Can Blockchain Restore Bangladesh Athletics' Lost Archive?

The numbers from that 2026 race never quite added up. At the old National Stadium in Dhaka, Shah Alam's 100m time appears in one place as 10.4 seconds and in another as 10.47. Both figures entered Bangladesh's national record books, yet no one ever reconciled which was hand-timed and which was electronic. In 2026, digging through the National Library's microfilm and old BSS wire copies, I found four different results for that single race — four sources, four numbers, no agreement. Four decades later, the dispute remains unresolved in the record book. So the question now is no longer who was actually faster; it is whether a ledger that no one kept can be kept digitally. Can a decentralised ledger called blockchain bring back Bangladesh athletics' lost archive? The Bangladesh Athletics Federation's weakness has never been a shortage of talent — it is a shortage of information. Since independence, national championship results have been scattered across newspaper clippings, wire service dispatches and local clubs' broken filing cabinets. None of the eight divisional headquarters has a synthetic track; what passes for a national coaching structure is essentially army recruitment centres and a handful of university tracks. The federation's budget still has no dedicated line item for doping tests. In 2026, when I began compiling every available 100m result in the Bengali-speaking region into a spreadsheet, it took four months. The biggest puzzle was the incoherence between hand-timing and electronic timing — the same race could apparently produce two different times. Here is where blockchain becomes relevant. Blockchain is essentially a decentralised ledger in which every entry is timestamped and, once written, cannot be changed. World Athletics already uses digital timing, video review and data verification. But Bangladesh's real crisis is the information lifecycle: from the timekeeper's hand to the federation's notebook, then to the media — every step carries a chance of loss, error or deliberate alteration. Blockchain can add an immutable record to every step of that chain. The question matters more because we do not even have a reliable account of Bangladesh's steady decline on the international stage. Imranur Rahman's 10.29-second national record in 2026 earned nothing at the Paris Olympics beyond a universality wildcard; every Olympic athletics appearance follows the same short script — one athlete, one wildcard, first-round exit. It is safe to assume no data-driven planning sits behind this cycle. For that reason, blockchain is not merely a technology-upgrade story — it is a story about restoring institutional memory. Practical applications can be broken into three layers. First, timestamping results and records. The 10.4 vs 10.47 confusion of 2026 shows how unreliable the foundation of Bangladesh's record book is. If an official digital ledger of national records existed, every result would carry the meet name, date, timing method, wind reading — even the timekeeper's identity. Data written on a blockchain is immutable. A researcher in 2040 verifying a time from the 2026 national championships would not depend on the federation's broken filing cabinets; the information could be retrieved from any node of the public ledger. Nor would there be any room to delete a time by claiming the record is lost — because the ledger is replicated across multiple nodes. Second, budget transparency. In 2026, I calculated the entire operating cost of the national athletics championships and showed that the whole event cost less than one season's fee for a mid-tier Dhaka Premier League cricketer. Getting that figure required months of digging through dozens of government fund documents, ministry annual reports and audit files. If budget flows were written to a blockchain, that long chase would not be necessary. From the ministry to the federation, then to divisional coaching camps, every taka's journey would be recorded in an immutable ledger. There is no document for that expense would no longer work as an excuse. In the language of my reporting: follow the missing budget line — and this time the line is sealed in a digital ledger. Third, the chain of custody for doping samples. Under international standards, every doping sample's journey must be documented: collection, transport, arrival at the laboratory — who touched it, when, and in what condition. Bangladesh's institutional chain-of-custody system has not yet been built; there is no room for it in the budget. The national anti-doping body's work still runs largely on paper, and that paper is itself at risk of being lost. On the day this system is built, blockchain can ensure no link in that chain can be denied. On questions of athletic integrity, that would be the single biggest institutional gain. However, the technology has its own architecture. A pilot needs reliable timing hardware, internet connectivity and stable electricity at the national stadium. It would be dishonest not to acknowledge the infrastructure gap. That is why the start should be small: first, only national championship results; then federation election results; then a gradual move toward international competitions. In several countries, startups have built small-scale digital record books and gifted them to federations — independent entrepreneurs could do the same in Bangladesh. But once the scale grows, no single person can carry it; institutional ownership becomes necessary. There is no shortage of precedents. From goal-line technology in football to DRS in cricket, technology has always given us the power to question human error. Fully automatic timing is already mandatory at the international level. But a national record book needs more than timing: it needs results fixed in a frame that cannot be altered by time or interference. Blockchain is that frame. In my seven years of reporting, I keep returning to the line the archive is the crime scene — as a crime scene is sealed, records too must be sealed as an institutional duty. Blockchain is the first technology that can maintain that sealed state — if someone runs it with integrity. This is where restraint is needed. Believing blockchain is an antidote to corruption contains a fatal error. A federation that has not preserved meeting minutes for years — will it safeguard the private keys of a blockchain? The responsibility for writing data still rests with human hands. If a single office inside the federation controls the nodes, an immutable ledger is not much better than a central server. Blockchain's security depends on who writes the ledger. History tells a different story against technological optimism: an institution without internal accountability will find cracks even in the most modern system. Our media shows a theatrical faith in tech solutions, and I refuse to fall into that trap. Technology has never ended corruption; it can make corruption more complex and slower — and that is hardly nothing. But eventually, institutional honesty is required, and that comes from intent, not hardware. Without that intent, blockchain becomes just another empty filing cabinet — this time in more expensive hardware. After seven years of working on Bangladesh athletics' archives, I have learned one thing with certainty: the numbers are clean; the people who keep them are not. Numbers do not get lost; the will to keep them does. Blockchain is not a substitute for that will; but if the will exists, it is the most trustworthy tool available. The question now belongs not to technology but to the federation's signature. Who will sign the first pilot project? That signature is less a matter of records — it is a litmus test of integrity.