The Board That Never Got Its Block — Chess, Blockchain, and the Story of a Missing Record

In September 2026, inside the Olympiad hall in Batumi, I stood beside a board that no camera had been assigned to cover. More than 180 federations, more than two thousand players, and yet nobody was responsible for capturing the moves at that particular table. I watched the game to the end, wrote the names in my notebook, and three months later could not find the notebook. The game was lost — not to history, but to the filing system. Chess is a sport in which every move can be reproduced with mathematical precision, and yet a vast share of it is never written into any ledger at all. That contradiction is the centre of this piece. We invoke blockchain when we want information that cannot be erased once written — and chess, a game of memory, loses its own memory more than any other sport. This broken chain is the story. The annual budget of the Bangladesh Chess Federation is roughly eleven and a half lakh taka — less than a single franchise cricketer's bat sponsorship. Out of that money come training, tournaments, coaches, travel, everything. The country has five grandmasters; it has waited seventeen years for a sixth. In 2026 a teenager from Dhaka, Niaz Murshed, became South Asia's first grandmaster — a full year before India's Viswanathan Anand. That was a moment of divergence: India built a machine from it, Bangladesh built a statue. The gap is really a story about a chain. At the top, the supply of young talent; in the middle, events and platforms; at the bottom, content, commerce and derivative markets. In Bangladesh every joint of this chain is loose. There are young players, but no regular norm tournaments; there are tournaments, but no central system to record them; there is content, but it vanishes the moment the broadcast ends. By contrast Russia — where I live — turned chess into a profession: salaries, schools, coaches, clubs. There, being a player is a job. In Dhaka, being a player is a gamble. When parents choose engineering over the board, it is not a cultural betrayal; it is a rational economic decision. In 2026 I commentated the FIDE World Cup in Tbilisi without a studio, with nothing but a laptop and a chat window scrolling faster than I could read. The deadline there was every four seconds. That experience taught me that if information is not recorded, it is assumed never to have happened. My own experience says this system loses information in two ways. First, what is never recorded — club matches, school tournaments, village championships. Second, what is recorded but never centrally preserved — temporary files, lost notebooks, dead websites. Ziaur Rahman died of a heart attack mid-game in July 2026 — the last address of the country's most decorated player's livelihood was a chessboard. That fact is testimony about our system, and it is exactly here that blockchain becomes relevant — but not in the way anyone imagines. The core idea of blockchain is not complicated: a record of information that cannot be altered once written, and that does not depend on a central authority. Since Bitcoin's genesis block on January 3, 2026, the idea has spread from economics to supply chains. What does it mean for chess? Imagine every rated game written into an immutable ledger. When a young Bangladeshi player competes in a norm tournament in Saint Petersburg or Istanbul, the result does not stay stuck on the organiser's laptop — it goes into a record no one can delete and no one can alter. Today the norm history of each of Bangladesh's five grandmasters is scattered across paper clippings, old emails and forgotten websites. With a ledger, the seventeen-year gap could be measured, proven and — most importantly — funded. Chess data is in fact easy to verify — every game is written in a fixed notation known as Portable Game Notation. Bind that notation to a digital signature and falsifying a game under someone's name becomes nearly impossible. Ratings, too, are computed by a fixed rule, so they can be written to a ledger. The barrier is not technical, it is a matter of will. Note as well that the world's biggest chess platforms are centralised — millions of games accumulate on their servers, yet the owner of that data is not the player but the platform. That centralisation is blockchain's real argument — whoever owns the data owns the power. Sponsorship is even more direct. The problem blockchain solves is trust. If a federation claims that money went to training young players, there should be a way to verify it. A transparent ledger can show where every taka went — how many coaches were paid, what a tournament cost, what stipend a player received. Chess's biggest financial crisis is never merely a shortage of money — it is a shortage of accounting. Rani Hamid, still winning Olympiad games in her eighties, is a case in point: if every result of her long career sat on an open ledger, the greatest proof in Bangladeshi chess history could never be erased. This is where my suspicion begins. Most talk of blockchain in chess is crypto hype with a thin connection to the game's real problems. Selling images of moves as NFTs, sponsoring a tournament with a token, or a platform with nothing but its own coin — none of this saves chess. It merely joins one limited market to another. The real question is not technological but one of design. What a ledger records determines who holds power. If ratings and game results enter an immutable chain, the player benefits — because their history can no longer be erased. But if only sponsors and crypto transactions are recorded, the intermediary benefits, not the player. Almost nobody makes this distinction today. A ledger holds only what someone bothers to write. That is its limit and its strength. Technology does not write a young player's name by itself; a human hand must do it. Bangladesh has no sixth grandmaster — not because there is no talent. It is because even when talent exists, there is no recorded path, no funding, no recognition. When a young player sees no professional route ahead, they go and study engineering. The decision is personal; the cause is institutional. In August 2026 I commentated the Online Olympiad from my kitchen in Saint Petersburg, when the India–Russia final ended not in checkmate but in a disconnection — both teams awarded joint gold. That night thousands of fans asked: does a result count if nobody touches a board in the same room? That question is the foundation of today's blockchain debate — who records the truth, and who holds the key to that record. Manon Reja Neer won the national title undefeated at fourteen, and Niaz Murshed took his seventh title at fifty-nine — two ends of the same story, hope and the bill. Two pitches, one year, and the quiet math of belonging — if these two ends of chess sat side by side on one ledger, the seventeen years between them would not be mere absence but evidence. Here is what everyone misses: blockchain preserves information, it does not create it. An immutable ledger cannot fill an empty pipeline with grandmasters. Bangladesh's problem is not technological — it is employment. A young player will choose chess only when chess can give them rent, food and a future. A token does not pay the rent. The second missing point: crypto money is arriving in chess and everyone assumes it is liberation. In truth it is often another form of dependency — funding whose value is tied not to the sport's success but to a volatile market. When the token price falls, the tournament closes. Blockchain offers immutability; the market does not. One more thing: that chess will recover its lost records through blockchain is a beautiful story — and beautiful stories often hide the money. Who will run the ledger, who will fund it, who will maintain it — without answers, blockchain in chess will be another statue, not a machine. The pitch remembers what the camera missed. The final question is this: do we want to save the game, or merely keep its record? A ledger will tell us exactly how many young players were lost across seventeen years, and why. But if nobody acts on that number, an immutable chain will remain only a permanent proof of our failure. The question now: are we willing to write?