Open source LMS for healthcare: why clinical training records are a different build
If you run training for a hospital, your workforce includes nurses on rotating shifts, float staff who move between departments, and clinicians whose certifications lapse on fixed dates. You need one place that assigns the right HIPAA workforce training to each person, tracks clinical competencies and renewals, and produces a completion report an auditor can read. Moodle is the default fit for most hospitals, mainly because its core authentication options and its long-term support windows let a clinical education team plan upgrades around staffing and budget cycles. Open edX and Canvas are workable, but they are less common choices for hospital workforce training and need a stronger case from your team. Be aware that the HIPAA Security Rule (45 CFR Part 164 Subpart C) does not certify training. There is no HIPAA certification, and HHS has said so directly. What an OCR reviewer will ask for is evidence: who was trained, on what content, when, and what happened when someone did not complete it.
The Security Rule applies to covered entities (health plans, health care clearinghouses and covered health care providers) and to their business associates, for all electronic protected health information they create, receive, maintain or transmit. An LMS is not automatically in scope because it sits next to ePHI systems. Whether it is in scope depends on whether it stores or transmits ePHI, for example when a course is tied to patient records, clinical scheduling data or a learner's health status. Confirm this early with your privacy and security officers, because it decides whether the platform needs business associate terms with the hosting or support partner under 45 CFR 164.314 and how strictly its logs and access are governed. Document the answer, even if the conclusion is that the training system holds no ePHI.
Which healthcare requirements shape the LMS build
This table maps each healthcare requirement that touches the training platform to what it asks for, what it means for the LMS build, and what evidence to keep. Read it as a design checklist: each row names a control the LMS must support, and the host or support partner has to be covered by the same terms. The main takeaway is that HIPAA has no certification to earn, so the evidence you produce from the LMS is what an assessor or regulator will actually examine.
| Requirement | What it means for the LMS | Evidence to keep |
|---|---|---|
| HIPAA Security Rule administrative safeguards (45 CFR 164.308) | Assign a security official and define who may view workforce completion records, including security awareness and training content | Written role assignments, access review records, and the training program description |
| HIPAA technical safeguards: unique user identification (45 CFR 164.312) | Each learner and administrator needs an individual account, with no shared logins on clinical kiosks or shift devices | Account provisioning logs tied to HR source records and the list of shared-device exceptions |
| HIPAA technical safeguards: automatic logoff (45 CFR 164.312) | Session timeouts suited to shared workstations on hospital floors, set in the LMS and in the identity provider | Configured timeout values and the change record for each setting |
| HIPAA technical safeguards: encryption (45 CFR 164.312) | Encrypt traffic to the LMS and data at rest, including database and backup copies that hold learner records | Certificate inventory, storage encryption configuration, and backup encryption settings |
| Business associate contract (45 CFR 164.314(a)(2)(i)) | Any hosting, support or plugin partner that handles ePHI in the LMS needs a contract requiring Security Rule compliance and incident reporting | Signed agreement covering subcontractors and the incident reporting path to the covered entity |
| No HIPAA certification (HHS FAQ 2003) | Do not buy or advertise a HIPAA certificate for the LMS; show control operation through records instead | Documented control set, test results and an assessor's report where one is commissioned |
| Pending Security Rule revision (90 FR 898, final action projected July 2027) | Design for stronger requirements such as asset inventory and recovery testing, and confirm the current rule before the next review | Change log of the rule status and a gap assessment against the proposed text |
| NIS2 health sector listing (Annex I, EU facilities) | EU healthcare providers in scope need staff cyber hygiene training, and LMS completion reports can serve as that evidence | Course records by role and completion dates for staff and management |
| GDPR Articles 32 and 34 (CNIL fine of EUR 500,000, 3 September 2026) | Remote access to learner and patient-linked data needs VPN and multi-factor authentication, and access must follow need to know | Access policy, MFA enforcement settings, and breach notification procedure tested with the host |
Which data and systems the healthcare LMS touches
Training records are the core data the LMS holds: which course each workforce member took, the role they were assigned, the completion date, the score where one applies, and the expiry date for certifications that must be renewed. Most of this data is administrative evidence about people's training, not clinical information. Whether it becomes ePHI depends on what the record reveals about a patient or a care event, so the content design and report design decide the scope.
