Learning Management System
Courses, live classes, assignments, question banks, rubric-based AI evaluation, and certificates — with progress visible per learner, per batch, and per topic while there is still time to act on it. Runs on the same student registry as the ERP, so enrolment and results never need reconciling.
Built for
§ 01
Almost every institution reaches its first LMS the same way: a folder of recordings, a chat group per batch, a spreadsheet of marks, and one person who knows where everything is. That arrangement is not a failure of discipline — it works, and it keeps working right up to the enrolment cycle where it suddenly does not.
What breaks is never the content. It is the questions around it. Who has actually watched this. Who stopped in week three. Which paper has been marked. Which learner is on track to fail and since when. None of those have an answer when teaching material lives in one place, attendance in another, and marks in a third — and by the time the answer arrives from the final exam, it costs a year.
An LMS earns its place by making those answers free. The design constraint throughout is teacher adoption, because students follow where the material is: uploading, scheduling, marking, and intervening have to be less work inside the platform than outside it, or the platform loses to the chat group and the whole thing was theatre.
§ 02
Every module below is switchable per institution. Nothing here is a stub — a module that is off simply does not appear for any role.
The academic structure the rest of the platform hangs off — programme, course, unit, topic, and the learning outcome each one maps to.
One versioned library instead of scattered drives — video, documents, slides, and interactive packages, each with a known owner and revision history.
Scheduling, joining, attendance, and the recording all inside the course — not split across a calendar invite and a shared drive.
Issue, collect, mark, return. With deadlines, resubmission policy, and a plagiarism check that runs before a teacher opens anything.
A governed bank rather than a folder of papers — every question tagged by topic, difficulty, and outcome, so a paper can be generated to a blueprint.
The routine marking, done against rubrics your teachers wrote. Anything the model is not confident about routes to a human. The teacher's override always wins.
Proportionate controls. A weekly quiz and a term-end paper do not need the same regime, and pretending they do just annoys honest learners.
One place marks live, whatever produced them — assignment, quiz, live-class participation, or a mark imported from the examination system.
The reason to have the system at all: who is stuck, on what, since when — while intervention still changes the outcome.
The same question gets asked fifty times per batch. Answer it once, attached to the topic, and it stays answered for every future cohort.
Issued on completion against rules you set, verifiable by anyone holding the certificate, and revocable if issued in error.
§ 03
The path a single course takes from setup to certificate. Each handover is a system event, not an email.
Course structure cloned from last session, batches created, teachers assigned, and the calendar imported from the ERP timetable.
Learners arrive from the ERP registry with fee status attached. Access unlocks on enrolment — no manual link sharing, no parallel list.
Live classes run on schedule with attendance captured on join; recordings publish back to the topic without anyone uploading them.
Assignments and quizzes issue on their own dates. Submissions close automatically and the late-policy penalty is already applied.
AI marks against the rubric; low-confidence work queues to the teacher. Marks post to the gradebook the moment they are released.
The at-risk list refreshes daily. A teacher sees who is stuck and on which topic in week four, not in the results meeting.
Gradebook exports to the examination module, certificates issue against completion rules, and the course archives with its content versioned.
§ 04
Permissions are per role and per scope — a scope being a campus, a programme, a batch, or a subject. A head of department sees their department, not the institution.
| Role | Can see | Can do |
|---|---|---|
| Learner | Own enrolled courses, own marks with breakdown, own attendance, own certificates | Submit work, attend live classes, ask and answer in topic threads, download permitted content |
| Teacher | Assigned batches and subjects, submissions, review queue, at-risk list for their cohort | Publish content, schedule classes, set and mark assessments, override any AI grade, respond to doubts |
| Head of department | Every course in their department, teacher workload, cohort comparison, item analysis | Approve curriculum versions, reassign teachers, moderate marks within policy, set rubric standards |
| Examination cell | Assessment schedule, integrity flags, gradebook exports, moderation history | Lock assessment windows, release results, push final marks to the examination module |
| Administrator | Everything within their campus scope, plus the full audit log | Manage roles and scopes, switch modules on or off, configure integrations and retention |
| Parent / guardian | Their ward's attendance, progress, marks, and teacher remarks — nothing about any other learner | Acknowledge remarks, view the class calendar, receive alerts on the channel they chose |
§ 05
Integrations are configured, monitored, and retried — not fire-and-forget webhooks. A failed sync raises an alert with the payload attached.
