The Immutable Ledger: Cricket's Lost Minutes and the Quiet Promise of Blockchain

There is a spreadsheet on my laptop called the "U-23 Minutes Log." In 2026, sitting on the back bench of a Chattogram classroom, I recorded by hand the minutes of 32 teams — 1,056 minutes in total. The file still gets opened, almost every week. Yet one cell in it remains blank. It is not a star's name, not a record-breaking score. It is a 78th minute, from a specific match, that drifted out of the main camera frame. Nobody wrote it down. Those who watched had already looked away. That blank cell follows me around. The most important information in a game is often born at the exact moment everyone decides it is over. I do not scout goals; I scout the silence before them. At the 2026 World Cup in Russia, France's Kylian Mbappe, then 19, scored four goals and won the Best Young Player award. I was a schoolboy in Chattogram. Instead of cutting highlight clips, I used a statistics assignment to log every U-23 player's minutes across 32 teams — 1,056 minutes in all. France beat Croatia 4-2 in the final. But the real lesson for me lay elsewhere — among the players who were on the pitch but never in the frame. Russia 2026 taught me that a first touch can be an artifact. From then on, a rule took shape: I never publish a young player's profile without at least three matches of off-ball data. That rule was born in 2026, when stadiums worldwide stood empty and my notebook filled up. That year I joined Chattogram Abahani's youth academy as a remote volunteer. Thanks to that 2026 blog, a youth coach called me in — to code 12 U-18 video matches and log 1,240 passes. In that work I found a 17-year-old left-back completing 87 percent of his passes under pressure. The club cut my stipend. I never complained; I kept sending weekly reports in silence. That discipline now belongs as much to cricket as to football. Bangladesh's cricket memory is written on paper, and paper is fragile. Test cricket may have a century and a half of records, but a large part of our domestic game has never been documented at all. Where does the ball-by-ball data of a Dhaka Premier League match live? Who logs the runs-per-over of a leg-spinner in a U-16 tournament? The answer is usually — nobody. We build memories around stars, but the existence that preceded the stardom erases itself. A blog, a phone photo, an offhand remark from a coach — sometimes these three are the only evidence. In answer to that fragility, one idea has been circling the edges of cricket journalism for a few years — blockchain. The concept is simple: a ledger that, once written, cannot be altered. Every entry carries a timestamp, and its roots are tangled with the entry before it. If someone later tries to change a number, the whole chain's arithmetic fails to reconcile. To an archivist this sounds like a dream — because my work's greatest enemy is not falsehood, it is forgetting. But cricket has not come close to this idea yet. What exists is fragmented — one board's database, another at the ICC, a domestic body's paper files somewhere else. These scattered records never reconcile into one whole truth. When a scout wants to understand the development curve of a 19-year-old pacer, he must stitch numbers together from five different sources. The process is slow, and every stitch raises the odds of error. This is where my second rule arrives — when there are no numbers, I do not fill the cell with imagination. An empty cell stays empty. That rule is the most neglected lesson in cricket analysis. I code passes, count minutes, log off-ball shadows. The work looks dry, but the game's real story hides inside it. Take an 18-year-old midfielder running 10.8 kilometres a match. The number alone says nothing. The question is — does that running fit the team's structure? Is he running to win the ball, or running after losing it? The first is a gain for the team; the second is a hidden cost. Same number, two different futures. In 2026 I studied Italy's Euro 2026-winning midfield rotation — Jorginho, Verratti, Barella — watched the youth football at the Tokyo Olympics, and built a "tactical translation" model. Its core idea: a young player's number only means something when it is translated against the team's structure. I began applying the same method to cricket — a young spinner's bowling angle, an opener's footwork, a wicketkeeper's hand position. These are like archaeological artifacts — every line in them tells you where the player came from, and which system shaped him. This is where the blockchain idea becomes a methodological thought rather than a technology. If every observation is recorded with a timestamp, unalterably, a player's development curve becomes clear. At 17 his pass completion was 87 percent, at 19 it was 91 percent, but under pressure it fell to 78 percent — if those three numbers sit in the same immutable ledger, nobody can later rearrange them to