
ESPN introduced an AI tool at the 2026 World Series of Poker Main Event that analyzes player body language and movement to predict hand strength, but top professionals are skeptical of its accuracy and utility.
The tool was trained on footage of only three broadcast tables at a tournament with over 9,000 entries, leaving most players unrecorded and those on camera too briefly to build a robust dataset.
Experts argue that tells involve far more than visual cues and that confidence alone does not reveal a player's actual hand, making the AI's predictions unreliable for serious competitive play.
What happened
ESPN deployed an AI tool during the 2026 World Series of Poker Main Event broadcast in early July that analyzes player movements—eye motion, blink rate, posture, chip handling, and hand fidgeting—to predict hand strength (strong hand, drawing hand, bluff, etc.). The tool, designed by Luke Geel (an AI engineer for the US Air Force), was trained on footage from three camera-fed tables at the tournament, which drew over 9,000 entries.
Why it matters
Poker professionals argue the tool has fundamental limitations that undercut its value. Most players never appeared on the recorded tables, and even those who did sat there too briefly to give the AI enough data to reliably distinguish tells from situation-dependent behavior. Shaun Deeb, a two-time WSOP Player of the Year, notes that tells extend beyond what cameras capture—leg movements, verbal tics, breathing patterns—and that confidence or weakness alone does not reveal actual hand strength; context and psychology matter more.
What to watch
The tool will not be used for the final table, according to Omaha Productions (the company licensed by ESPN for WSOP coverage), though no reasoning was given. Geel acknowledged the tool benefited from a small sample size and reported mixed results in blind tests on other tournaments. High-roller tournaments with hundreds of hours of existing footage of top pros could theoretically fuel more advanced versions, though players like Deeb say in-person tells specialists still outperform filmed analysis.
The 2026 World Series of Poker Main Event, which drew over 9,000 entries, became the testing ground for an experimental AI system designed to detect poker tells—the subtle physical cues that might reveal a player's hand strength or intentions. In early July, during the tournament's live broadcast, ESPN began displaying a new overlay tool created by Luke Geel, an AI engineer for the US Air Force. The overlay showed live metrics on player movements, including eye movements, blink rate, posture, chip handling, and hand fidgeting, alongside a "hand strength model" chart that predicted whether a player held a strong made hand, a drawing hand, a bluff, or another hand type.
The system's training was narrow but intensive. It analyzed every hand captured on camera at three designated broadcast tables, building a tells database by correlating player movements and behaviors with actual hand outcomes. This approach aims to digitize the work that professional tells specialists do—reading opponent psychology through body language. However, the poker community's reaction has been decidedly skeptical. Michael Gagliano, a 17-year poker professional who reached the Main Event final table and was competing for the $10 million top prize, pointed out a critical flaw: the vast majority of the tournament's 9,000+ entries never appeared on the recorded tables. Even players who did sit at those tables were present too briefly for the system to accumulate sufficient data on their tendencies. Gagliano said he reviewed every second of ESPN's live streams during the two-and-a-half-week break after the final table was reached in mid-July, searching for tells on his remaining opponents, but the limited screen time made it difficult to extract actionable information—a problem the AI faced equally.
Shaun Deeb, a two-time WSOP Player of the Year who finished 15th in the 2026 Main Event, offered a more fundamental critique. Deeb noted that poker tells extend far beyond what cameras can capture: leg tells, checking tells, verbal tells, breathing tells, and pulse tells. Most of those are invisible on film. He also highlighted the gap between behavioral observation and hand interpretation. "How strong is two pair to one player versus another player?" he asked. A player might project confidence with a weak hand if they mistakenly believe it is strong, or show nervousness with a strong hand because they are responding to the high-stakes environment of the Main Event rather than their actual cards. An AI observing only visual and audio patterns can track confidence or weakness but cannot reliably deduce the intention or situational context behind it.
Geel has been transparent about the tool's limitations. He told WIRED via email that a larger sample of hands would benefit his system and that he has run blind tests on other poker competitions with mixed results. For broadcast entertainment, the tool may hold some appeal, though Deeb remained unconvinced, calling it "a swing-and-a-miss" that ESPN added simply to mimic other sports coverage. Notably, Omaha Productions—the company licensed by ESPN for WSOP and other sports broadcasts—announced that the tool would not be used for the final table, though it provided no explanation for that decision. Looking forward, Deeb and other top professionals acknowledged that as AI improves, such tools could theoretically become more powerful, particularly in high-roller tournaments where hundreds or thousands of hours of footage of the same top pros already exist. However, Deeb noted that the human approach—hiring specialized tells readers to watch opponents in person—remains superior to filmed analysis. Even if an AI provided a perfect tells analysis, a player must still spot and exploit those tells during live play while managing their own exposure. Deeb concluded simply: "I would take my team versus the AI and make a bet on it."
The deployment of the ESPN tells-detection tool marks a moment of tension between AI's potential and poker's deeply human nature. Unlike sports where quantifiable metrics (speed, distance, angle) map cleanly onto performance, poker tells are interpretive—a player's behavior reflects not just their hand strength but their personality, the tournament's stakes, their fatigue, and their opponent dynamics. Geel's system attempts to automate the pattern-recognition work that specialist coaches perform in person, but the fundamental constraint is data scarcity: a tournament broadcast captures only a fraction of participants, and even those top players appear on screen too infrequently to build the robust dataset that machine-learning models require.
Professionals like Michael Gagliano and Shaun Deeb articulate a second, deeper problem. Even if the AI perfectly identified when a player appeared confident or hesitant, it would still miss the context that converts observation into strategy—the psychological layers that separate a weak two-pair from a strong one. This gap between visual pattern and intention is not a limitation the tool's creators deny; Geel himself acknowledged that a larger sample would help and reported mixed results in blind tests. For now, the tool functions as broadcast entertainment rather than a competitive edge, a fact underscored by ESPN's decision to exclude it from the final table. Whether future iterations with more data could narrow the gap remains open, but for the moment the human tells specialist—watching in person, asking questions, building rapport—remains the gold standard.
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