Computer Vision in Gaming: When the Camera Becomes an Input
How computer vision lets games understand physical objects, movement and camera input instead of relying only on controllers.
Insights
Insights from Realm Kinetics.
Research, explanations and ideas from the team building at the intersection of AI, gaming hardware, computer vision and tabletop technology.
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Generative AI in Gaming: What Changes When Games Can Create in Real Time?
How generative AI can move games from fixed content toward worlds that respond and create new material during play.
How AI Is Changing Tabletop Gaming
A practical look at how AI can support maps, NPCs, rules, campaign memory and game master workflows while preserving physical tabletop play.
How Computer Vision Can Read Physical Dice
A technical introduction to recognising physical dice with cameras, from detection and perspective to confidence and tabletop conditions.
Miniature Tracking in Tabletop Games: Connecting Physical Movement to Digital Maps
How camera based miniature tracking can connect real physical pieces with digital maps, positioning and game state.
Real Time AI Map Generation for Tabletop Games
Why real time map generation matters when players leave the prepared path, and what a useful generated map needs beyond visual quality.
The Future of Tabletop Gaming Is Both Physical and Digital
Why the next generation of tabletop gaming may combine physical objects, shared screens, AI and connected tools rather than choosing one format.
What Is AI Gaming? From Smarter Opponents to Generative Worlds
What AI gaming means, how modern AI changes game systems, and why generative and multimodal technology are expanding what games can do.
What Is an AI Game Master?
What an AI Game Master can do, how it differs from a human GM, and why control, memory, rules and pacing matter.