Silent Lanes, Invisible Clocks: Will Blockchain Bring Back Athletics' Missing Half?

In 2026, sitting in a corner of the National Stadium, I was counting old results sheets. Sixty-two finals at the National Athletics Championships. The next morning I turned through Dhaka's newspapers and found that only nine finals had been named—three of them women's. I built a spreadsheet and called it "The Other Half." Within six weeks the page had 1,200 followers and one angry phone call from a federation official. My editor called it a hobby. I didn't drop it. I had understood something: in athletics we count medals with great care, but we count people carelessly—especially women, district runners and school sprinters. Seven years later, I am thinking about a new word: blockchain. Sports records, doping surveillance, tickets, broadcast rights—everything is supposedly moving onto an "immutable ledger." It sounds wonderful. But when I sat down to count, I found the question lies elsewhere. What a blockchain proves is that a record has not been altered. It never tells you whether the record was ever written at all. To grasp that distinction, one has to recall the athletics of my generation. From 2026 to 2026, Bangladeshi sprinting at the South Asian Games was a chapter of pride—Shah Alam's run, the roar of the small stadium. But the medals and times of that era were hand-timed. One person wrote the time on one side, another on the other; arguments over tenths of a second were daily. Yet we remember that period as a "golden age"—and often forget that half of that golden account was never preserved. Hand times and modern electronic times cannot be weighed on the same scale; that must be said before any comparison, or we will falsify our own past. After 2026 the glow faded. No track, few coaches, zero sponsorship. But what was lost most was not numbers—it was accounting. Who ran how fast, which girl jumped how far in which district, which schoolboy sprinted to a regional title in how many seconds—all of it vanished before reaching paper. Each time the federation formed a new committee, it started the accounting afresh; nobody closed the old ledger, nobody even opened it. A major cause of this silence is the media. By my count, over the past decade Dhaka's leading papers have given more space to a single male cricketer's practice session than to all women's athletics coverage combined. This is not a conspiracy; it is habit. And habit is the hardest opponent, because you cannot play a match against it. Now to the substance. A blockchain is essentially a distributed ledger. Every transaction or record is written simultaneously on multiple computers and bound to the previous block by a cryptographic hash. No one can alter an old number by entering a single location—changing it would require altering a majority of the network at once, which is effectively impossible. That is its appeal: a timestamp, a hash and thousands of copies together make a record nearly uneditable. Smart contracts go further—when conditions are met, prizes are paid and records filed automatically. A caution is essential here. Before anything enters a blockchain, the quality of the data must be decided. A wrong time, a wrong name—once on the chain, it is wrong forever. In the hand-timed era there was room to correct errors; on the chain that door closes. So the more powerful the technology, the stricter the gateway must be. Applications in athletics are being discussed internationally. Doping surveillance: if an athlete's whereabouts, sample-collection times and lab results sit on an immutable ledger, no one can later "forget" them. Records: if a national record lives on a chain, proof is at hand when it is questioned. Contracts, prize money, age verification—all can be made transparent. The idea is excellent, and I am not dismissing it. The Bangladesh Athletics Federation's accountability is an old question. A national championship is held every year, new records are announced every year, but nobody knows how much of any record has been verified. Blockchain would shrink the room to dodge that responsibility—if it is genuinely used, and if it does not remain mere language in a circular. Year after year, sitting in stadium galleries, I have noticed one thing: when spectators thin out, cameras thin out too. And when cameras thin out, the record is at risk. Consider June 2026. In Kuala Lumpur, Bangladesh beat India by three wickets to win the Women's Asia Cup, Salma Khatun lifting the trophy—in the very week the Russia World Cup began. My paper gave that historic win 120 words on page 14, while the World Cup got fourteen pages. One hundred and twenty words. They can hold an entire career, if read slowly. Blockchain does not solve the problem of those 120 words. It only ensures that what was written has not changed. But the question is—who writes? Who decides which final goes on the ledger and which does not? Of the 62 finals held in 2026, 53 found no page at all. Switch on a blockchain and those 53 will not upload themselves. Because before anything enters the chain, a human must decide whether this information is worth writing. And that decision point is the most subjective, the most opaque of all. Then came 2026. Empty stadiums, the women's football league suspended. Forty-odd players went months without stipends, and nobody filed. I moved back to Barishal and spent eleven weeks on the phone with 23 women athletes across all eight divisions—from national-record sprinter Shirin Akter to a 16-year-old high jumper in Barishal. Twice I drafted a resignation email. In the end I wrote "The Longest Lap"—6,000 words, no crowd noise. That experience taught me: when the stadiums emptied, the longest lap was the one nobody timed. Imranur Rahman belongs here too. Asian indoor gold, a Paris wildcard—real achievements, and one must concede that. But when a single England-born, England-based sprinter becomes the whole story of "revival," the absence of a domestic pipeline—and of women's pathways—gets quietly passed off as progress. I write against the one-athlete show, not against the athlete. And here lies the hidden flaw in blockchain's promise. Technology is neutral; data is not. An immutable ledger actually makes existing bias permanent. If the same federation, the same gatekeeper, decides which results go on the chain, the chain will immortalize only one half—and the other half will vanish more silently still. Because this time nobody can say, "the data was never in the system." It was in the system, but outside the lock. A null input produces immutable silence—this is not garbage in, garbage out; it is silence in, permanent silence out. This is no anti-technology complaint. I am not against technology. Rather, I want a second question beside every time-stamped record: who was left out, and why? However good a database is, it cannot bring back the girl whose division has no synthetic track at all—who never reached BKSP's door because the road to it was never built. Women's football, women's basketball, volleyball tell the same story: talent exists, the stage does not, the accounting does not. In both football and athletics I see the same thing—what counts as an "important" result is decided by unwritten rules, by subjective judgments, that never reach paper. Just as a large part of a referee's decision on the pitch lives in a grey zone, so in the world of records a large part of "what is a record" lives in a grey zone. Blockchain does not make that grey zone transparent—it only makes the final decision permanent. I follow women. And the history of women's athletics has taught me that a number is never a neutral truth. A record says more about who wrote it, who did not, and whose name was deemed worth printing than about the mark itself. — Root: Women. Without reading that root, the story of athletics stays incomplete. So my interest in blockchain is limited, but my question is not. My question is for the federation: at the next national championship, how many finals will you put on the ledger, and how many of them will be women's? If the answer is "all," I will count and check—truly all? Because I counted the other half, and the number kept rewriting itself.