From hosted to cloud-native
Cloud computing has been part of the eLearning industry for over a decade — hosting LMS platforms, storing video content, scaling delivery to concurrent users. What is changing is not cloud adoption, but how eLearning platforms are built on cloud. The shift is meaningful.
The first generation of cloud eLearning was hosted software — take an LMS that was built for on-premise, put it in a data centre, and call it cloud. The second generation was SaaS — multi-tenant, with the vendor managing infrastructure, but still largely monolithic applications.
The current generation is building eLearning platforms as cloud-native applications — using managed services for specific functions, separating content delivery from learning management, integrating with identity systems via standards like SCIM and OIDC, and building on event-driven architectures that can scale specific components independently.
What this enables
Cloud-native eLearning architecture unlocks capabilities that were impractical in earlier generations:
- Elastic content delivery. Video and interactive content delivered via CDN rather than application servers. Cost scales with actual usage. A platform can absorb a ten-fold spike in concurrent users without pre-provisioned capacity.
- Real-time learning analytics. Event-driven architectures capture learner interaction data in near real-time. Completion rates, engagement drop-off points, assessment outcomes — available continuously rather than in batch exports.
- Integration without integration projects. SCIM-based user provisioning and OIDC-based SSO mean learners appear in the platform automatically when they join the organisation and are deprovisioned when they leave. The "user sync" project becomes a configuration task.
- Content format independence. Managed media services handle transcoding, adaptive bitrate streaming, and format conversion. Content teams upload source files; the platform handles delivery across device types.
The practical implication
For organisations procuring or building eLearning platforms, the shift to cloud-native architecture changes the evaluation criteria. The question is no longer whether the platform runs on cloud — most do. The questions are: how deeply does it use cloud-native capabilities, and how much of the operational burden stays with you?
A platform built on cloud-native architecture can be updated continuously. A platform that happens to be hosted on cloud but is architecturally monolithic still requires coordinated releases and carries the operational characteristics of a monolith.
The organisations that get the most from cloud in eLearning are the ones who treat it as an architectural question, not a hosting question.