DraftFM Predicts Magic: The Gathering Card Picks.

Brian Ward· August 21, 2026 View original

Key takeaways

  • DraftFM predicts optimal card picks in new Magic: The Gathering sets before human data exists.
  • The model uses public card records, structured features, and text embeddings.
  • It achieves high agreement with human picks and expert reviewers on unseen expansions.
  • This demonstrates AI's ability to derive strategic value from raw features in novel scenarios.

Who benefits

GamingE-commerceProduct ManagementMarket ResearchSports Analytics

Summary

DraftFM is a foundation model designed to predict optimal card picks in Magic: The Gathering expansions on "day-zero," before any human draft logs exist. It scores cards based on public records, structured features, and text embeddings, achieving high agreement with human picks and expert reviewers on unseen sets.

This research introduces DraftFM, a specialized foundation model aimed at predicting optimal card selections in new Magic: The Gathering (MTG) expansions immediately upon release, a period referred to as "day-zero" when no human draft data is available for supervised learning. The model operates solely on publicly available information about cards, including structured features and fixed text embeddings, without relying on card identities, set identities, or usage statistics. This design allows it to score unseen cards using the same mechanism as familiar ones. DraftFM is a discrete-choice policy that evaluates cards available in a current pack, considering the already drafted pool and the overall draft state. Trained on 149 million human picks from 29 expansions, the 1.6-million-parameter network demonstrated strong predictive capabilities on three entirely withheld expansions, achieving top-1 agreement rates of 50.8%, 60.4%, and 56.7%. This significantly outperforms uniform chance, which is around 7% for an opening pick. Furthermore, the architecture, after being refitted on all 32 observed expansions, generated a card ranking for the then-unreleased set "The Hobbit." This ranking, cryptographically sealed and published before the set's release, showed agreement with six independent expert reviewers comparable to the agreement among the reviewers themselves. The study highlights the model's ability to generalize to entirely new game content based on its inherent features.

Why it matters

For professionals in game design, AI for gaming, or predictive analytics, this model demonstrates a powerful approach to "day-zero" prediction in complex, dynamic systems, offering insights into how AI can derive strategic value from raw feature data without historical behavioral logs.

How to implement this in your domain

  1. 1Explore applying similar "day-zero" prediction methodologies to new product launches or strategic decisions in complex domains where historical data is initially absent.
  2. 2Leverage rich feature engineering from public data (e.g., product specifications, text descriptions) to train predictive models for novel scenarios.
  3. 3Develop discrete-choice policies that condition decisions on current state and available options, rather than relying solely on past outcomes.
  4. 4Consider using expert validation as an interim benchmark for AI models when real-world performance data is not yet available.

Original post by Brian Ward

"arXiv:2608.19568v1 Announce Type: new Abstract: Drafting a new Magic: The Gathering expansion begins before any pick from it has been observed: the complete card list is public, but the draft logs that supervised pick models train on do not yet exist. We study this day-zero regim…"

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