Moodle or Open edX: which fits your learning program
If your team has Moodle and Open edX on the shortlist, start with the course model. Moodle fits schools, universities, corporate courses and cohort-based training where instructors manage a bounded catalog and learners enroll in courses run by people in the organization. It also suits teams that already operate PHP applications, since Moodle 5.3 requires 64-bit PHP 8.3 or later and a supported database such as PostgreSQL 17 or MariaDB 11.4. Open edX fits organizations that publish large catalogs of self-paced or MOOC-style courses, and teams comfortable with Python, Docker and Kubernetes. Its LMS and Studio services are built for authoring and delivering courses at that scale.
The decision turns on four questions. First, support window tolerance: Moodle publishes LTS releases with multi-year security support, such as Moodle 4.5 (security support until October 4, 2027) and Moodle 5.3 (security support until October 1, 2029), while Open edX states that only the latest named release is supported, with Verawood released July 30, 2026. Confirm how often your team can absorb a major upgrade. Second, identity needs: Moodle core includes LDAP, OAuth 2, Shibboleth and LTI authentication, and Open edX supports OAuth2 providers, SAML 2.0, Shibboleth and LTI through third-party authentication. Map your SSO requirements against both before you shortlist. Third, licensing: Moodle is GPL-3.0-or-later and Open edX is AGPL-3.0, which matters if you plan to modify and host the code for users over a network. Have counsel review that obligation. Fourth, who will run the stack. Ask whether your staff or a service provider will own upgrades, backups and hardening in your own infrastructure, and request a written scope from any provider you consider.
How GPL, AGPL and support windows change the decision
Moodle and Open edX use different copyleft licenses and very different support models. Both choices shape what you can change, what you must publish and how often you must upgrade. The cards below set out the license, support and upgrade questions to settle before you choose.
GPL-3.0-or-later for Moodle
Moodle is licensed under GPL-3.0-or-later, so an organization that modifies Moodle and distributes the modified copy to others must offer the source under the same terms. Running Moodle internally for your own staff or learners, without handing copies to outside parties, generally does not trigger that distribution duty. Custom plugins that you distribute outside your organization fall under the same rule. Ask counsel whether any planned partner or vendor distribution counts as distribution.
AGPL-3.0 network use for Open edX
Open edX is licensed under AGPL-3.0. The AGPL extends the source obligation to software that users interact with over a network, so if you modify the platform and let outside users access that modified version, you may need to offer them its source. Internal-only modifications and unmodified deployments are the simpler case. Legal review matters most when you add custom LMS or Studio features that a partner or public learner group uses.
Moodle LTS support windows
Moodle 4.5 is a long-term support release with security support until October 4, 2027. Moodle 5.3 is the next LTS, with general support until October 4, 2027 and security support until October 1, 2029. A school or corporate team can plan one major upgrade on a long horizon and still receive security fixes. Check the release page for the minor point releases you must apply inside that window.
Open edX single supported release
Open edX states that the latest named release is the only supported release. Verawood was published July 30, 2026, Willow is planned for December 2026, and Xylon for June 2027. Each named release replaces the previous support baseline, so a production operator must plan regular upgrades rather than waiting for a long-term branch. Confirm with your service provider how they cover a site that falls behind the current named release.
Who carries the upgrade work
With Moodle, the long support window lets you schedule upgrades around academic or training calendars, while Moodle HQ and partners handle most of the release-level testing. With Open edX, each named release forces an upgrade cycle on a shorter rhythm, so budget for ongoing engineering time or a retainer. Ask any provider how many upgrades they expect to run per year and who tests your custom plugins and themes at each one.
Questions to settle before choosing
Write down whether you will modify core code, whether learners outside your organization will use a modified platform, and how many upgrades your team can absorb each year. Those answers determine the license exposure and support burden for each option. Put these questions to counsel and to any implementation partner, and get the answers in writing before you select a platform.