- Completion and expiry records: Store course ID, learner ID, completion timestamp, version of the content and expiry date. These fields usually support workforce compliance without describing any patient.
- Role and competency mapping: Link courses to job roles, departments and privileges so assignments and gap reports can be produced from the record rather than from spreadsheets.
- Attestation and signature data: Policy acknowledgments and attestations should be timestamped and tied to the exact document version the learner accepted.
- Report exports: Audit-ready completion reports should be generated without free-text case notes, patient identifiers or incident narratives.
- Retention: Confirm with your privacy and records teams how long training evidence must be kept, and whether the LMS backup policy matches that period.
Check whether any course, quiz or discussion forum asks learners to describe real patients or cases, because that content can pull the LMS into the HIPAA boundary.
Identity is where the LMS most often touches clinical systems. Clinicians share workstations, work rotating shifts, and move between sites, so the LMS needs to authenticate people through the hospital's directory and remove access quickly when someone leaves or changes role. Moodle's core ships authentication plugins for manual accounts, email self-registration, external database, LDAP, LTI, OAuth 2, Shibboleth and web services, and a SAML2 single sign-on plugin is available from the Moodle marketplace. Confirm which of these fits your directory and whether each plugin is maintained for your Moodle version.
- Single sign-on: Connect the LMS to the hospital identity provider so learners do not hold separate passwords, and so account state follows the directory.
- Shift-based access: Learners on rotating or per-diem schedules may need time-bound enrollments or access windows. Confirm that the platform and your identity design can express this without manual edits.
- Deprovisioning: Access should end automatically when employment ends or a role changes. Test this path, because stale accounts are a common audit finding.
- Shared devices: Where workstations are shared at nursing stations, confirm session timeout and logoff behavior, since automatic logoff is an addressable safeguard under the HIPAA technical standards.
- Administrator access: Limit who can export reports or change enrollments, and log those actions.
Ask your implementation partner to document the authentication path and the deprovisioning test before go-live.
Enrollment in the healthcare LMS usually depends on HR and credentialing data: hire dates, department, job code, licensure status and privileging decisions. These feeds decide who must take which course and when a certification expires. They are workforce records rather than clinical records, but they can reveal sensitive employment details, so they should be limited to the fields the LMS needs.
- Minimum necessary fields: Send employee ID, role code, location, status and expiry dates. Avoid compensation, disciplinary notes, medical leave reasons and health screening results.
- Source of truth: Decide which system owns each attribute, such as the HR system for employment status and the credentialing office for license dates, and do not let the LMS become a second master record.
- Feed method and frequency: Confirm whether the feed is file-based, an API or directory synchronization, and how often it runs. Certifications that expire need timely updates to avoid missed reminders.
- Error handling: Define what happens when a record fails to match, such as a new hire without an employee ID, and who reviews the exception queue.
- Reconciliation: Compare LMS enrollments with HR and credentialing counts on a schedule and keep the reconciliation output as evidence.
Confirm with HR and privacy counsel which fields are permitted in the LMS before building the feed.
The LMS should not copy clinical data from the EHR, the patient record system, scheduling platforms or incident reporting tools. The HIPAA Security Rule applies to electronic protected health information that covered entities and business associates create, receive, maintain or transmit. A training platform that holds patient identifiers, diagnoses or care notes becomes a system that stores ePHI, and every safeguard, risk analysis and contract term then applies to it. Enforcement can follow from weak access control over clinical data, as the French regulator's 2026 penalty against a hospital for external access to its patient record system illustrates.
- Patient identifiers: Do not put patient names, record numbers or room assignments in scenario-based quizzes or case studies.
- Incident narratives: Keep safety event details in the incident system. The LMS should only record that a learner completed a related course.
