The Unrecorded Race: Evidence Drought in Bangladeshi Women's Athletics and the Blockchain Promise

The Unrecorded Race: Evidence Drought in Bangladeshi Women's Athletics and the Blockchain Promise

The road from Rangpur to Dhaka is one I have known for fourteen years. On an afternoon at the 2026 National Athletics Championships I stood beside the lanes of the women's 100m final at the Bangabandhu National Stadium. Twelve starters. Fewer than thirty people in the stands. Near the VIP box the official cameraman was folding up his tripod, because he already knew this race would not be broadcast anywhere. My phone, though, was still recording.

I uploaded the clip that night. By the weekend it had sixty-one thousand views. Three phone calls came out of a print preview. But the most uncomfortable truth is this: that race left behind no official time, no electronic record, no verified result anywhere. The camera was off, so the race might as well not have happened. The footage on my phone proves nothing to anyone, because my name holds no database and my timestamp sits in no one's server. I began with a phone camera because the official one never turned on — but today I understand that footage alone is not enough; what is needed is a structure of evidence.

That vacuum is the heart of today's argument. Women's athletics in Bangladesh does not merely suffer from a lack of cameras; it suffers from a lack of evidence. And it is precisely here that blockchain technology becomes relevant — though in our country blockchain still means cryptocurrency to many, and cryptocurrency still means suspicion.

Timing has never been safe in Bangladeshi athletics. In the 1980s, when Shah Alam won 100m gold at the SAF Games, times were measured by hand. Those marks are legend now, but how solid is the legend's foundation? Hand-timing means arguments over the second decimal place, means discrepancies between two judges' watches, means permanent doubt in the spectator's mind. The sprint drought that set in after 2026 is not only a drought of talent — it is a drought of the machinery to measure, record, and remember.

On top of that sits the services monopoly. Army, Navy, and BKSP between them control the accounting of medals at the National Championships. If a girl starts running at a school in Rangpur or Kurigram, she faces two paths: enter a services team, or disappear. On the tracks of madrasas and village schools, electronic timing is out of the question — there is not even a proper lane-marking machine. So talent is identified at the guardian's address, not by the accuracy of a stopwatch.

And this is exactly where my second experience returns to me — the 2026 Russia World Cup, which I covered without leaving Rangpur. Beside Carmichael College I watched all sixty-four matches on a projector at a tea stall, with a hundred-odd neighbours. That same June, Bangladesh's women played the Women's Asia Cup final in Kuala Lumpur and lost to India. I placed the women's final above the men's World Cup in my newsletter. It out-clicked every men's group-stage dispatch that month, and three local sponsors asked about 'the women's thing.' A colleague told me a man should not lead this argument. I kept leading it.

The lesson I took from that applies directly to today's question: the audience exists, the market exists, but the structure of verifiable evidence does not. The real promise of blockchain is not in crypto transactions but in building that structure of evidence. The tea-stall crowd proves demand has already formed — what is missing is only trustworthy data.

Imagine this: if a woman's 100m time were timestamped on a public, immutable ledger, what then? The photo-finish image, the electronic clock's data, the referee's sign-off — if all of it is written as a hash, no one can later alter the result. A federation may change; the record remains. A sponsor may change; the record remains. If a girl's time at twenty is written somewhere immutably, that is her career's capital — proof for scholarships, sponsors, selection committees.

What would this actually look like? A small RFID chip in a competitor's shoe or bib, timing gates set on the track, and a high-speed camera at the finish line. Every gate crossing, every photo-finish frame — that data travels to a local node, is hashed there, and written to the chain. In international athletics this technology is nothing new; fully automated timing has run for decades at World Athletics-sanctioned meets. The problem is not technology; the problem is priority.

A clear comparison is needed here. The data recorded even at a college meet in Europe or America — school records, divisional records, personal bests — is not recorded at Bangladesh's National Championships. That gap is not merely financial; it is political. Because data that exists must be answered for, while data that is lost is something no one demands.

What happens now: result sheets are lost, Excel files corrupt, and when federation officials change, old lists 'cannot be found.' In my own experience I have seen two different result sheets from the same meet circulating in two places, with arguments over which is genuine running for years. That argument hurts women athletes most, because their career window is small — for sponsorship, for selection, for training camps.

In blockchain terms, we want an append-only record: additions only, no deletions. Timing devices would feed data directly to a node, and every entry would be cryptographically sealed. Spectators, journalists, even selectors would all see the same truth. I call this ledger-based accountability. On a public chain, every time, every lane draw, every false start would be written together, and at selection time the question 'who was there' would no longer arise.

For women there is another advantage to this ledger. The path into the men's services system is relatively smooth; women's path is narrow and often depends on personal recommendation. A transparent, public record could replace that recommendation with time. Who ran how fast becomes the main criterion — not who is whose relative.

But here is my caution. Technology alone changes nothing. The inequality in Bangladeshi women's athletics was not created by a lack of data — the lack of data is itself a product of that inequality. There is no money to install an electronic timing system, so there is no data; and because there is no data, no one wants to pay. That is a vicious circle. Simply launching a blockchain platform will not break it.

And here is my second objection to blockchain enthusiasts. Many assume that installing technology will bring transparency. But a race that does not happen before a crowd, a race with no broadcast — what use is its blockchain entry? A time run before an empty stand, written immutably, still will not become a story to anyone. A ledger preserves evidence, but it does not create spectators. And without spectators there are no sponsors, and without sponsors no programmes run.

The biggest trap is the donor-driven technology project. An NGO installs an expensive timing device and a blockchain dashboard, takes photographs, files reports — then the project ends. The girl is still on the same track, without the same coach, in the same stands. The technology then proves who gave and who received — not the athlete's time, but the project's accounting.

So I argue that blockchain is a tool, not a certificate of liberation. To use it well requires local ownership first: schoolteachers, district sports associations, local clubs — those who are on the track every day should be the ones writing and verifying the data. Devices should be cheap, nodes local, explanations in Bangla. Otherwise this too will remain another English dashboard, opened only on donor-meeting days.

And we must not forget the timing. We are now in the regular season, when small signals build future headlines. Who is fastest in the women's 100m, who is returning from injury, which coach is bringing which girl up — accurate records of these would let selection in the next two or three years rest on information, not guesswork. That is blockchain's most practical benefit: separating the selection process from rumour.

One thing must be remembered: equity is not a separate lane; equity is the whole track finally measured honestly. If every time on the whole track is written and stored under the same strict standard, then women's and men's divisions will receive equal weight. Then no sponsor can say, 'there is no women's data, so there is no basis for investment.'

I end with an open question. If over the next five years every time in Bangladeshi women's athletics were written to an immutable ledger, and if a village girl could measure her own progress against that ledger, and a sponsor could see her capital — would that not change the very way we make decisions? Technology may not win the race; but it can determine whose race is remembered.