Which platform fits which team scenario
This table matches common team scenarios to the platform that fits them better, with the reason and the condition under which the other platform wins. Read each row as a starting point, then test the condition against your own course model, staffing and hosting constraints before you shortlist.
| Scenario | Better fit | Reason and condition for the other platform |
|---|---|---|
| K-12 or university course catalog with termed classes and grading | Moodle | Moodle is built around institutional courses, enrollments, gradebooks and a large plugin base. Open edX wins only if the catalog is mostly self-paced, open-enrollment content authored in its Studio tool. |
| Corporate compliance training with assigned courses and completion records | Moodle | Moodle's course, enrollment and completion features map directly to assigned training, and LDAP, LTI and SAML plugins cover common corporate identity setups. Confirm which Moodle edition and plugins your reporting needs require before you commit. |
| MOOC-scale public catalog with many concurrent learners and self-paced courses | Open edX | Open edX was built for large-scale online courses, with a modular architecture and Aspects analytics. Moodle can serve large audiences, but the condition is a load test and sizing exercise against your own traffic profile. |
| Team with strong PHP operations skills and existing LAMP-style hosting | Moodle | Moodle runs on PHP with supported database engines such as PostgreSQL, MySQL and MariaDB, which fits existing PHP operations. Open edX does not use PHP, so this advantage disappears if the team has no Python or Docker experience to draw on. |
| Team with Docker and Kubernetes skills and a platform engineering practice | Open edX | Tutor is the Docker-based distribution the Open edX documentation recommends for production, and it supports Kubernetes deployments. Moodle can also run in containers, but the condition is that your team accepts the Open edX stack of MySQL, MongoDB, Memcached and Redis-style caching. |
| Need for long-term support windows on a fixed release | Moodle | Moodle 4.5 and 5.3 are long-term support releases with published security support dates. Open edX supports only the latest named release, so Moodle wins if you need a stable version for several years without a forced upgrade. |
| Need to stay current with the newest named release and accept frequent upgrades | Open edX | Open edX publishes named releases about every six months and supports only the latest one. This suits teams with the capacity to upgrade often. Moodle wins if upgrade cadence must stay low. |
| Strict copyleft obligations on modified network-facing services | Open edX | The AGPL applies source-sharing duties to modified software offered over a network, which matters if you change the platform. Moodle's GPL-3.0 obligations apply on distribution, so Moodle is easier to run privately without publishing changes. Have counsel confirm the position for your use. |
What a PHP stack and Tutor on Docker mean for operations
Moodle is a PHP application, so your operations team needs PHP and database skills, not Python or container orchestration. For Moodle 5.3, the minimum is 64-bit PHP 8.3, with PostgreSQL 17, MySQL 8.4, MariaDB 11.4 or Microsoft SQL Server 2019 or later as the database. Oracle Database is no longer supported from Moodle 5.0. Check these minimums against your current database versions before choosing a release, because a database upgrade can become a prerequisite project of its own. Also confirm that the web server document root points to the public directory, a change that took effect from Moodle 5.1; a root pointed at the main Moodle folder can expose directory listings or produce errors. Your web server configuration is part of the upgrade checklist, not an afterthought.
Open edX runs on Python 3.12, Django and React micro-frontends, and its development requirements list MySQL 8.0, MongoDB 7.x and Memcached. Multi-node deployments need a shared Django cache backend such as Redis or Memcached. The edx-platform maintainers recommend running production through a service provider or with Tutor, and note that bare-metal installation is complex and receives limited community support. Tutor is the official Docker-based distribution, supports Kubernetes deployments and plugins, and Edly offers professional support for it. The practical decision is whether your team will operate Tutor and its Docker or Kubernetes layer itself, or buy that work from a provider. Ask Edly or your chosen provider which Open edX release their Tutor build targets and how they handle upgrades between named releases.
