From Data Integrity to Fan Tokens: Will Blockchain Change the Future of Bangladesh's Youth Cricket?

Evening was falling on the north-side nets at Rangpur Stadium. A left-handed batter was playing off the front foot, and behind him the coach, Rashedul Karim, was looking at something on his tablet. I walked closer and saw that it was not video — it was a dashboard. Player name, date of birth, district, school, matches played, ball-by-ball counts. The coach said: "Now all the information sits in one place. But who verifies it?" That single sentence turned my seven-year notebook upside down. In 2026, the spreadsheet I first held for Touchline BD — minutes, positions and pass counts for twenty-six players — was my private weapon. Today the same kind of information has reached a district coach's tablet. But having information and having trustworthy information are two different things. This is where the blockchain story begins. The word blockchain is still mysterious to many in Bangladesh's cricket conversations. Some assume it is a foreign game involving Bitcoin; others assume it is a new trap to take supporters' money. The reality is more specific. A blockchain is a distributed ledger in which each entry, once written, cannot easily be altered, and copies of that ledger sit on many computers. Every entry is bound by a cryptographic hash, so changing one number means changing every block after it. In cricket terms, it is a scorebook whose every page has been photographed by thousands of cameras — no single person can change the numbers with a pen. Over the past few years, blockchain has entered world cricket along three paths. The first is fan tokens and supporter engagement. Through platforms like Socios or Chiliz, clubs in big leagues sell digital tokens to supporters, who receive votes, special experiences or a share in match-related decisions in return. The second is digital collectibles and NFTs: clips of famous moments, memorabilia cards, autographed digital keepsakes. The third — the one that troubles cricket administrators most — is player registration, contracts and the integrity of data. The international examples are clear. In 2026 the ICC released digital collectibles in partnership with FanCraze; clubs in Australia and England launched fan tokens; teams in the Indian league entered the digital memorabilia market too. But these examples share one common thread: they survive where supporters have purchasing power and digital infrastructure is strong. Fan tokens are almost always built around a star player — in Bangladesh, that weight falls on names like Shakib Al Hasan or Mushfiqur Rahim. In Bangladesh the picture is different. The BCB has already introduced online registration, and district-level information is submitted in digital form. But online registration is not blockchain. Keeping data on a central server means an administrator can change it if they wish; in a distributed ledger that is nearly impossible. The difference is not only technical, but also one of power. It is that third path that interests me most, because there the old wound of youth cricket is hiding: age verification. In South Asian age-group cricket, allegations of age fraud go back decades. If someone in an Under-16 squad is really eighteen, then a genuine fifteen-year-old talent sits on the bench — and is lost. Historically, verification rested on birth certificates, school registers and the testimony of local officials. Papers are lost, registers grow old, and once a district boundary is crossed the very source of the information changes. Blockchain's promise is simple: once the cryptographic hash of a player's birth certificate, immunisation record and school admission paper is written to the chain, no one afterwards can quietly alter it. Which club registered whom and when, which coach called whom to which camp, how many minutes a player actually played — all of it is bound into a timeline. To a journalist like me it sounds like a dream, because I fight every day for the right minutes and the right dates. But if I only dreamed, this piece would be an advertisement. Instead I have to ask: will this technology work on Bangladeshi soil? In 2026 I watched all sixty-four World Cup matches from a flat in Rangpur, logging goals by age, club and academy. That notebook taught me that a number only becomes meaningful when a reliable source stands behind it. Blockchain can provide the structure of that source, but someone has to write the source first. Nothing is born on a chain by itself; people write it. Here is the first crack. If false information is entered into a blockchain, the chain makes it immortal. A wrong date of birth, once on-chain, behaves like a permanent truth — until someone files a new entry to correct it. Technology does not prevent lies; it only makes them harder to hide. The second use is contracts and transfers. A smart contract is a program that executes automatically once conditions are met. When a youth player moves from one academy to another, the transfer fee, solidarity payments and a share of any future sale can all be written into conditions, and payment splits automatically. For small clubs, who often complain of being short-changed by bigger ones, this could in theory bring fairness. But this is where a crucial question arises — who owns a player's performance data? The club, the federation, or the player? On a blockchain a player could in theory control their own data, give consent, even earn a share of revenue. But in Bangladesh, where a young player often cannot act without a guardian's decision, the phrase "data sovereignty" may still sound like a luxury. The gap between theory and reality sits right here. At a district-level club in Bangladesh, contracts are often verbal, struck in the presence of a local strongman, with cash changing hands. To place that reality into a smart contract, the entire contract culture must first be written down. If technology is laid over existing opacity, that opacity simply survives in digital clothing. The third use is fan tokens and the supporter economy. Bangladesh's cricket following is vast in numbers but narrow in revenue. Beyond a national-team match