suit themselves. Coach, agent, club — nobody. The archive sits above them all. A caution is essential here. Blockchain makes data immutable, but it does not verify whether the data is true. If a wrong observation is written immutably, it becomes a permanent wrong. That is exactly why I believe the real value of blockchain in cricket lies less in technology than in a discipline — a discipline that says: do not write what you did not see. In my view, cricket's future archive will stand on three layers. The first layer — raw data from the field: every ball, every minute, every spell. The second layer — verification: who saw it, when they saw it, in which frame. The third layer — translation: what this data means for the team's structure. Without the first there is no second, without the second no third. Blockchain can strengthen the first two layers, but the third — translation — still rests in human hands. One example. In a U-19 match, a young opener bats slowly for the first ten overs, then suddenly accelerates. The raw data will say his strike rate is low. Verification will say he played 40 dot balls in the first ten overs. But translation will say — he was probably suppressing his natural game for the team's need, because wickets were falling. Same player, three layers, three versions. A scout who sees only the first layer makes the wrong call. When I first hear a young player's name, I do not watch any video. I look for his most ordinary match — the one where he was not the star. Because on a star's day everyone plays well; who survives on an ordinary day tells you the future. The transfer window sharpens this problem. When a young player's name enters the market, three things speak for him — an agent's story, a short video clip, and a single match's statistics. His contract structure, his release terms, the inflection point of his age — these fall to the back. Yet a scout's first job is these structural questions, not the highlight. This is where my biggest doubt lies. We say data gets lost, so we preserve data. Yet cricket's real problem is not lost data — it is invented data. Every transfer window, every big tournament, a flood of flawless statistics pours in. A young player suddenly becomes "the next big star," and some of his numbers seem to drop from the sky. Who verifies these? Almost nobody. Hence my doubt about blockchain. An immutable ledger only helps when the data entered into it is clean. Enter dirty data, and the immutable ledger simply makes dirty data permanent. Garbage in, garbage permanent. A highlight reel, a miscounted minute, an inflated pass rate — if these enter the chain once, there is no path to correction. Technology stops forgetting, but it does not stop deception. So my second doubt concerns hype. Cricket's market prefers an instant narrative over long-term development. A 19-year-old pacer's one great evening becomes a week's headline, while his injury history over the previous two seasons, the small flaw in his bowling action, his record against left-handers — all quietly vanish. Hype fills an empty cell with a beautiful story. The archivist's job is the exact reverse — to keep the empty cell empty until the truth arrives. This comes from personal experience. Once, in a domestic match, I was watching a young spinner. His figures were ordinary — 2 wickets in 10 overs. But I noticed that before every delivery the position of his left elbow shifted slightly, and with that shift both the pace and the direction of the ball changed. The scorecard does not capture this. Nobody logs it. Yet these small lines are what tell you how far he can grow over the next two years. The real challenge of future scouting is not video analysis, but deciding which moment is worth preserving. Not every moment can be preserved, and not every moment is equally valuable. If an immutable archive holds everything, the true information drowns in the crowd. Selection is the archivist's real work — which moment is an artifact, and which is only dust. Talk of blockchain in cricket often gets stuck in the territory of betting, fantasy, or tokens. To an archivist its real meaning is different — it is a structure of memory that makes time credible. When a number is written, written with it is who wrote it, when they wrote it, and from what evidence. Without answers to those three questions, no number is complete. I do not know whether cricket will truly stand on blockchain in the next ten years. But I know that the demand for an immutable archive does not come from technology alone; it comes from the fear of forgetting. If a 78th minute of Bangladesh's domestic cricket is written onto a chain today, then ten years later someone searching for a star's rise will find that moment. Then nobody can say, "Who knows where he came from." The question, then, is not one of technology. The question is this — do we want a ledger nobody can change? Or do we want a story anybody can change?