Both stacks ask for different staff. A Moodle team mostly needs PHP, database and web server administration, while an Open edX team needs container, Kubernetes and Python skills, plus the multi-service data layer. Before you compare annual effort, list who will patch PHP or the container base images, who restores the database, and who owns the cache layer. Ask each vendor or partner for its documented upgrade procedure and the support it covers on your chosen release. Treat these answers as the operational baseline for the cost comparison.
How identity integration and plugins differ
Moodle ships its authentication methods in core, so many common directory and login patterns need no extra download. The core list covers manual accounts, email self-registration, an external database, LDAP, LTI, OAuth 2, Shibboleth and web services. Teams with a campus or corporate directory usually start with LDAP or Shibboleth, while SaaS-style sign-in typically uses OAuth 2. Each method has its own configuration screens, attribute mappings and failure modes, so each should be tested with real accounts before go-live.
- Built-in methods: Manual, email self-registration, external database, LDAP, LTI, OAuth 2, Shibboleth and web services are all in core.
- Directory fit: LDAP and Shibboleth are the usual choices where the institution already runs a directory or federation.
- Web services: Token-based access for integrations is handled through the web services layer, which needs its own review of permissions.
- Upgrade surface: Auth settings and custom auth code should be retested at each Moodle upgrade, since core behavior can change between releases.
- Marketplace extras: Protocols outside core, such as SAML 2.0, are added through the SAML2 Single sign on plugin from the Moodle marketplace.
Confirm with your identity team which protocol your IdP exposes, whether attribute release and group mapping are available, and who owns the plugin after installation.
SAML 2.0 is not in Moodle core, so organizations that need it typically install the SAML2 Single sign on plugin from the Moodle marketplace. Moodle organizes extensions into typed plugin categories, and authentication is one of them, so a third-party auth plugin lives alongside other plugin types with its own install and upgrade path. Because marketplace plugins are maintained by different authors, the support and compatibility of each one is a separate question from Moodle core support.
- Marketplace plugin: SAML 2.0 comes from a third-party plugin, not from core, so its release cycle is separate from Moodle's.
- Plugin types: The plugin types documentation explains how authentication, block, and other extension types are structured.
- Compatibility check: Confirm that the plugin version matches your exact Moodle release before upgrading.
- Custom code: Local plugins and overrides need a test cycle at each upgrade, which adds recurring effort.
- Ownership: Decide who monitors plugin security advisories and who applies updates.
Confirm the plugin's supported Moodle versions, its metadata handling for your IdP, and whether your security team accepts an unofficial authentication path for production sign-in.
Open edX handles external sign-in through third-party authentication. Its documented providers include OAuth2 services such as Google, Facebook, LinkedIn and Azure Active Directory by default, along with SAML 2.0, Shibboleth and LTI. Older provisional support covers CAS and SSL client certificates, which should be treated as legacy paths that need explicit validation rather than defaults. The configuration is part of the platform's site operations, so identity work usually sits with the platform team rather than course administrators.
- Named providers: OAuth2 defaults include Google, Facebook, LinkedIn and Azure Active Directory.
- SAML and Shibboleth: Both are supported as first-class third-party options in the identity provider documentation.
- Provisional methods: CAS and SSL client certificates are older, provisional options and need a risk review before use.
- Learner volume: Large external populations often rely on federated sign-in, so attribute and account linking rules deserve early design.
- Release timing: Identity changes should be tested against the current named release, since only that release is supported.
Confirm which provider types your IdP supports in the current release, how account linking handles duplicate identities, and whether a provisional method is acceptable for your risk profile.
Tutor is the Docker-based distribution that the Open edX documentation recommends for production and development. It is licensed under the AGPL, while its plugin and hooks system is licensed under Apache 2.0, so the extension layer carries different terms from the core. Tutor also supports Kubernetes deployments and plugins, which lets platform teams package customizations, such as identity configuration, as versioned plugins rather than hand edits to the platform source. Edly maintains Tutor and offers professional support, which is separate from the community project.