- Competency from clinical outcomes: If a competency is based on patient outcomes or audit results, store only the pass or fail status and the date.
- Integration scope: Any clinical feed that is not needed for training should stay out of the design.
- Contract consequence: If the LMS must hold ePHI, the hosting provider and support partner may need business associate terms under 45 CFR 164.314, which affects who signs, what is reported and how subcontractors are bound.
Ask your privacy officer to classify each planned data field as ePHI or not before scoping the hosting.
Which open source LMS fits a hospital and why
Three open source LMS platforms can carry clinical and compliance training in a hospital, and each has a different support model and skills profile. The license is rarely the deciding factor, because none of these platforms charges a license fee for the code. What separates them is how well each fits your identity stack, HR system and internal team, so the checks on each card matter more than the feature lists.
Moodle as the default starting point
Moodle is licensed under GPL-3.0 and ships core authentication plugins for LDAP, OAuth 2, Shibboleth, LTI and web services, which covers most hospital directory and single sign-on patterns without custom code. Moodle 5.3 is the next long-term support release, with bug fixes until 4 October 2027 and security fixes until 1 October 2029. Check that your PHP, database and web server versions meet the 5.3 requirements before you commit to a version, and plan the web root change to the /public directory that began with Moodle 5.1.
Moodle 5.1 and later upgrade prerequisites
Moodle 5.1 requires 64-bit PHP 8.2 or later, with 8.3 and 8.4 supported, and sites must already run Moodle 4.2.3 or later to upgrade. Moodle 5.3 raises the floor to PHP 8.3 and requires Moodle 4.4 or later for upgrades. Hospitals that still run older releases should budget a staged upgrade path and test course content, SCORM packages and custom plugins at each step. Ask any partner to show the upgrade sequence in writing before work begins.
Open edX for structured clinical curricula
Open edX is licensed under AGPL-3.0 and is built around course authoring and cohort delivery, which can suit large, structured clinical curricula. Verawood is the current named release, Willow is planned for December 2026, and only the latest release receives support, so you must plan to move onto each new release within a short window. Confirm that your team can run the frequent upgrade cycle and that the platform handles the completion reporting and role-based assignment your compliance evidence requires.
Canvas LMS as a managed-style option
Canvas LMS by Instructure is licensed under AGPL-3.0, and the open source code can be self-hosted. Canvas is most often selected by organizations that already use Instructure products or value its instructor-facing tools. Confirm the LTI tool ecosystem, the identity connectors your hospital needs and whether a partner can support the self-hosted build at your scale. Ask for a written list of which features in the open source code match those in any hosted offering you compare against.
Identity stack and HR system decide the fit
Clinical training records depend on accurate enrollment from HR, and shift-based staff often sign in through a hospital directory. Map how each candidate platform will receive staff identities, roles and department codes, and whether it can deprovision access when someone leaves. Confirm which authentication method your directory uses (LDAP, OAuth 2, SAML or Shibboleth) and whether a plugin is needed beyond the core options. This check usually narrows the choice more than license terms do.
Internal skills and support model
None of these platforms has a license fee, so the cost difference comes from who runs the platform, applies upgrades and fixes plugins. Assess whether your internal team already administers PHP, databases and Linux servers, or whether a partner will carry that work under a written support agreement. Ask any partner how they plan LTS upgrades, how they test plugins against new core releases and what support is included for learners and administrators.
Deployment patterns for hospital-grade hosting
Hospitals can run a self-hosted LMS in four or more ways, and each one moves the keys, the patching and the contract obligations to a different party. The choice decides who can evidence HIPAA workforce training controls, so compare the options against the same questions before selecting a pattern.
On-premises in the hospital data center
The hospital owns the hardware, the network segment and the administrative accounts, so it holds every key and runs every patch window. Staff must maintain the web server, PHP, the database and backups in-house, and a Moodle site needs its web server document root set to the public directory from Moodle 5.1 onward. No business associate agreement is needed for the LMS itself when the hospital's own workforce operates it, but confirm that with counsel. Check that the internal team can keep up with Moodle's point releases.
