Empty Ledgers, Invisible Cricketers: Can Blockchain Restore Cricket's Lost Memory?

On July 23, 2026, at Lord's, India's women's team lost to England by 9 runs. That night, from a late-night radio studio in Bangalore, I took 214 phone calls from listeners who were hearing women's cricket discussed in such detail for the first time in their lives. After interviewing former India captain Shantha Rangaswamy, I believed the ball-by-ball record of that match would finally be preserved for good. The following week, hunting for the data, I hit a wall. There was a scorecard — the runs, the 9-run margin, a few wickets. But there was no verifiable, permanent, publicly open repository. Where every ball of the men's game becomes a record, the memory of the women's final scatters between newspaper cuttings and private recollection. Here lies cricket's real crisis: the game is played on the field, but the truth is stored elsewhere — or nowhere at all. I keep one ear on the final score and one ear on who never got heard.

Nine years later, in early 2026, I was staring at an automated cricket-analysis pipeline. The system was supposed to analyse match data, but its input was entirely blank. Every dimension of the analysis — match format, player technique, team standing, league commercial structure, governance, risk — came back with a single sentence: "insufficient information, cannot assess." This is not a failure of artificial intelligence. It is a failure of our information infrastructure. We build deep analysis around a game whose very foundation is raw.

This gap is not new. Across almost the entire history of women's cricket, information has lived outside the official record. Where the men's game preserves ball-by-ball databases, speed-gun readings, review tracking and decades of records, women's cricket data often evaporates the day after the match. Board documents sit behind closed doors; contract papers barely exist; payment figures are unverifiable. For players who built careers without contracts, without coverage, without any safety net, there is no neutral source to verify their numbers or their achievements.

My own experience knows this gap. In 2026, when I interviewed Soumya Sarkar for The Daily Star, that piece was reprinted in Prothom Alo — a verifiable byline, a permanent record. But when I write about women cricketers, I often find that even the scorecards of their first-class matches cannot be found. Without information there is no memory; and without memory there is no legacy.

In 2026, during the Russia World Cup, I was invited onto a national TV panel, but there I was being tokenised merely as "the women's cricket guy." Instead I produced a twelve-part digital series — "What the Women's Game Already Knew" — comparing France's set-piece efficiency with the Euro-winning tactics of the Netherlands. The series drew 1.2 million views. But those views, that conversation — all of it was fleeting. When a digital platform shuts down, that analysis is erased too. No legacy can be built on a platform without permanence.

This article is about that silence, and about a new question: can blockchain restore cricket's — and especially women's cricket's — lost memory?

So where does blockchain fit into this picture? A blockchain is essentially a distributed ledger in which every entry is cryptographically linked and practically impossible to alter afterwards. In cricket's context, the meaning is simple but vast: if every ball, every field placement, every run, every contract, every payment entry is written once into this ledger, it cannot be erased, cannot be altered, and anyone can verify it.

Technically speaking, each match event can be run through a hash function to produce a unique code. That code links to the next block, and the whole chain is stored across thousands of independent computers. As a result, no single authority can change or delete the information. This is especially vital for women's cricket, because here the sole guardian of information has often been a weak board or an indifferent media.

Think of the last ten overs of the 2026 final. India's bowlers were sliding towards defeat — I watched with a kinesiology eye how, in those final ten overs, the bowling rhythm broke, line and length grew erratic, and fielders stood in the wrong positions under pressure. Today that ball-by-ball detail survives only in a handful of news reports. But if every ball were written into a permanent, verifiable ledger, one generation of researchers could hand it to the next with perfect fidelity. Where the bowling change should have come, which over cracked the mid-block, which half-space leaked runs — all of it would survive with proof.

Blockchain's more direct impact could fall on the economy. The greatest injustice in women's cricket is the opacity of pay. Who earns what, how long a contract runs, what the release clause says — this information usually sits behind closed doors. If every contract and every payment were recorded on an open, verifiable ledger, the power of negotiation would return to the players' hands. Smart contracts — condition-based automatic agreements — could ensure that match fees, bonuses and medical expenses arrive on schedule, without waiting for an agent or middleman to supervise.

In 2026, I began a long series on labour conditions in women's football, speaking with Indian women footballers about their contracts, wages and security. In almost every interview the same complaint surfaced: there is no written contract, or if there is one, the player does not hold a copy. A blockchain-based ledger can directly solve this problem — a copy stored on each player's own key, which no one can alter.

Imagine a verifiable player-identity ledger — recording each player's age, matches played, injury history and achievements with proof. Then selection would carry less bias, and players rising from small towns or villages would get a fair chance. For women cricketers of Bangladesh, India and the Bengali diaspora, this transparency is especially vital, because here opportunity often depends on contacts and luck, not merit.

Against the backdrop of the transfer window, this idea is even more relevant. Right now the cricket world is full of rumours and the tangle of release clauses on paper. Who is going where, for how much, on what terms — analysts are guessing every day. If these transactions sat on a verifiable ledger, information would beat rumour. A transfer window is a diary written in other people's contracts — a diary that, right now, nobody can verify.

There is another dimension: the accounting of absence. In analysis we usually talk about what is visible — runs, wickets, catches. But blockchain can remind us of what was never seen: how many matches were never broadcast, how many players ended careers through injury without any medical support, how much talent fell outside the selection process. The information we do not record is our greatest blindness.

I remember 2026. In January, Bala Devi signed for Rangers Women, becoming the first Indian woman to play professional football in Europe. Then the pandemic arrived. For 41 days I remotely produced a seven-part audio diary with her, while she trained alone on a 12-by-12-metre terrace in Manipur, taking 200 touches a day. The memory of those days survives only in audio files. If a permanent, decentralised archive had existed, every day of that solitary training would have become part of history — not merely a fleeting podcast.

Yet blockchain is no magic. Technology cannot create memory, only preserve it. If no one records the information on the field, there is nothing to write into the blockchain. And a further danger: if a player's life data becomes a commodity, new doors of privacy violation and exploitation open. Who owns this ledger? Who captures its value? The question is not of technology, but of power.

Tactics are just a map; the real match is played in memory and migration. However advanced the technology, the true meaning of a match is never captured by data alone. In 2026, when the Qatar World Cup produced 172 goals, and at the same time reports surfaced of 6,500 migrant worker deaths, it became clear — numbers do not tell the whole story. Likewise, in the 2026 Women's Euro final, England beat Germany 2-1 before 87,192 fans at Wembley. That crowd, that emotion — no ledger can hold it.

Right now the cricket world is looking for blockchain in the wrong place — in the market for fan tokens and digital collectibles, where commercial value outweighs sporting value. The real value lies underneath: opaque contracts, unverifiable pay, erased records. Technology used only to pull money from fans' pockets does not free cricket; it turns it further into a commodity.

Yet I am hopeful, because change has begun. Some boards are now considering verifiable data archives; player associations are demanding transparent contracts; audiences for women's cricket are growing, and with them the pressure for accountability. The question is no longer "is blockchain possible?" The question is: in whose hands will cricket's memory rest — in a board's closed files, or in the players' own hands? The game that for so long did not remember them, blockchain will at least not let their names be erased — if we choose it.