- Licensing split: Tutor is AGPL and its plugin and hooks system is Apache 2.0, so review both sets of terms for your own plugins.
- Plugin packaging: Customizations can be kept as plugins, which makes them easier to version and reapply after upgrades.
- Kubernetes support: Tutor supports Kubernetes deployments, which affects how identity secrets and configuration are managed.
- Support options: Edly offers professional support for Tutor, which is an optional commercial layer on top of the community project.
- Plugin review: Third-party Tutor plugins need the same security review as any code that handles sign-in.
Confirm which Tutor version matches your Open edX release, which plugins your identity setup requires, and how secrets for each provider are stored and rotated.
Side-by-side capabilities from supplied facts
This table sets Moodle and Open edX side by side on license, stack, release support, identity, authoring, analytics and AI features. Read each row against your course model, since a school or corporate program and a large-scale online course host differ in what they need most. Where the supplied facts do not settle a point, the cell tells you what to confirm before you decide.
| Capability | Moodle | Open edX |
|---|---|---|
| License | GPL-3.0-or-later | AGPL-3.0, which adds network-use source obligations to modified deployments; confirm with counsel how this applies to your setup |
| Core stack | PHP with 64-bit PHP 8.3 or later for Moodle 5.3, plus PostgreSQL, MySQL, MariaDB or SQL Server | Python 3.12, Django, JavaScript and React micro-frontends, with MySQL 8.0, MongoDB 7.x and Memcached for development |
| Production install recommendation | Self-host the release package or use MoodleCloud or Moodle Partners for managed hosting | Run through a service provider or with Tutor on Docker; the maintainers note bare-metal installs are complex with limited community support |
| Release model | Major releases each April and October, with point releases every two months | Named releases about every six months; the latest named release is the only supported release |
| Current release and support | Moodle 5.3 LTS: general support to October 4, 2027, security support to October 1, 2029; Moodle 4.5 LTS security support to October 4, 2027 | Verawood, released July 30, 2026; Willow planned for December 2026 and Xylon for June 2027 |
| Identity options | Core authentication plugins include manual, email self-registration, external database, LDAP, LTI, OAuth 2, Shibboleth and web services | OAuth2 providers, SAML 2.0, Shibboleth and LTI; CAS and SSL client certificates have older provisional support |
| Authoring and learner services | Course-centric LMS with activities and courses in one core platform | Studio (CMS) for authoring and the LMS for learners; Verawood adds a new Studio sidebar and redesigned instructor dashboard |
| Learning analytics | Reporting plugins to confirm for your required dashboards and data export | Aspects captures xAPI statements, stores them in ClickHouse via Ralph or Vector, and presents them in Superset dashboards |
| AI features | Moodle 5.3 adds Anthropic's Claude as an AI provider plugin and a learning outcomes feature | Verawood adds the AI Extensions Framework; confirm which providers and features ship in your target release |
| Corporate training add-ons | Confirm which compliance tracking, certificate and sales features you need, and whether they come from core or plugins | Confirm fit for employee training; the platform is built for large-scale online courses |
What each platform licenses and what it costs to use
Moodle's code is licensed under the GNU General Public License version 3 or later (GPL-3.0-or-later), as stated in the COPYING.txt file and source headers of the moodle/moodle repository. You can download, install, modify and run the software without paying a license fee to Moodle HQ. Moodle HQ (Moodle Pty Ltd) maintains the core code and describes Moodle as the world's open source learning platform, and it also sells managed hosting and partner services.
- No license fee for the core: The GPL allows free use and self-hosting of the LMS. Costs come from hosting, staff time, customization and support contracts.
- Copyleft on distributed changes: If you distribute a modified version, GPL obligations apply to that distribution. Internal use alone does not trigger distribution in the usual reading, so confirm with counsel how your deployment and any vendor-built plugins are handled.