Private cloud account under hospital control
The hospital holds the cloud account, the root credentials, the key management service and the logging configuration, while an integrator or DeployOpen deploys and maintains the stack inside that account. Agree in writing who may access the database, who rotates encryption keys and where audit logs are retained. Confirm that the cloud provider's own terms and any managed database services are covered by the hospital's risk analysis, since provider staff are a separate access path.
Hosting partner under a business associate agreement
A hosting partner operates the LMS on infrastructure it manages, and it becomes a business associate once it creates, receives, maintains or transmits ePHI for the hospital. The business associate contract must require Security Rule compliance, flow the same terms to subcontractors handling ePHI, and require reporting of security incidents, including breaches of unsecured PHI. Ask who holds the encryption keys and whether the partner can see learner records or only system logs.
Managed SaaS hosting with contract checks
A managed Moodle service, such as MoodleCloud or a Moodle Partner, runs the platform for the hospital under the provider's operating model. Before signing, confirm whether the provider will sign a business associate agreement, where the data is stored and processed, which subprocessors touch learner records, and how security incidents are reported. The hospital has less control over upgrade timing, plugin choices and restore testing, so write those expectations into the contract.
Database and runtime versions
Moodle 5.3 requires 64-bit PHP 8.3 or later, PostgreSQL 17, MySQL 8.4, MariaDB 11.4 or SQL Server 2019 or later, and upgrades start from Moodle 4.4 or later. Any hosting pattern must keep these versions inside support windows, and the database must be on a version the platform supports. Ask each candidate host to state its runtime and database versions in writing and to name the person who schedules the upgrades.
Scheduled backup and restore testing
A backup that has never been restored does not prove that training records survive an incident. Define which party takes backups, where they are stored, how long they are kept and how often a full restore is tested into a separate environment. Completion records and certificate history must be restorable with their timestamps intact. Record each restore test so the hospital can show an auditor that the recovery process works, not just that backup jobs ran.
How a hospital rolls out clinical training on an open source LMS
The sequence moves from a training inventory to a tested, identity-integrated Moodle environment, then to a controlled cutover that keeps prior completion records readable and an audit-ready review after go-live. Each phase closes with a named document or configuration that the compliance and clinical education owners sign off.
Build the training inventory by role
Compliance, clinical education and HR list every mandatory course the hospital must deliver, including HIPAA workforce training, clinical competencies and credentialing modules, and map each one to job roles, departments and locations. Clinical leaders confirm which roles need which certifications and how often they must renew. The output is a training matrix that names the course owner, the evidence each course must produce and the retention rule for completion records. The step is done when the privacy officer and clinical education lead have both signed the matrix.
Design identity and HR integration
The implementation team documents how staff identities are created, changed and removed, usually by linking the hospital's directory and HR system to the LMS through single sign-on or an enrollment feed. Security and HR agree which attributes drive role-based enrollment, how shift-based and contract staff are handled, and how leavers lose access. Moodle core includes LDAP, OAuth 2, Shibboleth and LTI authentication options, and a SAML2 plugin is available from the Moodle marketplace, so the design should record which method is used and why. The output is an identity and enrollment design document that the security team approves before any build starts.
Stand up and test a pilot tenant
The team builds a test environment on the hospital's own infrastructure with the agreed database, PHP and web server versions, and enrolls a sample of departments that includes clinical, nursing and non-clinical roles. Testers check enrollment, role assignments, certificate issuance, expiry reminders, mobile access on shared workstations and the completion reports that auditors will request. Any plugin is reviewed for security and maintenance status before it is accepted. The output is a signed test report listing defects, their fixes and the pilot departments' sign-off.
Migrate courses and certification expiry rules
Existing course content, competency records and certification dates are moved from the legacy system, with each record checked against the source for completeness and date accuracy. Expiry rules are configured so that each certification renews on the interval set in the training matrix, with reminders to the learner and the department manager. Migrated records keep their original completion dates and are tagged with their source system. The output is a migration reconciliation report that shows counts and exceptions, approved by compliance before cutover.