ticket, a jersey or streaming, there is almost no financial relationship between club and supporter. Fan tokens could reshape that relationship: a supporter buys a token, feels a sense of ownership, and the team can offer membership and votes on decisions. But here is the second crack. Token prices fluctuate, and those who support most ardently are often those who can afford least. If the ability to buy a digital keepsake is confined to the wealthy parts of the city, this is not cricket democracy — it is a new form of cricket aristocracy. In a stadium where a coach's instructions are clearly audible in an empty gallery at dusk, most spectators hold smartphones but have no spare money in their bank accounts. There is another practical area — ticketing. In Bangladesh, ticket forgery and black-market sales for big matches are familiar. A blockchain-based ticket would carry a unique code, become void once used, and its resale price could be capped by a smart contract. In theory this could restore spectator trust. But in practice the politics of ticket distribution is a bigger obstacle than the technology — who gets a ticket is decided not by technology but by power. My suspicion is that the blockchain debate is answering the wrong question. The biggest crisis in Bangladesh's youth cricket is not the integrity of any database; it is inequality of opportunity. How many scouts travel into the field to find a talent outside Dhaka? How many district boys even reach a trial? Blockchain cannot answer those questions. Put more plainly, technology is not neutral. The institution that controls the chain, that decides who writes and who reads, is the one holding real power. In a cricket administration where central authority is strong, if an "immutable" ledger sits in the same centre's hands, immutability does not bring transparency — it hardens central power. I deliberately spent several weeks talking to district coaches. One said: "Don't give me a dashboard, give me my travel expenses." That one line contains the whole debate. Where a coach's monthly allowance is irregular, a blockchain-based scouting platform may be presented beautifully, but the reality on the ground will not change. Still, I am not asking anyone to throw the technology away. Because there is one area where blockchain could genuinely work: preserving memory and history. One of the great losses of Bangladesh's domestic cricket is the disappearance of records. Who scored how many in which match, who played in which Under-19 side — this information existed on paper, but the system of preserving it was weak. Had every scorecard from day one been written into a distributed ledger, no one could have erased that history. The pages of my own notebook that have rotted away today would still exist. One area deserves particular thought — women's cricket. Bangladesh's women's game is growing fast, but its match records and scouting data are even less well preserved. A blockchain-based ledger could help most here, because where old information is scarce, the opportunity to start recording correctly is greatest. If accurate data is written from day one, the history of women's cricket will never be erased. This is where my professional wish lies. As a youth archaeologist, I want every age-group match scorecard, every player's registration date, every coach's session log to sit in an open, verifiable ledger. If someone says "this boy played like that at this age," I want to be able to say: show me the minutes, the dates and the source. But such a ledger will only be valuable when it is readable by everyone — not just officials, not just journalists, but district coaches, guardians and players too. If control sits at the centre and the right to read is restricted, that ledger is just another closed office, written on different paper. My second doubt concerns fan tokens. In many leagues around the world, the real use of fan tokens has declined — supporters bought tokens, but have almost no influence over decisions. In other words, blockchain's "engagement" often sells a feeling of ownership, not power. If a club in Bangladesh launches a fan token, my first question will be: what can a supporter actually change with this token? If the answer is "nothing," then it is not blockchain, only an old keepsake in new wrapping. Another aspect must not be forgotten — infrastructure. Running a blockchain needs internet, devices and electricity. At a camp outside a district town, power cuts are a daily event. Technology that does not work during a load-shedding is technology only for the city. And if cricket's future belongs only to the city, we will lose a large share of our talent. Cost is no small matter either. Recording every transaction takes computing power, and on some networks energy consumption is enormous. Choosing the right design matters for a federation — not a public, slow chain, but a permissioned, fast and cheap network. The decision to choose the right form of the technology is not only technical, it is political. So my proposal is a limited pilot. Start with the registration hashes of forty players in the Under-16 national camp, the ball-by-ball scorecards of twenty matches, and coaches' session logs. Run it for eighteen months and see — could the data be altered, did coaches save time, could guardians view the information? Launching technology without evidence goes against the rules of my own trade. One more calculation is troubling. Every year a record is lost, it is lost forever — no later technology can bring it back. In other words, we must count the cost of not having blockchain, not only the cost of having it. I know this piece will end with a question, not an answer. The question is simple: will blockchain bring transparency to Bangladesh's cricket, or add another layer in which power is further centralised? The answer depends not on the technology, but on its design — who writes, who reads, and who decides. The day a fifteen-year-old boy from some district learns that every minute he plays is recorded somewhere, and that no one can erase it — that day blockchain will have truly worked. Until then it is just a ledger we have not yet begun to write.