Jiyi Artificial Intelligence Technology

About Jiyi Artificial Intelligence Technology

Hangzhou Jiyi Artificial Intelligence Technology Co., Ltd. is a high-tech enterprise focused on the 'AI+Game' sector, aiming to industrialize and streamline the game development process. The company operates the SOON platform, an AI-driven, end-to-end game creation suite designed to generate complete games from natural language prompts. This system addresses the entire development pipeline, allowing users to create character animations, game scenes, UI elements, sound effects, game logic, and program code through text-based commands. The core of the offering is the one-stop AI game creation platform, SOON, which redefines the development workflow by enabling creators to produce a playable game from a single sentence. A key feature is the SOON-FX numerical engine, which provides a visual framework for building and automatically balancing complex game mechanics, such as attribute formulas, growth curves, and economic models. The platform supports real-time, controllable iteration, where developers can refine details like art style or skill effects via conversational commands, with the AI updating all related assets simultaneously. To demonstrate its capabilities, the company developed "Dungeon Rebirth," an AI-native game created entirely using the SOON platform. The company's business model targets independent developers, small studios, and educational institutions by drastically reducing game prototyping cycles from months to a matter of weeks. The platform is positioned to operate on a usage-based fee structure. Hangzhou Jiyi Artificial Intelligence has secured investments from Kaiming Network, Bigao Group, Zhongxu Future, and Hengdian Capital. The firm has also entered a strategic collaboration with 01.AI to develop a specialized large model for the gaming industry, intended to power the next iteration of the SOON engine. The core team is comprised of senior developers and AI technology experts with extensive experience in digital interaction and multi-modal large model engineering.