From Hand-Timing to Blockchain: Who Will Verify the Records of Bangladesh's Women's Athletics?

The women's 100m final at the 2026 National Athletics Championships. Twelve starters, fewer than thirty people in the stand, not a single live camera. I began with a phone camera because the official one never turned on. That ninety-second clip crossed sixty-one thousand views by the weekend, and my print preview produced three phone calls. But one question stayed hanging, and it has grown heavier across twenty years on the beat: who actually verified the winner's time? The scoresheet carried a number. It came from a stopwatch held in a hand, from an official's eye and the reflex of a finger. That number became a national record overnight, because there was no other route to verification. Today, when the sporting world is excited about blockchain, my first question is simple: how do you write onto a blockchain the data that was never created in the first place? I have watched the athletics field for more than twenty years, from the small track of the Rangpur District Sports Association to the tape-line of the National Championships in Dhaka. Based on years of watching matches, my experience tells me the real crisis of this sport is not talent — it is the record: who gets measured, who does not, and who holds the data once it is measured. The history of timekeeping in Bangladeshi athletics is really the history of an incomplete archive. We take pride in Shah Alam's 100m gold at the 2026 SAF Games, but many of the times attached to that story are hand-timed. After 2026 a long drought set in, and the national record list keeps circling a fixed set of institutions — Army, Navy, BKSP. Their dominance runs so deep that for a woman runner rising from a school or a madrasa, earning a place on the national stage is almost a matter of luck. Imranur Rahman's indoor gold and wildcard Olympic journey in 2026-22 might send a wrong message — as if the domestic training system had returned. The reality is different. His success came from overseas tracks, overseas coaches and his own money; there is no consistent reflection of it on home soil. And the times written beside his name come from electronic timing — still the exception, not the rule, at domestic meets. When I cover women's events, the most striking thing is the absence of cameras. A men's 100m final gets two or three cameras; a women's final ends without a single photograph. So the measurement data shrinks and the continuity of records breaks. An event with no video has no frame-by-frame analysis, no photo-finish, no wind reading. This is where blockchain becomes relevant, but in a different way. The best-known use of blockchain in sport is ticketing, fan tokens and NFT commerce. The real potential for athletics is less shiny and far more urgent: an immutable ledger of information. Imagine every event's timing data flowing automatically from sensors, photo-finish cameras and anemometers into a distributed ledger — then no one can later pick up a pen and change a number on a scoresheet. Every record would carry a timestamp, the source of the instrument, and an unalterable account of who recorded it, when, and under what conditions. Sporting history holds countless cases where national federations became entangled in disputes over lab results or selection; blockchain can reduce at least part of that dispute, because once information is written it cannot be erased. In anti-doping the application is clearer. The Athlete Biological Passport (ABP) tracks a competitor's blood and urine markers over the long term. If that data were stored centrally with proof of any change, excuses like 'the sample was lost' or 'the file cannot be found' would not survive. The whereabouts system — requiring top athletes to report their daily location — could likewise sit on a transparent ledger, though this immediately raises a privacy question I will come to. Blockchain-based smart contracts could also serve selection. Suppose the criteria for the national team are written into code in advance — a specific time, a specific event, a specific number of competitions. If someone goes outside those criteria to pick a favourite, the system catches it. Complaints about selection are not new in Bangladesh, especially for women; transparent criteria at least make those complaints verifiable. Then there is prize money. In many countries prize money or scholarships are delayed, sometimes they vanish. On a blockchain smart contract, once the conditions are met the money can move automatically into the athlete's wallet — no middleman can hold it back. For women athletes this transparency matters most, because they are the biggest victims of delayed or irregular funding. Equipment is tangled up here too. The 'super shoe' — carbon plate and special foam — has produced a 'technological doping' debate in World Athletics, centred on which shoes are legal and which are not. If every shoe's model, serial and certification sat on a ledger, checking it before and after a competition would be simple. The same goes for wind speed and altitude: sprint and jump records are valid only with a wind of ≤ +2.0 m/s, and running above roughly a thousand metres of altitude makes times look artificially good. If automated sensors feed this straight into the ledger, the days of handwritten 'wind favourable' notes end. Yet once you land on Bangladeshi soil, the problems turn black and white. Blockchain assumes data already exists. In our women's 100m final, data is created on a hand-held watch, if anyone holds a watch at all. District meets have no timing gates, no photo-finish, no anemometer, no reliable internet. A final recorded on a phone camera can be placed on a blockchain — but that would be the hash of a low-quality video, not of a neutral instrument. However immutable the ledger, if the number fed into it is suspect, immutability only cements the suspicion. Then comes the question of young talent. In developing countries, scout networks find genius on one side and create 'football lottery' families on the other — parents chase agents behind their children, send them abroad without papers, and return with debt. Verifiable ages, contracts and payment records on a blockchain could reduce some of that exploitation; but only if that data is collected beforehand. For a young girl who has no birth certificate, how will her age be verified? This is where the counter-intuitive side of the comfortable story appears. We assume transparency means fairness. But the global drive for transparency in athletics — referees explaining decisions, ABP, whereabouts, DSD rules — all stands on an infrastructure that countries like Bangladesh lack. Import that framework and the danger can invert: those with more data will be more visible in the system, while those with no data sink deeper. Women's events are the least documented, so they will be the least present on a blockchain. If technology is a mirror of inequality, it will show that inequality more sharply, not reduce it. The second danger is privacy. Putting whereabouts or biological passport data on a ledger open to all means a woman athlete's body and location laid out in public. Transparency where anti-doping requires it; but without protection of personal data, that transparency gives her surveillance, not protection. If the system meant to protect a woman athlete ends up exposing her most, the question is not one of technology but of power. And one more thing I learned at a tea stall in Rangpur in 2026. I watched all sixty-four matches of the Russia World Cup on that stall's projector, and that June Bangladesh's women's cricket team played the Asia Cup final. The report on that final drew more clicks in my newsletter than any men's group-stage dispatch, and three local sponsors asked about 'the women's thing'. The lesson is clear: the audience exists, the market exists; only the data and the cameras do not. If blockchain can fill that empty space of information, good; but before filling it, the information must be created, and creating it needs a trained timekeeper, a camera, and a bus ticket to Dhaka. My experience tells me that before technology reaches a place, people must reach it first. From twenty years of watching the field, I can say that the crisis in Bangladeshi athletics begins with the absence of a camera, grows through the absence of documentation, and becomes permanent through the absence of transparency. Blockchain is the medicine for the last of these three stages, not the first. Change has begun, slowly. Some federations are moving toward electronic timing and digital results systems, and international bodies are talking about data integrity. The question now is not which technology to choose; the question is distribution. Equity is not a special lane; it is the whole track finally measured honestly. My phone camera is still on. But honestly, I wish that one day a woman runner's time would be recorded in a way that no one's phone is needed to verify it. The question remains: for a track whose half is still unmeasured, whose responsibility is it to measure the whole?