- Managed options: MoodleCloud and Moodle Partners offer hosted Moodle. Hosted plans come with their own terms, limits and pricing, which you should request in writing.
- Self-hosting path: You can run Moodle on your own infrastructure, which keeps data and plugin choice in your hands.
Before you commit, confirm the Moodle trademark and hosted-service terms that apply to your use, especially if you resell or white-label the platform.
The Open edX platform (edx-platform) is licensed under the GNU Affero General Public License version 3 (AGPL-3.0), as stated in the LICENSE file of the openedx/openedx-platform repository. The AGPL carries the same freedoms as the GPL and adds a network clause: if you modify the software and make it available to users over a network, you must offer those users the corresponding source of your modified version. Tutor, the community Docker distribution, is also AGPL-licensed, with its plugin and hooks system under Apache 2.0.
- No license fee for the platform: You can self-host edx-platform without a license payment to the project.
- Network clause: Course platforms run as web services, so modifications you deploy for learners can trigger source-offer duties. Review this with counsel before adding proprietary features.
- Plugin licensing: Check the license of each third-party plugin separately, since plugins can carry different terms from the core.
- Support is separate: Edly maintains Tutor and offers professional support, and the maintainers recommend running Open edX in production through a service provider or with Tutor.
Confirm the trademark rules for the Open edX name and any hosted-service arrangement with a provider before you publish a branded service.
Both platforms are free to download and self-host, so the recurring cost sits in infrastructure, administration, upgrades and support. The software license does not set the total. Who pays for each part determines what you actually spend.
- Infrastructure: Your cloud account, data center or air-gapped network carries compute, storage, backups and database hosting. Ask providers for their sizing assumptions for your user count.
- Staff time: Your team or a service partner handles installs, patching, upgrades and monitoring. This is usually the largest recurring item.
- Customization and integrations: Work on themes, plugins, identity integration and reporting is typically one-time project effort, with later maintenance.
- Support contracts: Moodle Partners, Edly and other providers sell support on a quoted basis. Ask what response commitments are included.
When requesting quotes, ask each provider to separate one-time setup, recurring hosting, upgrade effort and support, and to name the versions covered.
Neither platform forces you to self-host, but the managed routes differ. Moodle offers hosted plans through MoodleCloud and Moodle Partners. Open edX is usually run through a service provider or with Tutor, which is a self-managed Docker distribution rather than a hosted product from the project itself.
- MoodleCloud: Hosted by Moodle HQ, with plan limits and feature restrictions set by the vendor. Confirm current user limits, plugin rules and data location in the plan terms.
- Moodle Partners: Independent partners may host, install and support Moodle for you. Terms, hosting locations and service levels vary by partner.
- Open edX through a provider: The maintainers name service providers as a production route. Ask whether a provider hosts the platform, operates it in your account, or only consults.
- Tutor support: Tutor is community-supported, and Edly offers professional support. Confirm what is covered for your version.
Ask each managed provider for its data residency, backup, exit and upgrade terms in writing.
Moodle Workplace is a separate proprietary product, not part of the GPL Moodle LMS described here. It is sold only through Moodle Premium Certified Partners, and it carries its own license and pricing. A sibling page on the Moodle LMS and Moodle Workplace covers what Workplace adds and how the upgrade path works, so this comparison treats the free Moodle LMS only.
- Different license: Workplace is not GPL-licensed, so its terms do not follow from the Moodle LMS license.
- Partner-only sale: Obtain Workplace only through the channel Moodle defines, and ask for the license terms in writing.
- Plugin and upgrade implications: Confirm which plugins and upgrade paths apply when moving from a core Moodle site.
- Open edX comparison: No Workplace-equivalent product is relevant to the Open edX side of this comparison.
If corporate training features are part of your requirement, read the sibling page before assuming the free LMS covers them.
