Tabi Entertainment

Tabi Entertainment is an independent video game developer and publisher founded in 2021 and based in New York. The studio creates original games for PC, combining fantasy worldbuilding and interactive storytelling with replayable systems built around tactical decisions. Its work focuses on roguelite deckbuilders and strategic puzzle games, with an emphasis on mechanics that are accessible to learn while offering scope for experimentation and mastery.

Games and creative approach

Everglyph Trials is the studio’s debut project, a fantasy roguelite deckbuilder with hand-drawn landscapes and a card system built around two possible functions. Each card has a play effect and an unplayed reveal effect, making the decision to hold a card part of the strategy. Players adapt their combinations and tactical pacing across multi-floor encounters rather than considering only which cards to play immediately. The game remains in active development, with a playable demo available through Steam.

The Bestest Alchemist takes the studio’s interest in strategic combinations into a puzzle roguelike. It follows Charlotte, an apprentice facing exams at Three Newts Academy, and combines ingredient placement, recipe discovery and grimoire artifacts that shape individual runs. Instead of relying on conventional match-3 tile swapping, players can freely manipulate ingredient layouts and prepare grid loadouts using their inventory. More than 100 synergistic concoctions provide opportunities to experiment with different combinations. As of November 2026, the game is in development with a target release in 2027.

Across these projects, Tabi Entertainment pairs distinct visual worlds with systems that encourage players to reconsider familiar actions: leaving a card unplayed can carry tactical value, while arranging ingredients becomes a strategic choice. The studio serves as both developer and publisher of its games, distributing its work through Steam and maintaining public demos, development updates and community communication channels.