‘Identify pitcher tendencies’—Dodgers veteran reveals an AI-assisted scouting tactic

Henry Jollster
pitcher tendencies ai scouting dodgers

A Los Angeles Dodgers veteran infielder has disclosed that artificial intelligence is being used to study pitcher tendencies, offering a rare look at baseball’s latest scouting methods.

The disclosure points to AI’s growing role in game preparation. Rather than relying only on video, statistics, and personal observation, players can use computer analysis to search for repeated behavior.

Few details were provided about the system, its findings, or how often the Dodgers use it. Still, the account raises timely questions about competitive value, data quality, and the limits of automated analysis.

Turning patterns into preparation

Pitcher tendencies can include pitch selection, location, timing, and changes linked to the count or game situation. Teams have studied such patterns for decades.

AI can speed up that work by reviewing large amounts of information. A system may help identify patterns that would take coaches or players much longer to find.

Artificial intelligence can be used to “identify pitcher tendencies.”

For a hitter, that information could shape preparation before an at-bat. It may suggest which pitch is more likely in a specific count or how a pitcher changes tactics with runners on base.

The value rests on whether the identified pattern is accurate and useful. A trend may appear meaningful in past data but fail during a game, especially if the pitcher adjusts.

Baseball’s long search for an edge

Baseball has long paired human judgment with statistical study. Scouting reports, scorecards, video review, and pitch-tracking data have each changed how teams prepare.

AI represents another step in that process. Its main advantage is speed. It can compare many situations and flag repeated actions for further review.

Yet an automated finding is not the same as a guaranteed prediction. Several factors can weaken its usefulness:

  • A pitcher may deliberately change an established pattern.
  • Small samples can produce misleading conclusions.
  • Injuries, fatigue, weather, and game plans can alter behavior.
  • Poor or incomplete data can lead to faulty recommendations.

Those limits leave coaches and players with an important role. They must decide whether a pattern fits what they see on video and experience on the field.

Competitive value and unanswered questions

The Dodgers disclosure suggests that AI-assisted preparation has moved from theory into practical use. However, it does not establish how widely the method is used across Major League Baseball.

It also leaves open how information reaches players. A detailed computer model may be less useful than a short, clear instruction that a hitter can recall under pressure.

There are broader competitive questions as well. Wealthier clubs may have greater access to skilled analysts, computing resources, and proprietary data. Smaller organizations may need to rely on outside tools or narrower systems.

Teams must also distinguish legitimate analysis from prohibited methods of gaining information. Studying recorded tendencies is different from obtaining protected, real-time signals. Clear league rules and internal controls remain important as tools improve.

Human judgment remains central

AI may help narrow the search for useful patterns, but baseball decisions still unfold in uncertain conditions. Pitchers adapt, hitters react, and a single play can depart from years of data.

The Dodgers veteran’s account offers the clearest takeaway: AI is becoming part of the preparation process, not a replacement for experience. Its success will depend on reliable data, careful review, and simple guidance for players.

Future disclosures may show how much these systems affect pitch recognition and game strategy. For now, the development signals a new phase in baseball’s continuing effort to turn information into an on-field advantage.