Case Study 3: National Astronomical Observatory of Japan, National Institutes of Natural Sciences
RCM System Software
RCM System Software Implementation Case 3: National Institutes of Natural Sciences, National Astronomical Observatory of Japan.
The reason we adopted this software is that it has a flexible database and framework that can keep up with changes in system configuration and allows astronomers themselves to continuously evolve the system.
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**Selection Reason** "We can evolve it ourselves." Outsourcing the system is difficult both in terms of cost and the potential for system development, so we decided to move towards building it ourselves. We planned to create it using programming languages like Python and Perl, along with free database applications. During a meeting with professors from the High Energy Accelerator Research Organization, we learned that they were using middleware called RCM System Software for large-scale data management in their Belle experiment system. Their experiment is also large-scale and involves data processing processes similar to those in astronomical data analysis. Curious, we contacted the software vendor and found out that it was middleware developed by a former researcher from the Japan Atomic Energy Agency who had overcome similar challenges to ours and commercialized that know-how. The reason we adopted this software is that it has a flexible database and framework that can adapt to changes in system configuration, allowing astronomers themselves to continuously evolve the system. *For more details, please contact us.*
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We aspire to be a company that utilizes information technology to bring about innovation in inspiration and intellect, and thus we were born as Quatre i Science, which scientifically approaches the four i's. We are engaged in the development of new concept systems that will revolutionize the operations related to research and development.
