A school with 900 students might use Google Classroom for every section, an ERP for fees and attendance, online quizzes in several subjects, and paper for the mid-term examinations. Once those mid-terms are marked, somebody enters the scores into a spreadsheet. None of those systems is necessarily broken. Each one does the job it was bought to do, and if you ask the school whether it has gone digital, the honest answer is yes.
The problem appears when you ask something that requires all of those systems to work together. Which topics has Class 9 struggled with most this term? Which students have been steadily slipping across the last three assessments? How did this batch perform compared with the previous one?
Those questions sound simple until somebody actually has to answer them. The quizzes are in one system, the mid-term is in a spreadsheet, a few teachers may have their own records, and suddenly a straightforward academic question becomes a small data-collection exercise. The school has digitised, but it has digitised in pieces.
The transition is real, but it is uneven
Schools are clearly moving toward digital systems. India's UDISE+ data for 2024-25 reported internet access in 63.5% of schools, up from 53.9% the year before. Computer facilities were available in 64.7% of schools, while 57.9% had functional computer facilities available for teaching. That is meaningful progress, but it also explains why the move to digital cannot look identical everywhere.
A school cannot make every important assessment dependent on reliable devices and internet connectivity if that infrastructure is not consistently available. And even when the infrastructure is there, paper does not automatically become obsolete. A school may still prefer paper for long-form exams, major term papers, mathematical working, diagrams, or assessments where students need space to write and think.
That is not necessarily resistance to technology. Sometimes paper is simply the better format for the job.
The issue is what happens to the information afterwards. If an online quiz becomes part of a digital record but a paper exam ends its life in a register or spreadsheet, the school now has two versions of the same student's academic history.
Putting something on a screen is only the first step
The OECD makes a useful distinction between digital transition and digital transformation. A digital transition reproduces an existing process using technology. A digital transformation changes the process itself so that the underlying work becomes simpler, more connected, or more useful.
A lot of school technology has understandably started with transition.
Take an online quiz. It removes printing and can make objective grading almost instant. That is useful. But it does not automatically solve everything around the assessment. Someone may still need to follow up with students who did not attempt it, grade written answers, combine the result with paper tests, update another system, and eventually prepare a report.
So one part of the process becomes digital while the rest of the workflow remains largely intact.
India's NDEAR initiative describes the broader version of this problem when it talks about education systems operating in silos and the need to integrate and consolidate applications. At a national level, that is an architecture problem. Inside a school, it can be much more mundane: an ERP here, an LMS there, an online-test tool somewhere else, and spreadsheets connecting the gaps.
None of those tools needs to be bad for the overall experience to be fragmented.
And eventually, somebody has to connect the pieces
Usually that somebody is a teacher or administrator.
Poor interoperability does not make the work disappear. It creates re-entry. The OECD has identified legacy systems, manual re-entry, and reformatting as barriers to education digitalisation, while TALIS 2024 found excessive administrative work to be a source of job-related stress for about half of teachers.
That combination matters.
Imagine a teacher already maintains a spreadsheet because the department needs it at the end of the term. A new platform is introduced, but the spreadsheet still has to be maintained. The teacher is now expected to enter the same information twice.
If they eventually stop using the new system, it is easy to call that resistance to technology. But from the teacher's perspective, the decision is perfectly rational. The new tool did not remove a task. It added another destination for the same task.
That gives schools a useful way to evaluate new software: does it remove a step, or does it add another place?
The distinction sounds small, but it is probably one of the biggest differences between software that becomes part of the institution and software that quietly disappears after a term.
Assessment makes the fragmentation obvious
Assessment is a particularly good example because a school rarely uses only one kind of test.
During a term, the same student might sit short online quizzes, written class tests, practicals, coding assessments, a paper mid-term, and a final examination. Each of those can work perfectly well on its own. The problem only becomes visible when the school tries to understand the student's performance across all of them.
Suppose the online quizzes contain question-level data. The school can see which questions were difficult, which topics caused problems, and how performance changed over time.
Then the mid-term happens on paper and only the final score is entered into a spreadsheet.