What drives running cost on each platform
No price is given here for either platform, and DeployOpen does not publish a price list. Running cost has several components on both sides: the infrastructure the platform runs on, the database and cache services behind it, the administrator time to operate it, the upgrade work for each release, the maintenance of plugins and integrations, and any support contract. DeployOpen plans, implements, hardens, backs up, upgrades and supports self-hosted platforms in your own cloud, data center or air-gapped network, and that work is agreed as either a fixed-scope engagement or a retainer. A quote follows from the written scope, so the useful question is which of these components your team will carry and which you will pay someone else to carry.
Most of the one-time cost sits in the initial build: installation, configuration, identity and data integration, and migration of existing courses or users. On Moodle, the recurring cost is driven largely by the upgrade cadence. Moodle 5.3 is an LTS release with security support until October 1, 2029, while Moodle 4.5 LTS receives security support until October 4, 2027, so a site that stays on LTS releases upgrades less often than one that follows every major release. The Moodle 5.3 release notes also require 64-bit PHP 8.3 or later and set database minimums such as PostgreSQL 17, so a runtime change can be a larger job than a point release. Plugin maintenance adds recurring work, because third-party plugins must be retested against each Moodle upgrade. On Open edX, the recurring cost is driven by the single-release policy. The Open edX release notes state that the latest named release is the only supported release, so every named upgrade, which currently arrives about every six months, must be planned, tested and deployed. Tutor packages the stack in Docker and can reduce the install effort, but it does not remove the upgrade work.
Infrastructure and database costs scale with users, courses and video, and Open edX typically needs more services than Moodle, including MySQL 8.0, MongoDB 7.x and Memcached, plus Redis or Memcached for multi-node cache. Ask any vendor or service provider to price each of these as a separate line, with the environment they assume. Support is the other recurring decision: Tutor has professional support from Edly, and the edx-platform maintainers recommend a service provider for production, so ask whether a support contract, a DeployOpen retainer or an internal team will cover on-call work, security patches and upgrade testing. Confirm the written scope, deliverables and timelines before comparing quotes, because a fixed-scope build and an ongoing retainer answer different questions.
Moving a course catalog between Moodle and Open edX
This sequence turns an informal wish to switch platforms into a tested, signed-off plan that shows which courses, learners, grades and certificates can move, which must be rebuilt, and whether the target stack works before any cutover. Each step ends with a check the team can verify.
Inventory courses, users, grades and certificates
The platform owner and course leads list every course, active enrollment, grade record, issued certificate and installed plugin on the source Moodle site, and record which ones learners still depend on. Output: a signed inventory with a count per object type, reviewed against the source database and the Moodle admin reports, so nothing is migrated on memory. Plugins go on their own list because each one either has an Open edX equivalent or does not.
Map content formats and identity sources
Engineers map each Moodle activity type, question bank and SCORM or H5P package to what Open edX Studio can import or must rebuild, and document how learners authenticate today. Open edX supports OAuth2, SAML 2.0, Shibboleth and LTI for third-party sign-in, so confirm which of your current Moodle methods (LDAP, external database, Shibboleth or web services) have a matching provider on the target. Output: a mapping sheet that marks each item as transfer, convert or rebuild.
Decide what is rebuilt rather than transferred
Course owners and the instructional design lead decide which courses are rebuilt natively in Open edX Studio, which are exported as packaged content, and which are retired. Courses built around Moodle-only activities, custom plugins or Moodle gradebook rules usually need redesign, and certificates with their own templates need a fresh design. Output: a decision log with a named owner for each course, approved before any data is moved.
Build the target stack and pilot a subset
Platform engineers install the target with Tutor, the Docker-based distribution the Open edX documentation recommends for production, then load a representative pilot set of courses and a small group of test learners. Run enrollments, graded assessments, certificate issuance and identity sign-in end to end, and compare the results with the source. Output: a pilot report listing every mismatch in grades, certificates or access, with each one either fixed or accepted by its owner.
