Who Owns Cricket's Data? Blockchain, Fan Tokens and the New Politics of Verification

I sat behind the broadcast van and replayed one second fourteen times. That was football — 2026, Rostov-on-Don, Belgium's 94th-minute winner. Fourteen seconds, six passes, forty-four metres, Lukaku never touching the ball. I carried that habit into cricket: one delivery, ball-tracking from three angles, a single DRS frame. When the T20 World Cup began in India and Sri Lanka in February 2026, thousands of such numbers were being generated every match. On screen the number was clear — the ball would have struck the inside line of the stumps. But who owned that number? Who made it, who verified it? And if nobody can verify it independently, is it data, or is it just belief?

The question nobody asks: whose property is the number on the scorecard

In cricket we talk about data constantly. xG-style models, new definitions of strike rate, powerplay economy. But we rarely ask who owns these numbers. A ball-tracking system — how many frames per second it captures from one camera, which algorithm traces the ball's path, who holds the proprietary rights to that algorithm — sits outside the stadium. A broadcaster, a technology vendor and a tournament organiser form a triangle where the data is made, and the ordinary viewer outside that triangle only sees the outcome. When I hand-coded a football season at thirty-five, I learned that the most important part of data is not the data itself but its provenance. Where it came from, who touched it, who changed it. Blockchain is arriving in cricket precisely around this gap — the question of ownership and verification.

This is not new. Cricket has long been a data-heavy game, especially since ball-tracking and DRS. But more data does not mean more verification, a common error. In practice, the more data there is, the blurrier provenance becomes, because every number is produced inside a closed black box. Blockchain's claim is here: if every data point is written to an immutable record, the question of 'who changed it' can be tracked forever. It sounds good. But when I look at any number, I first ask — who typed this, and whose eyes were tired when they did.

Fan tokens: trying to turn stadium love into digital equity

Cricket's most visible blockchain entry point is the fan token. The idea is simple: a board or club issues digital tokens, fans buy and hold them, and in return receive some voting rights — a jersey design, a cultural decision, sometimes the naming of a trophy. Many football clubs ran this model for years, and cricket boards have shown interest.

I apply the lesson of a hand-coded season here: it is the meaning of data, not its volume, that matters. A fan token's price fluctuates, just as a cricketer's strike rate fluctuates. But is the fluctuation related to on-field performance? In my private regression file I have stored many pairs of numbers that look related but are actually the product of two separate processes. The same caution applies to fan tokens. A token's price and a team's performance may rise and fall together, yet one may not cause the other — both may be shadows of a third thing: the news cycle and broadcast airtime.

There is another problem I feel as a data collector. If a fan token grants voting rights, who is actually voting? Whoever can afford the token. Cricket's real audience base — the alley, the small town, the local ground across the subcontinent — may sit outside the economics of buying tokens. So a structure named for the fan's voice may in practice become the voice of the wealthy fan. This risk is one of the most honest concerns about cricket's relationship with blockchain.

Smart contracts and player payments: where blockchain can genuinely work

Now to the place where this is not just marketing. Cricket's economy still runs some transactions on paper, handwritten ledgers and trust. Auctions, contracts, match fees, the arrears of small-league players — these records are often opaque. How much a young cricketer in a franchise league will be paid, when, what percentage is deducted — this is frequently settled by word of mouth.

A smart contract can offer a real solution here: if the terms are written in code, payment executes automatically when a defined event occurs. No intermediary, no handwritten ledger. This touches cricket's weakest part — the opaque distance between a player's labour and its value. To me this is blockchain's most meaningful application, because here the technology is not ornament but a bookkeeping tool against an old injustice.

But I stop here too. A smart contract is only as reliable as the source of the money entering it. If a league's revenue is frozen, if a broadcast deal is delayed, the smartest code is useless — because code does not create money, it only governs money's path. Technology can make decisions inside a system transparent, but cannot change the forces outside it.

Verification blockchain: ball-by-ball records and betting integrity

Another area rarely discussed in cricket is match integrity. Cricket has a long history of illegal betting and fixing. Anti-corruption units track abnormal movements in betting markets. An intriguing aspect of blockchain is that if betting transactions sit on a public, immutable ledger, abnormal patterns become easier to detect. The idea: what cannot be hidden is hard to rig.

Here I recall a data lesson from working with ball-tracking: the more 'neutral' a system appears, the more human decisions hide in its design. Blockchain offers the benefit of verification, but who produces the blocks, who runs the nodes, by whose rules a transaction counts as valid — these decisions are political. If a small group controls a majority of validators, even an 'immutable' ledger falls into a small group's hands. That is not a fault of the technology but of the distribution of power. And in all my years as a data collector, I have seen that when the distribution of power shifts, the meaning of the data shifts with it.

A more concrete application is ticketing. Counterfeit tickets and scalping are a familiar problem at big matches across the subcontinent. Blockchain-based tickets can give each ticket a unique identifier, so a ticket is used once and its path fully tracked. This is an honest, limited, useful use of the technology — it works without hype.

Grassroots records: where the data genuinely does not exist

Because I come from the subcontinent, my interest often turns beyond the elite game. Elite cricket has all the data — centuries, ball-by-ball, speed, spin revolutions. But small leagues, many women's competitions, rural tournaments — these records are often handwritten, sometimes lost.

Here blockchain has a promising possibility: if a young cricketer's every performance sits in a permanent, verifiable record, the information asymmetry between scouts, selectors and leagues narrows. A talent whose gift today survives only in a local coach's word could have a searchable record. This is, to me, blockchain's most humane side — pushing the power of provenance down from the elite.

But I grow cautious at once. Having data and using data are two different things. In my own experience, after hand-coding a 38-match season, I found that the rarest resource is people who can use the information well. A verifiable record is no guarantee of a correct selection.

The contrarian angle: where technology performs a solution instead of providing one

Now the part I always reserve — doubt. Cricket's biggest blockchain danger is not technical but narrative. The problem is that 'blockchain' becomes a magic word. If a product is 'blockchain-powered', it feels transparent, modern, ruthlessly honest. But the technology itself carries no values.

I have repeatedly seen one relationship mistaken — having data and telling the truth are not the same. Cricket's clearest example is the selection of numbers. A player's average, a bowler's economy — these numbers are accurate, but if the compiler picks only convenient numbers, the result is true yet false. Blockchain can give truth rigidity, not truth completeness. An immutable ledger can preserve forever a number that is actually a mistake or a biased compilation.

There is a reverse truth too. Blockchain lowers the cost of verification, but that saving does not always reach the player's or fan's pocket — often it goes to the intermediary's profit. When I followed a footballer's transfer fee into its decimals, I found a person still breathing — but the path of that following was often hidden. If blockchain makes the path of money transparent, then the footballer or cricketer whose fate is tied to that transaction should benefit. If not, the technology is just a better-looking new wrapper around an old power relation.

Takeaway: the signal of the next over

How blockchain changes cricket is not really a question of technology — it is a question of power. The boards, leagues and broadcasters who own the data today will decide who runs the nodes, whose tokens are issued, whose records go public. When a tournament like the T20 World Cup generates record numbers, one question matters: the scorecard verifies, but who verifies the data? If blockchain brings that verification out from behind a wall and onto the edge of the field, it becomes a real asset for cricket.

Core insight: blockchain's value in cricket lies not in the price of fan tokens, but in whether it can narrow the opaque distance between a player's labour and the provenance of the data.