Secure LMS Platform

A full-scale LMS for a digital-skills agency — enroll, learn live, submit work, and keep course media from leaking.

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WebSecure LMS Platform
Student learning and protected course media

Case study

Secure e-learning LMS

4.4 · 29 reviews

01

The challenge

An e-learning agency needed students to enroll, attend live sessions, submit tasks, track progress, and compete on leaderboards — with an admin side for courses, videos, reports, and performance.

Course video and materials had to stay inside the product. Content protection, automated notifications, and progress tracking were as important as the lesson UI.

02

The solution

Step 01

Map student and admin jobs

Separated the student loop (enroll, attend, submit, progress) from the admin loop (students, courses, tasks, videos, reports) so neither dashboard was a leftover of the other.

Step 02

Protect the catalog

Implemented content protection to reduce unauthorized recording and distribution, while keeping playback usable for paying students.

Step 03

Measure what happens

Wired analytics, leaderboards, automated notifications, and progress tracking so instructors can see who is moving and who is stuck.

03

System design

Student progress, live sessions, and admin reports share one data model. Content protection sits on media routes; analytics sit on the same events the UI already records.

Next.js + React — Student and admin UI

API layer — Enrollments and progress

MongoDB — Users, courses, tasks

Protection + analytics — Media and reports

  • Next.js + React
  • API layer
  • MongoDB
  • Protection + analytics
04

The website

Student learning and protected course media

Enrollment, live sessions, tasks, progress, and leaderboards run in one LMS instead of a stack of plugins.

Content protection and access control reduce unpaid redistribution of course video and files.

Admins get reports and analytics; students get progress and notifications without extra tools.

05

Test cases

  • Map student and admin jobs

    Steps

    1. Separated the student loop (enroll, attend, submit, progress) from the admin loop (students, courses, tasks, videos, reports) so neither dashboard was a leftover of the other.

    Expected

    Behaviour matches the approach described above in production.

  • Protect the catalog

    Steps

    1. Implemented content protection to reduce unauthorized recording and distribution, while keeping playback usable for paying students.

    Expected

    Behaviour matches the approach described above in production.

  • Measure what happens

    Steps

    1. Wired analytics, leaderboards, automated notifications, and progress tracking so instructors can see who is moving and who is stuck.

    Expected

    Behaviour matches the approach described above in production.