Confirm open items with the target platform
Before committing, the team confirms with Open edX maintainers, the Tutor project or a service provider which grade export formats, certificate features, analytics pipelines and plugin replacements are supported in the release you will run. Open edX states that the latest named release is the only supported release, so confirm the current release and its upgrade path in writing. Output: a dated list of confirmed capabilities and any gaps that change the scope.
Cut over learners and freeze the source
The team sets a cutover window, freezes new enrollments and grade entry on the Moodle site, runs the final data export and imports, and redirects learner access to the new platform. Compliance and records owners check that completed training history and certificates are available before the source goes read-only. Output: a cutover checklist signed by the platform owner and a reconciliation report showing matching counts against the inventory.
Retire the source and archive records
After the agreed observation period, the team archives a full backup of the Moodle database, files and configuration under the retention rules the organization already follows, then shuts down the old site and removes its public access. Records owners confirm that required learning records can still be retrieved from the archive. Output: a retirement record with the archive location, the restore test result and the date the Moodle site was disabled.
Where Moodle and Open edX projects usually run long
The most common source of schedule slip on a Moodle project is the move to a 5.x release, because the web server configuration changes as well as the code. From Moodle 5.1, the web server document root must point to the new public directory rather than the main Moodle folder, or the site may show directory listings or errors. Ask the implementation partner to list every server block, reverse proxy rule and load balancer target that serves Moodle, and to test the change in a staging copy. Upgrade effort then depends on theme and plugin compatibility. Every third-party plugin and any custom theme needs a check against the target release, and the Classic theme is no longer in core from Moodle 5.3, so any site still on it needs a theme decision before the upgrade. Identity federation and reporting add effort on top of that: SAML or LDAP connections, and custom reports or exports, each need their own test cases. A written plan should name each plugin, its owner and its compatibility status, and should state which upgrade path applies from the site's current version.
Open edX projects tend to run long for different reasons. Installation is the first driver. The edx-platform maintainers recommend production installs through a service provider or with Tutor, and they note that bare-metal installation is complex and receives limited community support, so a team that chooses a hand-built stack takes on that work. Multi-node deployments add a shared Django cache backend, such as Redis or Memcached, and the team must test cache behavior before go-live. The second driver is the upgrade cadence. Open edX states that the latest named release is the only supported release, and named releases arrive about every six months, so an install that falls behind has no community fallback. The third driver is the content authoring workflow. Studio, the authoring service, has to match how course teams build and review content, and the Verawood release changed the Studio sidebar and the instructor dashboard, which means training for authors and instructors is part of the plan. A fixed-scope written plan should state which Open edX release is targeted, who owns each upgrade, how the cache layer is tested, and what the authoring acceptance criteria are.
Questions buyers ask before choosing or hiring help
Which costs more to run, Moodle or Open edX?
Neither license carries a fee, so the difference comes from hosting, staff time and the work your team cannot hand off. Moodle is GPL-3.0 and runs on PHP with a supported database, which many internal teams already operate. Open edX is AGPL-3.0 and, according to its installation guide, is best run through Tutor on Docker, with Kubernetes support, which adds container and cluster skills to the bill. Recurring costs include hosting, database and cache services, upgrades and plugin maintenance. Ask any provider to split a quote into one-time setup and recurring operations, and to name who carries each cost.
How often do Moodle and Open edX need upgrades?
Moodle ships a major release every April and October, and its LTS releases carry security support for longer. Moodle 4.5 LTS receives security support until October 4, 2027, and Moodle 5.3, released October 5, 2026, has security support until October 1, 2029. Open edX publishes named releases about every six months, and its release notes say only the latest named release is supported. Plan upgrade work on a fixed calendar for both, but expect Open edX to need the move to a new release sooner if you want vendor-free security fixes.
Can a small team run Moodle or Open edX on its own?
