LMS Integration: Everything You Need to Know to Connect Your Learning Platform.

What is LMS integration?

LMS integration is the process by which your learning management system exchanges data with other systems in your organization. Think of your HR system automatically creating a new account as soon as an employee joins the company, a single sign-on that prevents users from having to remember yet another password, or an e-learning tool that reports progress back to your LMS.

The main difference from an LMS connection lies in the scope. A connection is usually a single, specific link between two systems. An integration is broader and refers to how the LMS is a structural part of your IT landscape. In practice, the terms are often used interchangeably, but in our quotes we prefer to use the word “integration” when referring to the overall system.

Which LMS integrations are most common?

There are a handful of integrations that come up almost every time. Below are the most important ones, along with their benefits.

HR integrations (AFAS, Visma, Nmbrs).

For most organizations, the HR integration is the first one they want. Reason: a new employee automatically gains access to the LMS, and upon leaving the company, that access is revoked. No more manual account management, no more forgotten users with certificates that no one can view anymore.

Cube has extensive experience with AFAS integrations and sets them up so that department structure, job role, and start date are also imported. Based on this information, you can automatically assign the correct learning paths in the LMS. A nurse joining the organization will follow a different path than someone joining the financial administration team.

Single sign-on (SSO).

With SSO, users log in to the LMS using their existing organizational account, typically via Microsoft Entra ID (formerly Azure AD) or Google Workspace. Advantage: no extra passwords, better security, faster adoption. Disadvantage if you overlook it: without SSO, usage of your LMS often declines after a few weeks, simply because people don’t want to go through the extra step of logging in again.

Content standards (SCORM and xAPI).

SCORM (Sharable Content Object Reference Model) has been the standard for e-learning content for years. Virtually every e-learning tool exports SCORM packages, and virtually every LMS can play them. SCORM tracks whether a module has been started, completed, and what score a user has achieved.

xAPI (Experience API, sometimes still referred to as Tin Can) goes a step further. Whereas SCORM only works within the LMS, xAPI can also track learning experiences that take place outside the platform: a workshop, an external app, or a YouTube video. At Coulisse, we’ve used xAPI to build the connection between the LMS and the Articulate content in such a way that the user doesn’t notice any difference between the two environments.

Which standard you use depends on your content tool and your need for in-depth reporting. For most organizations, SCORM 1.2 or 2004 is sufficient. If you work with blended learning or measure learning outcomes outside the platform as well, xAPI is worth it.

Payroll and certification systems.

In sectors with many mandatory certifications (healthcare, construction, financial services), an integration with certification registries is valuable. An expired BIG registration can then automatically trigger a new learning task in the LMS. We have built up specific expertise in this area for the healthcare sector, in accordance with NEN 7510.

Communication and calendar.

Microsoft 365, Google Workspace, Outlook, Teams: integrations with these tools make it possible to schedule in-person sessions in the LMS, automatically send calendar invitations, and centrally track attendance. Virtually indispensable for blended learning.

How does an LMS integration work technically?

Behind every integration lies a technical choice. Here are three common approaches.

Real-time API integration. The most flexible and up-to-date option. The LMS and the other system communicate directly via an API. Whenever something changes (a new employee, a completed course), that information is transmitted immediately. This is what Cube builds for most clients, because it creates the fewest dependencies. Our API development and API integrations are designed according to REST principles and are well-documented, so that your successor will still understand what’s going on five years from now.

Batch synchronization. At set times (for example, overnight), a process runs that compares and synchronizes data from both systems. Easier to build, but less up-to-date. Suitable for situations where a 24-hour delay is acceptable.

Middleware. An intermediate layer that connects multiple systems. Useful if you have many different integrations and don’t want to maintain a separate API for every pair of systems. At Cube, we build these middleware solutions when the IT landscape is complex, often combined with our data integration to pull everything from a single source.

What pitfalls do you encounter with LMS integrations?

A few recurring themes from our projects.

Unclear data definitions. The HR system refers to someone as a “junior consultant,” while the LMS expects a job role that maps to a learning path. Who is responsible for that mapping, and what does the system do if the role doesn’t exist yet?

Lack of a single source of truth. If both the HR system and the LMS can change a username, conflicts will arise. Agree in advance which system takes precedence for which field.

Too much customization in a standard package. Standard SaaS LMSs often have limited integration capabilities. What seems “possible” during a sales pitch turns out, during implementation, to be a maintenance burden that generates ongoing costs.

No contingency plan for system outages. What happens if the HR integration temporarily stops working? Will the new employee be denied access for two days? Build in fallback scenarios.

Standard integration or custom API?

Many LMS providers offer standard connectors for the most popular HR systems. For simple situations (single location, standard roles, non-critical data), this is often sufficient.

As soon as your situation deviates from the norm, a custom solution is worthwhile. Here are a few examples where a standard solution isn’t sufficient:

You have multiple HR systems (following a merger, or due to international operations). You work with external groups such as resellers or franchisees who aren’t in your HR system. You have your own role structures or learning paths that don’t match one-to-one with the standard fields in the source system. You want to avoid being locked into a single LMS provider for the rest of the project.

At Cube, we almost always build integrations using our own API layer. This gives you the freedom to replace components later on without bringing down the entire integration structure.

How Cube Approaches LMS Integrations.

We follow a set process that has proven itself over the years.

During the analysis phase, we work with your IT team to identify which systems are relevant, what data you want to exchange, and who owns which field. This prevents 80% of future discussions.

In the design phase, we select the technology (API, middleware, batch) and define the data specifications. We follow API-first principles, which means the integration is built as a standalone product, not as an add-on to something existing.

During the development phase, we build the integration, using automated tests that trigger immediately if something goes wrong. We host everything in our own DevSecOps environment, complete with monitoring and alerting.

During the go-live phase, we transition in phases, often in parallel with the old process, so we can compare performance before phasing out the old system.

During the post-launch phase, we continue to monitor the integration. If anything changes in a connected system (and it will), we adjust the integration before it affects you.

Getting started with LMS integrations.

Always start by asking: What should be simpler at the end of the process? Based on that answer, work backward to identify the integrations you’ll need to achieve that. Not the other way around.