The school has not lost the mid-term. It still knows the mark. But it has lost the detail behind the mark.
That creates an odd situation: the most detailed analytics may come from the smallest assessments, while the biggest exams contribute the least information to the reporting system. The school ends up with a very sophisticated view of one part of the term and a much thinner view of another.
The problem is not that the paper exam was paper. The problem is that the record stopped at paper.
Paper does not need to disappear
There is a tendency to frame digital assessment as a choice between online tests and traditional paper exams. In practice, many institutions need both.
A better question is whether both routes eventually lead to the same academic record.
There are roughly three ways this can happen:
| How the assessment happens | What gets recorded | What the school can learn |
|---|---|---|
| Taken online | Responses recorded question by question | Scores, trends, question performance, topics, learning outcomes |
| Created digitally, taken on paper | Marks entered against the original questions | Potentially the same question-, topic-, and outcome-level analysis |
| External or historical paper assessment | A final total for each student | Scores, averages, trends, and overall performance |
These records are not equivalent, and they should not be presented as though they are.
If the school only has a final mark, then that is what the system should report. It can still compare averages, identify students who are falling behind, and track changes over time. It simply cannot honestly tell the school which particular topic or question caused the problem.
But when a paper assessment was built from questions that already exist digitally, there is an opportunity to preserve much more information.
The interesting middle ground
Imagine a teacher creates a science test from a question bank. Each question already has its marks, topic, learning outcome, and answer key attached to it.
The school decides to conduct that test on paper.
Students write it normally. Teachers correct it normally. Nothing about the classroom has to change.
The important part happens afterwards. Instead of entering only the total score, the teacher records the marks question by question against the assessment that already exists in the system. Now the paper test can contribute to the same topic, outcome, and question-level reporting as the online assessments.
The physical test remained physical. The academic record did not have to.
That is a much more useful definition of digitisation for a school than saying every assessment needs to happen on a browser.
Of course, the paper itself still has to work
This is where a lot of otherwise good ideas fall apart.
If the paper generated by the system is not something a teacher would actually hand to students, the teacher will export the questions, open Word, and rebuild the paper there. At that moment, the connection between the assessment and the digital record begins to break again.
A usable paper therefore matters more than it sounds.
The layout has to make sense. Students need enough answer space. Question numbers need to stay consistent. Answer keys need to match the paper. Different sets may need to be shuffled. The institution may want its own header, roll-number fields, or instructions.
None of this sounds especially innovative, and that is exactly the point. School software often succeeds or fails on ordinary details.
The difference is between a platform a school actually prints from and one it merely exports from.
Going digital should mean less work, not more software
The goal should not be to make schools digital for the sake of being digital.
A school does not become better because it has more dashboards. It becomes better when information that used to be scattered can be used without somebody spending hours bringing it together first.
That is particularly important in assessment because the information already exists. Teachers already write the questions. Students already sit the tests. Teachers already mark the papers. Scores are already being recorded somewhere.
The challenge is that the record is often split between the part that happened digitally and the part that did not.
Once those two halves are brought together, a lot of previously difficult questions become much easier to answer. Which students need support? Which topics are consistently weak? Which class is falling behind? Has performance improved since the last cycle? Which questions are repeatedly causing problems?
Those answers should not require a new spreadsheet every time somebody asks the question.
Where Teemly fits
This is the problem we are trying to solve with Teemly.
An assessment can start from the same question bank and then follow whichever route the institution needs. Students can take it online, or the institution can print it and run it on paper. Once a paper assessment is marked, the results can come back into the same student record rather than starting a second reporting process.
Older assessments or tests created outside the platform can still be recorded as totals. They remain useful, but the reporting should be clear about the level of detail available.
What that looks like for a single learner is worked through in keeping one student record across paper and online tests, and what becomes answerable once both halves sit together is covered in the twelve questions a reports section should answer. You can see the rest on our assessment software for schools page.
That is the larger idea behind the product: going digital should not mean forcing every existing school process onto a screen.
Sometimes the better transformation is simply making sure the information from those different processes finally ends up in the same place.