A small team can run Moodle on its own if it has PHP, web server and database skills and follows the release notes closely. Moodle 5.1 and later require the web server document root to point to the /public directory, so ops staff must know that change. Open edX is harder to run alone. Its maintainers recommend a service provider or Tutor for production, and they note that bare-metal installation is complex with limited community support. Small teams should ask for a written support plan before choosing Open edX.
What skills does an internal team need to run either platform?
For Moodle, internal staff need Linux administration, PHP tuning, a supported database such as PostgreSQL 17, MariaDB 11.4 or MySQL 8.4 for Moodle 5.3, and a change process for plugin updates. For Open edX, staff need Docker, Kubernetes if you use it, Python and Django knowledge for customization, and experience operating MySQL, MongoDB, Memcached or Redis. Both platforms need someone who reads release notes before each upgrade. Confirm the exact required versions against the current release notes before you plan hardware.
Does Open edX Verawood's single-release model force upgrades?
Yes, in practice it does. Open edX states that the latest named release is the only supported release and that it cannot support more than one release at a time. Verawood was published July 30, 2026, and Willow and Xylon are planned for December 2026 and June 2027. An operator that stays on Verawood after Willow ships will be running an unsupported release. Budget for an upgrade cycle roughly twice a year and ask providers how they handle testing of custom plugins and themes between releases.
How is identity integration scoped on each platform?
Start with the identity providers you must support. Moodle core ships authentication plugins for LDAP, LTI, OAuth 2, Shibboleth, web services and others, and it has a SAML2 plugin in the Moodle marketplace. Open edX third-party authentication supports OAuth2 providers, SAML 2.0, Shibboleth and LTI by default, while CAS and SSL client certificates have older provisional support. Scope the work by listing each provider, the attributes you need, how roles map to courses, and who tests sign-in after each upgrade.
What should I ask a service provider before hiring help?
Ask for a written scope that names the platform version, the hosting target, the upgrade plan for the next two releases, and the list of custom plugins or integrations included. Ask who performs security patching, backups and restore tests, and what support hours and response process apply. For Open edX, ask whether the provider runs Tutor in production and how it handles the move to each new named release. DeployOpen plans, implements, hardens, backs up, upgrades and supports self-hosted open-source platforms in your own infrastructure, typically under a fixed-scope agreement with a written quote, and it does not issue audit reports or certifications.
How DeployOpen helps choose and implement either platform
DeployOpen plans, implements, customizes, integrates, hardens, backs up, upgrades, documents and supports self-hosted open-source platforms inside your own cloud accounts, data centers or air-gapped networks. For Moodle vs Open edX, we start by confirming which course model, licensing position and hosting constraints fit your program before any build work begins.
How we scope
- Confirm whether your courses are institutional or large-scale open enrollment, since that drives the platform choice.
- Record the license obligations your team must meet, including AGPL network-use terms for Open edX and GPL terms for Moodle.
- Agree in writing which Moodle or Open edX release, database and PHP or Python stack will be deployed.
- Engagements are fixed-scope, with deliverables and timelines agreed in writing before work starts.
How we build
- Install the chosen platform in your infrastructure, using Tutor for Open edX deployments where it fits your environment.
- Configure authentication for your identity provider, such as LDAP, SAML 2.0, OAuth2 or LTI, and test each login path.
- Customize themes, plugins and integrations, and run security testing on the deployed learning environment before go-live.
- Document each configuration decision so your team can review and reproduce the build.
How we hand over
- Deliver runbooks covering backups, restores, upgrade steps and the web server document root setup for your chosen release.
- Provide evidence of configuration and access controls that your auditors or compliance leads can review.
- Train your administrators on daily operations, plugin updates and the release calendar for your platform.
- Hand over source, infrastructure definitions and documentation according to the terms in the written scope.
How we support
- Ongoing support, upgrades and continuous security testing are available as retainers after handover.
- Plan upgrades around each platform's support windows, so your site moves to a supported release before support ends.
- Ask us to confirm current versions, support dates and license terms against official sources at the time of your quote.
