INTRODUCTION
Hankyoreh, a leading voice today
As publishing becomes increasingly digital, the media industry is continuously evolving. With social media platforms such as YouTube and Instagram expanding the reach of information beyond traditional news channels, numerous media outlets—including Hankyoreh—are striving to increase their digital competitiveness.
Since its founding in 1988, Hankyoreh has a history of continuous innovation. As the first newspaper funded solely by individual citizen shareholders, the publication has served as the eyes of many readers to see the world through its commitment to truthful reporting.
In addition, Hankyoreh Media Group has been a pioneer in newspaper production. This includes the introduction of the Computerized Typesetting System (CTS), a first for Korean newspapers at the time, and being the first daily newspaper with a Korean-only horizontal writing surface (traditionally the Korean language was written vertically).
Now, in the age of digital content, Hankyoreh is transforming itself into a user-friendly news platform.
To this end, Hankyoreh is powering its digital journey with MongoDB Atlas, where it can manage everything from digital content to AI-curated news recommendation services on a single platform, creating a more engaging and richer experience for readers.
THE CHALLENGE
Relational database bottlenecks
Faced with new challenges and opportunities presented by digitalization, Hankyoreh made various efforts to adapt to the evolving media landscape. However, Hankyoreh’s legacy relational database posed a significant challenge, as it hindered the organization’s ability to quickly launch new services for readers.
To align with evolving and expanding requirements, Hankyoreh needed a platform that was capable of ingesting vast quantities of data in real time, and was fluid enough to adapt to changes as new applications were introduced or old applications were updated.
To meet the growing demand for new types of services, Hankyoreh’s Platform Technology Department first needed to store and analyze user behavior data in real time and rewrite the legacy codebase while maintaining the smooth operations of existing services. However, with the existing archaic relational database, it was challenging to execute new projects within a short time frame. Additionally, the team's lack of resources further delayed new service development.



