LION is a Japanese consumer goods company created from a merger of two companies, both of which are more than a century old.
It sells detergents, hair care and skin care products, kitchen products, healthcare products, toothpaste, toothbrushes and more. In 2018, LION’s revenue was $3.26 billion.
In addition to selling to Japanese consumers, LION exports toothpaste, toothbrushes, soap, detergent, hair and skin care products, cooking supplies, and medicines to overseas companies.
The mainframe system that runs LION’s business functions was more than 30 years old. Since then, system functions have been added and changed extensively to address changes in the work and management environment. Although it had performed efficiently for years, after three decades, several issues had begun to occur in the systems. For example, mainframe data could not be used for data analysis such as business intelligence.
Aging applications and system complexity due to long-term use were affecting performance and finding and keeping skilled resources for maintenance was difficult. And, the cost to support and maintain the mainframe and systems was so high that there was little-to-no IT budget left for new development.
LION knew it was time to address the aging mainframe, its legacy applications, and overly complex data management. They considered a rebuilding option, but rejected it because of its difficulty, high risks, and questions around accessing source codes. Instead, they decided to migrate the host systems on the mainframe to a virtual server to reduce maintenance costs and total cost of ownership.
LION chose TmaxSoft OpenFrame to migrate their mainframe. OpenFrame offered few risks compared to rebuilding. LION could continue to use their source code easily, and there were no internal design changes. In addition, no additional resources or skills were needed for migration.
After the migration, the company reported that maintenance and operating costs were reduced by 60%, maintenance productivity was improved, accessing and using data is easier, and system processing performance improved by 20 to 30%. The development environment responds to IT business continuity planning, and the knowledge and skills of retired engineers have been handed down to a new generation.