Run a controlled cutover
The team schedules the cutover with clinical leaders, freezes new legacy enrollments for the affected groups, runs a final synchronization and switches learners to the new platform in defined waves. Legacy completion records stay readable through an archived copy or a read-only export, so a reviewer can still trace a 2023 completion without the old system running. Rollback steps are rehearsed before the switch. The output is a cutover runbook with its execution log and a read-only archive of prior records confirmed by the records owner.
Review the platform after go-live
After the first full reporting cycle, the team reviews enrollment accuracy, overdue certifications, report requests from compliance and any access exceptions raised by security. Findings feed a backlog for configuration changes, training matrix updates and the upgrade calendar, which should track Moodle's published support windows for the chosen release. The review also confirms that audit logs, backup restores and administrator access reviews are working as designed. The output is a post-go-live review report and an updated operations runbook that the hospital's governance committee accepts.
Which training evidence auditors and OCR ask for
This table maps each piece of training evidence an assessor or HHS OCR reviewer is likely to request to the LMS component or operating process that produces it. Read each row as a question: what does the reviewer want to see, and which part of the Moodle deployment or surrounding process must generate it. The main takeaway is that most HIPAA training evidence comes from the LMS database and logs, while certification outcomes come from third parties.
| Evidence | Produced by | Where it usually fails |
|---|---|---|
| Role-to-course assignment records | Moodle enrollment rules fed from HR or role data, with change history kept | Assignments made by hand with no record of who approved them or when |
| Completion timestamps and scores | Moodle course completion and quiz or gradebook records | Completions reset or overwritten when courses are re-published or restored |
| Certification expiry and renewal logs | Custom completion conditions, dated certificates and renewal reminders | Expiry dates held in spreadsheets, so lapsed clinical staff still show as current |
| Access and authentication logs | SSO identity provider logs and Moodle authentication events via SAML2 or LDAP | Local Moodle accounts used alongside SSO, leaving gaps in who signed in and when |
| Administrator change logs | Moodle logging of course, user and role changes, exported to a central store | Logs rotated out before the audit window closes or not kept outside the server |
| Backup and restore test records | Scheduled database and file backups with documented restore tests | Backups taken but never restored, so recovery of training records is unproven |
| Business associate agreement with the hosting partner | Signed contract covering the hosting and support provider handling ePHI or learner records | No agreement in place with the hosting or support partner, or subcontractors not covered |
Questions hospitals ask before hiring an LMS partner
What drives the cost of a healthcare LMS project?
The biggest cost drivers are the scope of setup, the number of identity and HR integrations, the hosting footprint, content migration volume and the ongoing upgrade and support commitment. Open-source Moodle carries no license fee, so the spend goes to people and infrastructure: an implementation partner for configuration, theming and integrations, your cloud or data center capacity, and staff time from your side. Setup costs are largely one-time, while hosting, upgrades, security patching and support recur every year. Ask any partner for a quote that separates these components, lists what is excluded, and states who maintains each integration after go-live.
How long does a hospital LMS rollout take, and what sets the timeline?
The timeline depends mostly on how many systems must connect, how much existing content must move, and how quickly your compliance owners approve course structures and completion rules. Identity federation with your directory, a feed from the HR system that holds job roles, and validation of the completion reports are the steps most likely to stretch a schedule. A fixed-scope plan should show these phases, the approval gates and the dependencies on your team, with dates agreed in writing before work starts. Ask for the timeline as a sequence of milestones rather than a single estimate.
What must our hospital team supply before an LMS partner starts?
Your team should provide a training matrix that maps each role to required courses, recertification intervals and evidence needs, along with a clean HR feed that carries job codes, department, shift pattern and employment status. Identity administrators need to approve the federation design, the service accounts and the group mapping that controls who sees which course. Compliance and clinical education leads must sign off on content ownership and retention rules. Partners should list these inputs in writing so gaps surface before the build, not during testing.
