Kyungconjin, recruiting companies to support game development that combines famous IPs

The Gyeonggi Content Promotion Agency (hereafter referred to as Gyeongconjin) is recruiting small and medium-sized game companies that will develop games using intellectual property (IP) of large companies. Applications are accepted until April 7.

The 'IP Fusion Game Production Support' project has been implemented since 2017 with the goal of strengthening the competitiveness of small and medium-sized game companies in Gyeonggi Province, and this year marks its 9th year. It applies the OSMU (One Source Multi Use) strategy of producing games using various excellent content IPs, and selects a total of 6 game developers to provide development support funds of up to 80 million won to 60 million won per company.

This project is part of the 'Large-Small Mutual Growth Bridge' project promoted by Gyeonggi Province to promote mutual growth between large and small businesses, and is being carried out together with large corporate partners such as ▲CJ ENM (animation, entertainment, drama), ▲Kakao Entertainment (characters, webtoons), ▲EBS (educational programs, characters), and ▲Lotte World (animation). Through this, it will support small and medium-sized game companies to establish a stable growth foundation and secure competitiveness in the IP-based game market.

Companies wishing to apply can check the business announcement on the Gyeongkonjin website and apply through e-Nara Help. For related inquiries, call (031-776-4784) or email (angha002@gcon.or.kr).

A Kyeongconjin official said, “Through the IP fusion game production support project, we will actively support small and medium-sized game developers to develop more competitive games using excellent IPs and achieve stable growth.”

Meanwhile, Kyungconjin has supported the development and launch of a total of 42 game projects through this project up until last year. Representative successful cases include ▲'Jangsa Cheonjae Baek Sa Jang' (2023), ▲'Maca & Ronnie' (2021), and ▲'Yumi's Cells' (2020).


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