Zero in the Ledger: Bangladesh Athletics' Records and the Empty Arithmetic of Blockchain

When I downloaded the results sheet from last December's National Athletics Championships, I did what I have done for years now. The first thing I did was count. The second was wonder why no one else had. The men's 100m final page carried eight lanes, eight names, a time beside each. What the page did not carry was the thing that actually matters: the wind reading, the source of the electronic timing, and a single reference number that anyone could later check against.

In 2026 I sat in the accredited press gallery at the National Stadium and tallied the count by hand — 31 journalists, two of them women. The men's 100m final received a 600-word spread and a photo page; the women's final received a 90-word agency brief. That day I thought the problem was coverage. Now I know it sits deeper: it is about whether the information is true, and who is permitted to confirm it.

Between those two questions sits blockchain — the technology that markets itself as a trust machine, precisely because you do not have to trust it. You check it.

Blockchain, stripped of the noise, is a ledger. Each entry is chained to the cryptographic hash of the one before it; alter a line buried deep in the record and the whole chain breaks, visibly, instantly. Its use in sport is not a new conversation — ticketing, fan tokens, broadcast rights, even the chain of custody for doping samples have all been proposed. Some football and cricket clubs and leagues have run trials, though the results remain firmly at the pilot stage.

In Bangladeshi athletics the question is more basic. Here we must first establish whether we hold any data worth verifying at all. Eight divisional headquarters have no synthetic track. There is no league and no club structure. The competitive year is essentially three meets — the National Championships, the Summer Championships and the school meet — and the lanes are shared out among the Army, the Navy and BKSP.

I once argued for a single match — France 4-3 Argentina in Kazan at the 2026 World Cup — and then spent a year learning how much one match can carry. A national championships results page can carry a whole year the same way, provided something is written on it.

I also know the empty year. In 2026, when the stadiums emptied, I made ten episodes for T Sports under the title The Long Lane. The first was Shirin Akter, who had run the Olympic 100m in Rio. Six phone calls, four hours of tape. She was training alone on a grass field in her home district while the federation's stadium sat locked. In an empty year, ten episodes became a way to hear what silence was hiding.

Now to the arithmetic. The first step in verifying a record is not technology but protocol — who writes which fact, who attests to it, and who is allowed to reject it. Blockchain is the last step of that protocol, never the first.

Consider 2026 to 2026 — Shah Alam's two 100m titles, Bimal Tarafdar's, Mahbub Alam's — sitting in an attested ledger instead of in hand-timed testimony. Each entry would carry the time, the venue, the wind reading, the serial number of the timing system, the referee's signature. The 18-year void after Mithu's 2026 hurdles gold would then read as a plain balance sheet: which year someone ran, in what time, and which year nobody ran at all.

Internationally, ratifying a record is a long path — photo finish, the wind gauge's reading, a certified timing system, the doping result, then the national federation's recommendation. The weakest link? Whoever holds the paper speaks last. A distributed ledger interrogates that concentrated power.

Imranur Rahman's indoor gold and his Paris wildcard are both real, and I do not diminish them. The larger truth is that he was born in England, trains there, and entered the Olympics through a universality place. An overseas sprinter is never a pipeline — and had the data been attested, the category of the entry would sit beside the result, with nowhere to hide.

Anti-doping makes the case most directly. The Athlete Biological Passport is essentially a longitudinal dataset — months of blood and urine markers, searched for abnormal change. Put that series into a timestamped, immutable ledger and the question shifts from did anyone alter it to when, who, on which sample. In Bangladesh the prior problem is simpler still: the number of routine tests is too small to count.

Here is my objection. Blockchain does not create entries. A ledger is only worth what is written inside it. A tamper-proof ledger containing nothing is a more perfect, more intact, more certain nothing. Bangladesh's crisis is not verification but production. No track, no league, no age-group continuity. What is a hash supposed to do in that gap?

The economics run backwards too. Storing a hash costs almost nothing; a synthetic track costs crores. A federation that cannot fund the second finds the first attractive — the technology is cheap and it looks modern. That appetite is the danger.

There is another trap. The easy route to looking modern is an app, a dashboard, a digital record announcement. Meanwhile the number of competition days is unchanged, the age-group entries at the school meet are unchanged, the divisional track count is unchanged. Technology then becomes a screen for accountability.

The school meet scheme carries the same fate as its predecessors. Each change of government brings a new initiative and abandons the continuity of the last. Without state sponsorship this scheme will fade like the others. Then the ledger records another zero year — and if it sits on a blockchain, that zero is permanent.

BKSP intake figures, junior entry figures, the number of age-group competition days — read together, these three numbers show where the pipeline's water has stopped. In my own ledger, a large share of age-group entries is concentrated in a handful of institutions: BKSP, the Army, the Navy. The rest of the country is absent from the page.

So here is a small, cheap test. Take the next National Championships and pick one event — the women's 100m. For every entry, attach the wind reading, the timing system's ID, the referee's name and signature, and place it in an open, timestamped ledger. The cost is a few thousand taka. The result would be a precedent.

The question nobody is asking is this: if the data becomes attested, who loses? The answer is plain — whoever has held the paper monopoly until now. Ratifying a record means making a decision, and the power to decide is the real currency here. A blockchain moves that currency.

The press box taught me that absence can be louder than any chant. My 2026 tally is still in my notebook — bylines, word counts and photographs per event, added by hand. That same notebook says the women's 100m entry list is roughly half the men's, and the coverage far less. A ledger does not lie; a ledger only records what is written.

I am not a pessimist, and I hold the arithmetic. If the next National Championships results are placed in an open ledger with wind readings, timing-system IDs and a referee's attestation, Bangladesh will have its first verifiable sprint record. That will not be a headline; it will be an entry — and headlines follow entries.

One question remains. The ledger will be opened. Who gets the first line? Count. Count the women. Then count again.