Can our internal team run Moodle without outside help?
A capable internal team can run Moodle, but the gaps usually appear in upgrades, plugin governance, integrations and evidence work. Moodle requires specific PHP and database versions, and the web server document root must point to the /public directory from Moodle 5.1 onward, so a misconfigured server is a common source of errors. Upgrades must start from a supported prior version, and plugins need testing before they reach production. Assess your staff against these tasks, decide which ones you will own, and contract the rest with a clear support scope.
Does a hosting partner need a business associate agreement for an LMS?
If a hosting or support partner creates, receives, maintains or transmits electronic protected health information on your behalf, HIPAA requires a business associate contract under 45 CFR 164.314(a)(2)(i). That contract must require compliance with the Security Rule, flow the same terms down to subcontractors that handle ePHI, and require reporting of security incidents, including breaches of unsecured PHI. Whether an LMS handles ePHI at all depends on your design, so confirm this with your privacy officer before you sign. Your legal and privacy teams should review the agreement terms with the partner.
How do we time LMS upgrades around Moodle LTS windows?
Plan upgrades around the long-term support releases, because they receive security fixes for a longer period than standard releases. Moodle 5.3 is the next LTS release, with bug fixes until October 4, 2027 and security fixes until October 1, 2029, according to the Moodle releases page. Moodle 5.3 requires PHP 8.3 or later, PostgreSQL 17, MySQL 8.4, MariaDB 11.4 or SQL Server 2019 or later, and it can only be upgraded from Moodle 4.4 or later. Build a test environment, schedule the upgrade outside clinical training peaks, and confirm that every healthcare plugin supports the target release before you move.
Can an LMS hold ePHI, or should patient data stay out of it?
An LMS can be designed to avoid ePHI entirely, and that is the simplest path for most training programs. Training records usually need employee identifiers, course names, completion dates and role data, which are workforce data rather than patient information, but any course that uses patient cases, patient identifiers or clinical records changes the analysis. If ePHI enters the system, the HIPAA Security Rule applies to it, including unique user identification, automatic logoff and encryption decisions. Keep patient data out of training content unless a risk analysis supports it, and document that decision.
What to ask an LMS implementation partner before signing
Start with the HIPAA paperwork, because a partner that handles your training records is likely a business associate. Ask whether they will sign a business associate contract that meets 45 CFR 164.314(a)(2)(i), including flow-down to any subcontractor that touches ePHI and a defined timeline for reporting security incidents to you. Ask who on their side owns incident triage, how they separate training data from clinical data, and whether a completion record can contain protected health information at all. Confirm the answer in writing, since there is no HIPAA certification to point to instead.
Next, ask how completion evidence leaves the system and how long it stays. Request a sample export of course completions, certificate issuance dates and reassignment history, and ask which fields are included, in what format, and whether the export can be run by your compliance team without a partner ticket. Ask how the partner will set retention for training records, how records are kept when a learner leaves, and how they will prove that an exported report has not been altered. For reminders on certifications that expire, ask which Moodle features they will configure, how reminder messages are logged, and what happens to a learner's access when a required course lapses.
Then ask about the platform itself. Confirm which Moodle version and LTS line they propose, the supported PHP and database versions for that line, and how they will plan an upgrade from your current release. Ask them to show how the web server document root will point to the /public directory, how they will test that change before cutover, and how they will verify that backups restore to a working site. Ask for the restore test results, not a description of the backup schedule. Finally, ask how learner and administrator support is staffed during a clinical staffing peak, who answers at night and on weekends, and how shift-based enrollment and deprovisioning are tested before go-live.
How DeployOpen scopes a healthcare LMS engagement
The sequence turns a hospital's training requirements into a written, fixed scope with a clear data-flow boundary, a control and evidence map, and an agreed path for ongoing support. Each step closes with a document or check the hospital can keep.
