Cricket's Broken Ledger: Can Blockchain Bring Back the Names of Vanishing Young Players?

The old ledger still sits on my desk. Page after page, twenty-two names, each with four columns beside it — district, first club, first coach, age at debut. I do not write a boy's name without those four columns. I once spent eleven weeks in the National Library reconstructing the full squad of a 2026 under-16 championship from old newspapers, and I recovered twenty-two names. For twenty-four years I have turned those pages — of the twenty-two, only three survived into senior cricket. Where did the rest go? One returned to his village, one vanished under the weight of age-verification paperwork, one simply fell silent. No office file ever formally announced that this boy no longer exists. The system just stopped writing. Today, staring at those empty lines, a new question circles: can this amnesia in cricket be cured with blockchain? In South Asian cricket, record-keeping was never truly centralised. Outside Dhaka, in a district town, the under-14 trial list is drawn up in a thick ledger, written by hand. That ledger travels in the coach's bag, then into the district sports office file, then often into a damp cupboard in monsoon season. Over the years I have checked — the complete scorecards of many competitions exist in no digital archive. Some survive only in newspaper clippings that I copied by hand in the library. A single boy's career is scattered across three or four separate documents — birth registration in one place, school admission record in another, board registration in a third. Nobody joins these papers together. Against that reality, talk of blockchain sounds strange, because where the foundation itself is empty, what will new technology do? Still, the question should not be discarded. Blockchain is essentially a ledger — a book kept not in one place but simultaneously across thousands of computers. When someone adds an entry, it spreads to every copy, and later nobody can quietly delete it. Each data block carries the cryptographic hash of the block before it, so changing one block means changing every earlier block — practically impossible. This is what is called immutability. My problem was never a shortage of data; my problem was keeping data somewhere it would not be lost inside one person's bag. Imagine an under-16 trial list going onto a blockchain. Every boy's name, age, district, first coach becomes a timestamped record. If someone later claims this list never existed, the proof remains. If someone alters an age, the old entry is not erased, only a new entry is added beside it — and the gap between the two entries becomes the thread of an investigation. Age fraud is an old wound in South Asian youth cricket. A boy shows sixteen instead of eighteen, gains two more years of opportunity, and the genuinely sixteen-year-old loses it. The roots of that wound are not technological but in poverty and competition. Yet a timestamped, undeletable registry would make investigation easier. Here lies a specific use of blockchain that has not fully arrived in cricket — a player registry. Not on a single server of a central authority, but a career entry for every player on a shared ledger. When a boy leaves a club, that is added, not erased. When he joins another club, that too is added. Years later, if anyone asks where this boy once played, the answer is written on a ledger that no office fire or monsoon can burn away. Every Bangladesh star who reached the national side — Shakib Al Hasan, Mushfiqur Rahim, Tamim Iqbal — began inside this age-group structure; but for those who never made it, no record exists anywhere. Smart contracts can do more in cricket. If a young player's contract with a club sits in a smart contract, payment is released automatically when set conditions are met. Salary delays, paper promises instead of money — these should decline. A boy's transfer fee is in one office's book, the video of his first ball on another phone, his injury report in another hospital. Blockchain can bind these fragments into one thread, if all parties agree. But who writes the terms of the contract is the real question. Technology only executes conditions; people create them. Now we must discuss the most visible form of blockchain in cricket, because this is where the gap between hype and reality is clearest. In recent years, digital collectibles, fan tokens and NFT markets have spread in cricket's name. In India, Rario and FanCraze have become major cricket NFT platforms, and the ICC itself has begun releasing digital collectibles around big tournaments — demand for such collectibles around the 2026 World Cup was notable. In this market, blockchain's job is mostly a different one — proving ownership and keeping fans engaged. That is not bad; it is a business. But the question is whether this enthusiasm touches cricket's record problem. Directly, no. Proving ownership of a digital video clip and preserving the career record of a vanished teenager are two different tasks. Attention goes where profit is high. There is little profit in young players' records, so investment there is low too. Blockchain is never neutral — the work with money in it gets done first. Two more areas could use blockchain in cricket. The first is ticketing. Fake tickets, black markets, estimates of attendance — an immutable ticket ledger could help here. The second is integrity. In