Cubic Games

Cubic Games is an international mobile and PC game developer and publisher focused on pixel-style action shooters, multiplayer combat, and long-running live games. Its flagship title, Pixel Gun 3D, launched commercially in 2013 and has become the studio's best-known production, spanning mobile platforms and a Steam PC edition.

The studio develops and publishes games across mobile and PC, combining full-cycle game design, architecture, Unity development, engineering, publishing, user acquisition, and market analysis. Its live-operations work includes content updates, balancing, anti-cheat infrastructure, community engagement, backend support, and in-game economy systems. Cubic Games also operates web-platform services such as player hubs, direct-to-consumer webshops, and analytics integrations.

Games and capabilities

Cubic Games' work includes:

• Pixel Gun 3D — a multiplayer mobile FPS that later expanded to PC through Pixel Gun 3D: PC Edition.
• Pixel Gun 2 — a cross-platform competitive 5v5 arena-shooter sequel with destructible environments and modular class loadouts.
• Block City Wars — an open-world, third-person pixel-action sandbox.
• Legacy projects including Pixel Gun World, LastCraft Survival, Mine Run 3D, Bubble Duck Panic, and Slendy.

Its technical focus includes mobile and PC development, PC porting, pixel-art and low-poly 3D pipelines, multiplayer first- and third-person shooter systems, cross-platform account synchronization, and web-shop infrastructure.

Growth and publishing

Cubic Games became part of gaming holding company GDEV Inc. following Nexters' 2022 acquisition of Cubic Games and Lightmap Studio. The company continues to operate as an active studio and publisher, serving mobile, PC, and interactive-entertainment markets.

In April 2024, the studio released Pixel Gun 3D: PC Edition on Steam with cross-platform account integration for mobile players. The release extended the franchise's PC presence while retaining the connected progression model central to its cross-platform approach.