From Carbon-Copy Sheets to Blockchain: Who Keeps Athletics Records, and Who Verifies Them

December 2026, the press tribune at the National Stadium in Dhaka. Of roughly one hundred and forty accredited journalists, only three were women, and I was one of them. I was twenty-two, six months out of a journalism degree, staring at a carbon-copy results sheet with a time measured by a hand-held stopwatch. There was no electronic timing anywhere in the stadium. That day Shah Alam won the men's 100m, and that single sheet of paper told the story of the entire Games.

The first results sheet is never just paper; it is a doorway. It opened a question that has chased me for four decades: who keeps the record, and who verifies that it is true?

That week I began a personal ledger, copying every mark, every name, every sheet by hand and filing it by year. It became the spine of all my later documentary research. It is why I never accept a remembered record over a written one, and never accept a press release over a results sheet.

A stopwatch can start a career, but a ledger decides what it meant. In 2026, results no longer live on paper; they live on servers, phones and clouds. So who now protects the integrity of that ledger? One technological answer is being proclaimed loudly — blockchain: distributed ledgers, immutable timestamps, cryptographic verification.

Context: A narrow line, and the empty years

The modern history of Bangladeshi athletics is the history of a thin line. Since 2026, the country has won four men's sprint golds and one hurdles gold at the South Asian Games — five athletics golds in total. I draw this line in a spreadsheet I call the Mithu Line, deliberately leaving the empty years blank so that no revival story can be written without first seeing the thirty-year hole it sits inside.

At the 2026 Dhaka SAF Games, Mahbub Alam won the men's 100m. Nobody knew then that it would be Bangladesh's fourth and last South Asian Games sprint title. I was thirty, writing for The Daily Star, and the only woman in the mixed zone. A visiting coach told me in English that women do not read tactics. I answered with the results sheet.

In 2026 in Islamabad, Bangladesh won zero athletics medals. In 2026 in Colombo, Mahfuzur Rahman Mithu took the 110m hurdles — to this day the last SA Games athletics gold. In 2026, Bangladesh hosted the Games at home with no athletics gold, while the only real synthetic track sat at the Bangabandhu National Stadium and the eight divisional headquarters kept running on grass and mud. Standing on the infield, I understood the real story was infrastructure, not the medal table.

Core: What a ledger is, and what blockchain adds

A ledger is a record book that writes every event in sequence and makes old entries hard to erase. My carbon-copy sheet was a primitive ledger. Digital databases made ledgers fast and searchable but added a new weakness — silent editing. Blockchain's core claim is simple: each new entry is cryptographically bound to the previous one, so changing the past requires changing the whole chain, which every node would detect.

This matters because athletics rests on numbers — a time, a wind reading, a jump, a doping sample. Record ratification still runs through paper, email and federation files. A visible, timestamped, immutable ledger could cut the cost of verification and shrink the space for doubt.

Consider a 100m final: a photo-finish camera, a wind gauge, and an electronic timing system each produce data held in separate files by separate people. If all three sat in one shared ledger under one timestamp, transparency would rise sharply. Anti-doping is another strong case — the Athlete Biological Passport tracks blood parameters over years, and a tamper-evident log would protect both the integrity of the data and the athlete's ability to prove their own timeline.

Core: The oracle problem

But blockchain has a philosophical gap called the oracle problem. The network cannot see the outside world. Someone must feed it: this clock reads 10.24, this wind is two metres per second, this sample is positive. Data nobody enters never reaches the chain — and the burden of verification stays with the human who enters it.

Infrastructure determinism, which I learned on the 2026 infield, says the real problem is rarely software; it is the track. If eight divisional towns have no synthetic track, no electronic timing, no qualified timekeeper, then blockchain would only permanently record that the data quality is poor. It can make a false fact immortal; it cannot correct it.

Core: The pipeline

My method always asks who feeds the pipeline. A fourteen-year-old runs well at a district meet; the result is written in a notebook and lost. Three years later nobody can find that mark because it never entered a central ledger. I call this the lost-generation data gap. A national ledger could change talent identification — but only if it does not become a tool for documenting the well-connected even better.

In football, satellite-club systems let giants bypass homegrown rules; the same model is arriving in sports data, where small-league prodigies become assets to buy, loan and sell. When a player's entire childhood data sits in one central database, the owner of that database is effectively their first agent.

Core: The commercial layer

Gulf money often turns ageing stars into tourism billboards, and that logic is now entering fan tokens and sports crypto assets. A shared ledger can improve sponsorship transparency, but the same technology creates a new kind of story in which the asset price is discussed more than the sport. The more visible the sponsorship ledger, the stronger the rush to build stars — and inside that rush, load management quietly becomes an accommodation for commercial tours and friendlies.

Core: Ratification and control

Record ratification depends on wind, doping, equipment standards and referee testimony. A timestamped ledger could speed it up, but the decisive question is who controls the ledger. A blockchain where one party runs every node is just a database wearing a blockchain label. Real reform requires athletes, coaches, journalists and independent auditors to hold verifiable nodes so that no one can unilaterally erase the past. That is a question of power, not of technology.

I will not unfairly blame federations. Within tiny budgets and thin staff, they do daily work that deserves acknowledgement. Pushing technology onto them without money and training is unjust.

Contrarian: A ledger is a mirror

Now I must argue against my own position. Over thirty years I have seen that the problem is rarely a lack of data; it is that the flow of data stops. If a federation decides a result will not be recorded, no technology can save it. Blockchain protects data someone has already agreed to publish; data someone wants to hide never reaches the technology at all.

There is also cost, and the trap of expectation — a technology promises the problem is solved while the real work of building tracks and training coaches slips away. Still, a narrow, honest use remains: tamper-evident logs for doping sample chains, biological passport series, and ratification timelines. Anything beyond that is false advertising.

Takeaway: Not a conclusion, but a question

For forty-four years I have carried a notebook and a ledger, and I have learned that a record never becomes true on its own; someone stamps it true. In 2026 the stamp was a hand-written carbon copy kept in two places. Today it can be a cryptographic signature. But the value of the stamp depends on the hand that applies it.

Technology can change the ledger, but it cannot change the pipeline. And if the pipeline does not change, where does the next sprinter come from? The answer is not in a smart contract; it is in the grass, the mud, and the empty tracks of eight divisional towns.

So I end with a question, placed beside my hand-written ledger. If Bangladesh wins another South Asian sprint gold in the next thirty years, who will record it, on what instrument, on what date — and who will be responsible for verifying that no one could quietly change it? The answer is not in the technology. It is in our hands. The ledger is only a mirror.