Standards
Live & communication
Identity
Institutional systems
§ 06
Learner data in India is personal data, and a large share of it belongs to children — which places it in the highest-obligation category under the Digital Personal Data Protection Act, 2023. Verifiable parental consent, purpose limitation, and a ban on behavioural tracking and targeted advertising to children are statutory, not policy preferences.
Interoperability is the second constraint. An LMS that cannot export its content or hand its roster to another system is a lock-in, and institutions are increasingly told so by their own procurement rules. The standards below are implemented so that leaving is possible — which is also the strongest argument for staying.
Implemented against
§ 07
Measured against the arrangement most institutions actually run, not against a competitor's feature grid.
| Aspect | Drives, chat groups & spreadsheets | This platform |
|---|---|---|
| Content | Scattered across drives, chat groups, and personal laptops | One versioned library with a known owner per item |
| Attendance | A register, transcribed later, sometimes | Captured on join and leave, duration-weighted, in the record |
| Marking | Every script by hand; results a week later | Routine marking automated; teachers spend the time on judgement |
| Struggling learners | Identified at the final exam | Flagged in week four with the topic named |
| The repeated question | Answered fifty times per batch, in chat | Answered once against the topic; searchable by every later cohort |
| Certificates | Made one at a time in a design tool | Issued on rule, verifiable by QR, revocable if wrong |
| Content leakage | A forwarded file, untraceable | Per-user watermarking and enrolment-bound access windows |
§ 08
Sequenced against an academic calendar, because a mid-term cutover is how these projects fail. Windows are indicative and depend on content volume and how clean the existing roster is.
Talk to an engineer
A working demo on a call — your paper, your rubric, our evaluation. A senior engineer replies within one business day.
§ FAQ
Same engineering team, different starting point. The LMS development service starts from your requirements and builds to them. This is a platform that already exists — you see the modules working, switch off what you do not need, and we configure and extend from there. Most institutions are faster and cheaper on the platform; ones with genuinely unusual academic models are better served by the build.
It applies rubrics your teachers wrote, and only within a confidence threshold your teachers set per assessment. Anything below that threshold goes to a human before anyone sees a mark. Every grade traces back to the rubric line that produced it, every override is one click and is logged with who and when, and the teacher's decision is final. If your teachers do not trust it on a given assessment, they set the threshold to maximum and it becomes a queue-organiser.
Yes. The LMS reads its roster over OneRoster or a direct integration, and posts final marks back over an API. It works best on our Education ERP because the student record is then genuinely single, but it is not a precondition — several institutions run it against an existing ERP for exactly that reason.
You export it. Content packages come out as SCORM or Common Cartridge, rosters and grades as OneRoster and CSV, and activity data as xAPI statements. This is deliberate: an LMS that cannot be left is a procurement risk, and increasingly one your own rules will not let you accept.
Video is adaptive-bitrate and resumes where the learner stopped, content can be made available offline per course, and the learner app is built mobile-first because most learners will only ever use a phone. Live classes still need a usable connection — nothing solves that — but recordings publish to the topic automatically so a missed class is not a lost one.
Streaming rather than download by default, per-user visible watermarking on video and PDF, device limits, and access that expires when enrolment does. No protection is absolute and anyone claiming otherwise is selling something — but casual forwarding stops being effortless, and a leaked file carries the identity of whoever leaked it.
Yes. It is a working platform running real courses, real assignments, and real evaluation, and we demonstrate it on a call rather than sending screenshots. Bring one of your own papers and a rubric if you want to see the evaluation behave.
Primary sources
Build instead of buy
Pairs with
Sector context
Elsewhere in the suite