Posh Cat Studios

Profile updated Jul 2026

Posh Cat Studios is the developer behind Little Problems: A Cozy Detective Game, with 1 title on Steam and 384 total reviews. Posh Cat Studios games on indielist are represented by this Casual title, making it relevant among Casual developers.

Posh Cat Studios is an indie game studio. indielist tracks 1 title by Posh Cat Studios, together holding 418 Steam reviews. Its most-reviewed game is Little Problems: A Cozy Detective Game, which holds 418 Steam reviews (2025). Across its catalog the studio has worked with 1 publisher, including Amplified Games. indielist tracks releases from Posh Cat Studios starting in 2025. This profile sits inside indielist's relationship graph of studios, publishers, and games, so players can find more titles from the same team, developers can compare portfolios and team sizes against peers, and investors can trace which publishers and genres the studio works across. Where Steam review data is available, indielist also publishes a transparent, white-box sales estimate for each of the studio's games, showing the full Boxleiter factor breakdown rather than a single black-box number, so the commercial picture behind Posh Cat Studios can be audited rather than taken on trust.

On the business side, Posh Cat Studios has shipped with 1 publisher (Amplified Games), and indielist maps each of those relationships as an edge in its studio-to-publisher-to-game graph. That matters to two audiences in particular: an investor can trace which labels have backed this studio and how that roster has changed over time, while a developer can see which publishers are already comfortable signing work in the studio's genres before deciding where to send a pitch. This is the kind of sourcing intelligence that is slow and tedious to reconstruct from Steam store pages alone, because the storefront never exposes who introduced whom. Each linked publisher page in turn lists its full roster, deal tier, and current submission status, so the network around Posh Cat Studios can be walked outward in either direction rather than read as a flat, disconnected list.