match-fixing or suspicious betting suspicions, investigators often work with scattered evidence. A timestamped immutable record could organise an investigation. Still, remember that the quality of an investigation depends on true information, not on technological sparkle. One point I want to stress, because it is often skipped — the privacy of young players' data. A fourteen-year-old's date of birth, address, school, family financial situation — if these go onto a public ledger, is that good for him? An immutable record means nobody can delete it, but that very inability to delete can sometimes be harmful. If a boy quits cricket, his data stays forever on a public ledger — that is not protection, that is a burden. Cricket's economy runs on three tiers — at the top, youth development and talent supply; in the middle, national teams and leagues; at the bottom, broadcast and commerce. Blockchain's biggest impact could fall on the top tier, because that is where records are weakest. But investment comes from the bottom tier, where profit is fast. This mismatch decides technology's priorities. Where there is no money in a tier, new technology does not go there first. The failure of central databases is nothing new. Many sports organisations worldwide have lost data over the years — servers shut down, formats changed, budgets cut. If an organisation searches for a competition's data from ten years ago and cannot find it, that is no accident; it is a structural weakness. Blockchain could be an answer to that structural weakness, because here data does not depend on one place. One thing I have seen repeatedly — often the most reliable evidence sits in a private WhatsApp thread or a closed Facebook group. Coaches, parents and boys talk there, dates are there, traces of decisions are there. But nobody preserves that evidence, and one day, when a phone is replaced, it all disappears. When a private thread goes public, every screenshot becomes a witness. Blockchain could make these temporary witnesses permanent, if they are placed on the ledger properly, with consent. My biggest objection is not to blockchain but to blockchain enthusiasm. It is often said that an immutable ledger will erase all corruption, all opacity in cricket. That is wrong. If a ledger is filled with false information, it simply stays false immutably. The immutability of false information is no solution, but a permanent harm. If the office that loses papers is the same office that writes to the blockchain, then instead of losing, the error becomes permanent. Second, who controls a ledger is the real power. Blockchain's claim is that it is decentralised. But in practice it is often seen that the ledger is actually installed on a single company's or a single board's server, with only the name blockchain. Who runs the nodes, who writes the rules, who can delete whose writing — without answers to these questions, the technology is only a new wrapping. Third, the question of cost and energy is not fully settled. Some blockchain networks are extremely expensive in energy use, while others are fast but do not make users fully independent. In a low-profit field like sport, will a district sports office bear that cost? Probably not. And above all — the boys whose names were lost were not lost for lack of technology. They were lost for lack of class, region and opportunity. If a village boy does not even get the chance to enter a first club, the question of keeping his record on a blockchain is theoretical. A ledger can hold a name, but it cannot create opportunity. From my years of watching from the stands, I can say talent was never in short supply — opportunity and attention were. I have a habit — after publishing anything about a young player's signing, I set a reminder for twenty-four months, and then I call the player, not the club. From that habit I understood that the system's real weakness is not in the database but in attention. Only if a ledger can take the place of that attention does it have value. I watched twenty-seven matches tracking one boy, then drove to his village and found him working in his uncle's rice mill. At that moment no ledger would have helped. What would have helped was a phone call, a second chance, a club that did not forget. Technology cannot make that phone call. An academy is really an excavation site — the topsoil is hype, the bedrock is patience. Blockchain cannot take the place of that patience; it can only keep accounts. Blockchain can give cricket one thing, if used well — memory. A player's name, his district, his first coach, his debut date can remain on an immutable ledger where nobody quietly deletes them. That is no small matter. Every one of the twenty-two names in my ledger, if it had once been on a blockchain, at least would not have been forgotten. But the question still stops at the ledger's owner. Whose ledger is it? Who writes, who reads, who cannot delete? If the answer is a board or a company, then we changed the technology, not the power. If the answer is the player himself, his coach, his family, then it is different. I keep a ledger because some boys survive only in ink. A blockchain might make that ink permanent. But who is writing the ink, and who is being kept from writing — that is the real question. In the next five years, when cricket boards make grand announcements about blockchain, my first question will be only one — whose hands hold the ledger?