Exam Center Outages and Public Trust: Rethinking the Monopoly of Digital Testing Infrastructure

The natural reaction to the loss of power supply to an examination center, a server crash, malfunction of a biometric system or the sudden collapse of a testing platform would be to term the situation as a technical glitch. But when the lives of many candidates rest in the hands of such an infrastructure for deciding their academic or professional futures, a glitch transcends being just a technical issue.

India’s examination environment is increasingly being transformed into a computerized process involving biometric identification, server management and digital question papers. While this change offers many benefits in terms of speed and efficiency, it also makes the examination process susceptible to a single point of failure. And when the examination process rests entirely on this digital process, the failure has serious implications.

For a candidate who has prepared hard for months before appearing for an examination, the few hours of a system malfunction can have repercussions which go way beyond mere technicalities.

When Technology Becomes the Gatekeeper

Testing using digital tools is typically seen as a neutral system. A person registers at the testing center, verifies his identity, sits down at the computer and undertakes the exam. Behind all this straightforward procedure stands a complex system, including electricity, the Internet, the hardware of the center, systems for identity verification, examination programs, servers, cybersecurity measures and finally the organization running the testing center.

However, the candidate has no control over any of the above-listed elements.

In this way we get a very important asymmetry, where the individual is obliged to adhere to strict rules regarding timing, identity documentations, forbidden objects and behavior during the exam, while the testing system operator is controlling the environment of the test itself.

It becomes especially critical in case when some technological problem occurs.

The Real Cost of an Outage

A test is not a routine transaction in the digital space. A disrupted payment can always be done again. A dropped video conference can always be done again. But a disrupted test affects the mental and physical well-being of the candidate.

Consider the case of preparing for an examination for six months, traveling for several hours to come to a specified center and finding out that the computers there are not working. No matter if the examination authority compensates the time or allows an additional test, the effect of the previous experience cannot be undone.

Some candidates might have come all the way from other cities. Some candidates might have taken leave from work or taken prior arrangements. And for the poor students, travel is even more relevant.

What needs to be questioned, therefore, is not whether the examination authority offered compensation to the candidates. It is how the system was set up to not disrupt in the first place.

Efficiency Cannot Come at the Cost of Resilience

It is clear that there are many benefits in computer-based testing.

Computers can decrease the amount of paper needed for the examination, increase its speed and standardize test questions. However, efficiency and reliability do not mean the same thing.

The highly centralised system can be efficient if everything is going fine and vulnerable if one part of this system fails.

This situation is known very well for the banking, telecommunication and other important digital systems. It is also true for the examination systems, which determine access to education and job now. The aim is not to use paper tests again simply because digital ones can have problems.

The aim is to create the reliable digital test.

The Case for Redundancy

Redundancy is one of the key tenets of critical digital infrastructure. In case of failure of the primary system, another system must be ready to take up its tasks.

Examination centres, thus, should not be seen as simply rooms with computers. It is crucial to develop a contingency plan for them.

Backup energy systems should be able to sustain examinations for significant time. Internet connection must have other sources whenever possible. Hardware failure must be considered likely, rather than exceptional. It is also imperative to have a set protocol in place if the entire examination centre needs to be closed.

Perhaps most importantly, all of this should be tested ahead of the examination day.

Otherwise, a backup system that exists only on paper does not constitute a backup system.

Transparency Is Part of the Solution

Communication is just as vital as the process of fixing the problem during an outage.

Candidates require information regarding whether they have suffered loss of examination information, whether their examinations will be evaluated, whether they will be offered a second chance and how the authority is going to ensure that no candidate suffers loss as a result.

Communication failure breeds suspicion.

Discrepancies in information provided to candidates at different examination centers create rumour within a few hours on social media platforms. Rumours could end up being stronger than communication in such a scenario.

An incident reporting system could solve this problem. Examination authorities should inform candidates in case of any disruption, outline measures they are taking and release necessary information regarding system failure without jeopardizing examination security.

The Question of Accountability

Then, there is the broader organizational issue that must not be overlooked, that of accountability when the technology goes wrong.

It is made abundantly clear to candidates that examination regulations are mandatory. However, accountability needs to work in both directions.

Should there be any failings on the part of a private examination center, technology supplier or infrastructure company in adhering to required standards, there need to be consequences.

It becomes especially relevant due to the fact that digital examinations normally comprise of a variety of outsourcing operations. On the surface level, it looks like one examination authority, yet, under the hood, it can be a number of different service suppliers.

The problem cannot be so compartmentalized that nobody is held accountable in the end.

Protecting Public Trust

The credibility of exams is not solely dependent on the prevention of cheating but on the assumption that all candidates will be assessed within reasonably equal conditions.

When candidates start having doubts about the reliability of examination centers, about some locations being better prepared than others, or that a technical glitch might result in an extra chance, the whole process starts losing its credibility.

This is a big problem.

Competitive exams are inherently stressful both emotionally and financially. Their validity is dependent on the process being fair, and technology must support this, not undermine it further.

A Better Digital Examination Model

For the next level of digital exams, it is therefore essential to focus not only on increasing computerized exams but also on developing robust examination infrastructure.

It is necessary that all key exams be backed up by a clear continuity plan. Centers must be stress tested prior to critical exams. Backup connectivity and power arrangements should be independently verified. Candidate data must be safeguarded in case of disruptions. Also, authorities must have clear policies regarding retests, rescheduling, and compensation.

It is particularly important that these standards become public.

Candidates do not have to be aware of how the exam server works. What they do deserve to know, however, is that this server has been built to withstand potential disruptions.

Technology Should Serve the Examination, Not Control It

The primary error is mistaking digital transformation as the end goal.

Technology is useful because it enables efficient, accessible and secure testing. However, technology reaches a point of no return where even the failure of a single server can ruin the entire test for thousands of people.

The way forward is not to have less technology, but proper technology governance.

With India expected to carry out a greater number of high-stake tests using technology in the future, it is a good time to set standards before mistakes are made.

Conclusion

A breakdown at an examination centre could take an hour, but its repercussions could last long after that for the candidate.

The question, therefore, is not whether or not digital examinations are good or bad, because they are here to stay and have certain positive qualities. The question is whether the system supporting them is robust enough to bear the huge amount of trust that is being placed in them.

If digital examinations are to form the entrance into university life, employment and professional success, then reliability cannot be an option.

It is the responsibility of the candidate to prepare and perform. It is the responsibility of the system to ensure that the examination itself is reliable, safe and fair.

This is what must form the basis of trust in digital examinations.

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