes from hosting, paid extensions, developer time and upgrade work. WooCommerce runs on WordPress, so your costs include WordPress hosting, the WooCommerce extensions your catalog needs and any theme or plugin licenses. PrestaShop is a standalone application, so you pay for its hosting footprint, modules from the marketplace and custom development on the platform itself. The larger cost driver is usually the number and maturity of the extensions each store needs, not the core. Ask any partner for a quote that lists hosting, each paid extension, integration work and recurring upgrade hours as separate lines, so the three-year comparison is like for like.
How much effort do upgrades take on each platform?
Upgrade effort depends on how many extensions and custom modules sit on top of the core, and on how far behind the store has fallen. WooCommerce depends on WordPress, which requires a recent PHP line; WooCommerce recommends PHP 8.3 or greater and WordPress 6.9 or greater, so an old PHP version forces a hosting change before any plugin upgrade. PrestaShop maintains both 8.x and 9.x lines, with 9.2.0 published on September 30, 2026, and 8.2.8 still receiving releases. Confirm which line you will run, how long you intend to stay on it, and whether each extension you depend on supports the target version before you commit.
Can our team run WooCommerce or PrestaShop without a partner?
A team with WordPress or PHP administration skills can run either store, but the work it needs is different. WooCommerce teams usually handle hosting, plugin updates and theme changes inside a familiar WordPress workflow, and the WooCommerce README directs customers who bought premium extensions to the WooCommerce.com support portal. PrestaShop teams need comfort with a standalone PHP application, Apache or Nginx, MySQL or MariaDB and its module ecosystem. Whether your team can carry this without outside help depends on in-house skills, release discipline and how much custom integration you plan. A partner can plan, implement and document the work under a written scope, and ongoing support is available as a retainer.
How does multistore work on WooCommerce compared with PrestaShop?
PrestaShop includes multi-shop support in its core, which lets one installation manage several shops, but you should confirm exactly which shop-level settings, catalogs and themes it separates in the version you plan to run. WooCommerce has no equivalent core feature in the sources supplied here, so multiple storefronts are usually built with WordPress multisite or separate installations, each with its own extensions and update cycle. The right model depends on whether the shops share one catalog and one team, or operate as separate brands. Ask for a written design that shows how stock, pricing, tax, customer accounts and order data are shared or split.
What does a migration need from our team?
A migration needs clean source data, an agreed mapping of products, customers, orders and tax rules, and a test environment where both old and new stores can be checked against each other. WooCommerce stores orders in dedicated tables when High-Performance Order Storage is enabled, which is the default for new installations from WooCommerce 8.2, so older stores may need a deliberate storage migration before any move. PrestaShop exposes a webservice with access keys for products, orders and customers, which helps with data transfer but still requires field mapping. Your team should provide a data owner, sign-off on order history and redirects, and a cutover window. Confirm the scope in writing before work starts.
How does support work when a third-party extension breaks?
Support for a broken extension depends on who sold it and what the license covers, so the first step is always to identify the vendor. On WooCommerce, extensions are often sold through WooCommerce.com, and the README points buyers of premium extensions to that support portal, while the core is GPL-licensed and community supported. On PrestaShop, modules are typically licensed under AFL-3.0 and supported by the module publisher, so the answer varies by vendor. Before you buy any extension, confirm the vendor's support window, the versions it supports, whether it has a known track record with your PrestaShop or WordPress version, and who fixes it when a core update breaks it.
Which platform is easier to secure and keep patched?
Both platforms are open source and need active patching, so the security outcome depends more on operations than on the brand. WooCommerce runs on WordPress and PHP, and the WooCommerce server requirements warn that legacy PHP 7.4 and MySQL 5.6 environments are end of life and pose security risks. PrestaShop requires MySQL 5.7 or MariaDB 10.2 minimum and recommends a memory_limit of at least 512M, and it works best on Unix-based systems. Security testing of your storefront, checkout and integrations is a separate exercise, and it should run after each major change, whichever platform you choose.
How DeployOpen helps choose, implement or migrate a self-hosted store
DeployOpen plans, implements, integrates, hardens, backs up and documents self-hosted store platforms inside your own cloud accounts, data centers or air-gapped networks. For WooCommerce vs PrestaShop, the work starts with a written scope that reflects your catalog, payment and tax needs, multistore plans and update tolerance, before any platform is installed.
How we scope
- Written scope fixes the platform choice inputs, including order volume, payment providers, shipping rules and required integrations.
- We document the hosting stack for each option, covering PHP, database, web server and memory settings you must provide.
- Scope defines which extensions or modules are in play and who maintains each one after handover.
- Most engagements are fixed-scope, with deliverables and timelines agreed in writing before work starts.
How we build
- We install the chosen platform in your environment and configure order storage, caching and background jobs for your load.
- Payment, tax, shipping and ERP or accounting integrations are built against the official APIs, with credentials kept in your own secrets store.
- Custom code is limited to what the scope names, and each module or extension is reviewed for licensing and upkeep.
- Security testing of the storefront, checkout and API surfaces runs before go-live, with findings tracked to closure.
How we hand over
- Handover includes runbooks for update cycles, backups, restores and rollback on your chosen WooCommerce or PrestaShop version.
- Architecture, configuration and integration documentation is written for your engineers and your compliance reviewers.
- Migration plans cover product, customer and order data moves, with a dry run and reconciliation report agreed in scope.
- Knowledge transfer sessions are scheduled as part of the written scope, so your team can operate the store independently.
How we support
- Ongoing support, platform upgrades and continuous testing are available as retainers after handover.
- A retainer can cover monitoring of plugin or module updates, PHP and database lifecycle changes, and patch testing.
- Ask any provider to confirm response expectations, change control and who is accountable for third-party extensions.
- We prepare systems and evidence for compliance assessments, but independent auditors issue any attestation or certification.