Confirm training requirements and owners
DeployOpen meets the compliance lead, HR training owner, and LMS administrators to list the training that must be recorded: HIPAA workforce training, clinical competencies, credentials that expire, and role-based assignments. The group names an accountable owner for each course family and for the reports auditors will request. The step closes with a requirements register that the hospital signs off, showing which course types, identity sources, and HR feeds are in play.
Map the data flows and decide ePHI scope
DeployOpen reviews how learner data moves between the LMS, HR systems, identity providers, scheduling or badge systems, and any video or AI services. The review asks whether any record links a learner to patient information, clinical systems, or care assignments, since that link determines whether the LMS creates, receives, maintains, or transmits electronic protected health information. The hospital's privacy and security officers confirm the result in writing, and that decision sets which HIPAA Security Rule controls and business associate terms apply.
Agree the written scope and deliverables
Before any build work, DeployOpen issues a written scope that lists systems, integrations, hosting location, customization, migration, testing, and documentation deliverables, along with the acceptance criteria for each. Items outside the scope, such as third-party plugin development or content authoring, are named so they are not assumed. The hospital's procurement and legal teams review the document. The step closes with a signed scope that becomes the baseline for change requests.
Map controls and evidence to the compliance program
DeployOpen builds a matrix that links each in-scope control to the hospital's existing compliance program, covering the Security Rule safeguards that apply to the LMS (such as unique user identification, automatic logoff, encryption, and audit logging) and the evidence each one produces. The hospital's compliance lead checks the matrix against its policies and risk analysis. The step closes with an agreed control and evidence register that shows which artifacts the LMS will generate, where they are stored, and who reviews them.
Design the architecture and access model
DeployOpen documents the hosting design in the hospital's own cloud account, data center, or private network, including network segmentation, identity federation with the hospital's directory, role and shift-based access rules, backup and restore, and the upgrade path for the chosen Moodle release line. Security reviewers check the design against the control matrix. The step closes with an architecture document and access model that the hospital's security team approves before build starts.
Define the business associate and contract requirements
Where DeployOpen or another party will access, host, or support systems that contain ePHI, the hospital reviews whether a business associate agreement is required and what it must cover, including Security Rule compliance, flow-down to subcontractors, and incident reporting. DeployOpen provides the list of parties and data touchpoints it identified so the legal team can draft or review the contract terms. The step closes with a confirmed list of agreements to execute before any production data moves.
Set up optional retainers for upgrades and testing
The hospital decides whether to add ongoing support for platform upgrades, plugin and theme reviews, patch management, and continuous security testing. DeployOpen writes the retainer scope in the same form as the initial engagement, listing covered systems, response expectations as agreed in writing, and the reports delivered each period. The step closes with a signed retainer or a documented decision to handle these functions internally.
How DeployOpen plans, builds and supports hospital LMS deployments
DeployOpen plans, implements, customizes, integrates, hardens, documents and supports self-hosted open-source platforms inside your own infrastructure. For a hospital LMS, that means the training records, HR links and shift-based access rules are scoped, built and handed over in your environment, with evidence prepared for your compliance assessors.
How we scope
- Written scope covers which clinical and compliance course families, roles and certification cycles the LMS must track.
- Scope defines the HR or identity source of truth, the completion report formats and who receives them.
- Engagements are fixed-scope, with deliverables and timelines agreed in writing before work starts.
How we build
- Build covers Moodle configuration, role-based enrollment rules and expiry logic for certifications that lapse.
- Integrations with your HR system and single sign-on are implemented and tested against agreed test accounts.
- Hardening, security testing and documentation of configuration and access controls are delivered with the build.
How we hand over
- Handover includes runbooks, configuration records and the audit-ready completion report templates agreed in scope.
- Your staff are trained on administering courses, enrollments, reports and user access in your environment.
- Evidence packs describe how controls operate, so your compliance team and independent auditors can review them.
How we support
- Ongoing support, upgrades and continuous testing are available as a retainer after handover.
- Upgrades to supported Moodle releases are planned, tested and documented against your clinical training calendar.
- Confirm response windows, service levels and included hours in writing before signing, since these vary by agreement.
