
During February 2026, TriviaSolari contributed to the space-wizards/space-station-14 repository by enhancing AI interactions and improving placement mechanics within the game. They developed the StationAiWhitelist feature in C#, enabling AI entities to read papers and envelopes, which expanded automated workflows and item interactions. Addressing spatial reasoning challenges, TriviaSolari resolved bugs related to RCD Hull Tile placement by ensuring fallback to the player’s current grid when clicking in empty space, thereby improving usability in space environments. Additionally, they improved placement consistency by resetting holosign and rift rotations on spawn. Their work demonstrated depth in backend development and game networking.

February 2026 — Space Station 14 (space-wizards/space-station-14): Focused on delivering user-facing UX improvements, AI capability expansion, and placement stability. Implemented AI Paper Reading via StationAiWhitelist to enable AI entities to read papers and envelopes, enhancing automated workflows and item interactions. Fixed critical placement bugs: RCD Hull Tile placement in space now uses the player's current grid when clicking in empty space, improving usability in space environments; Holosign and Rift Spawn now reset rotation to zero to prevent unintended rotations and improve placement consistency. These changes reduce friction in core gameplay loops, enhance automation potential, and strengthen stability across space-related tooling.
February 2026 — Space Station 14 (space-wizards/space-station-14): Focused on delivering user-facing UX improvements, AI capability expansion, and placement stability. Implemented AI Paper Reading via StationAiWhitelist to enable AI entities to read papers and envelopes, enhancing automated workflows and item interactions. Fixed critical placement bugs: RCD Hull Tile placement in space now uses the player's current grid when clicking in empty space, improving usability in space environments; Holosign and Rift Spawn now reset rotation to zero to prevent unintended rotations and improve placement consistency. These changes reduce friction in core gameplay loops, enhance automation potential, and strengthen stability across space-related tooling.
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