National Chung-Shan Institute of Science and Technology Adopts Trinity Professional to Support Database Migration and System Integration
With nearly 60 years of history, the National Chung-Shan Institute of Science and Technology (NCSIST) has long served as Taiwan’s leading R&D institution in advanced defense technologies. In recent years, NCSIST has focused on the development of various autonomous systems such as drones, defense platforms, and reconnaissance radar technologies. Alongside its core research, the institute has also actively expanded its collaboration with domestic and international technology partners, achieving notable advancements in information exchange and innovation dissemination.
To meet the growing demand for equipment development—from basic scientific research to mission-critical technology applications—NCSIST has frequently commissioned academic institutions and research organizations recognized by Taiwan’s Ministry of Science and Technology to carry out foundational and applied research. However, as years of accumulated systems and research data continue to expand, the challenges of system migration and database conversion have become increasingly complex.
To address this, NCSIST adopted the Trinity Professional platform to facilitate seamless data transformation and system integration. One of the key drivers behind the decision was Trinity’s robust cross-platform and cross-system compatibility, enabling a streamlined and optimized data handling process across heterogeneous environments.
System upgrades often pose compatibility and integration challenges. Legacy systems may not align with new infrastructures, requiring existing workflows, logic, and architecture to be entirely rebuilt. This can lead to significant manpower and budget overhead, with the risk of system mismatches or rework. Trinity Professional offers an agile development environment that allowed NCSIST to efficiently replicate job design templates or create linked jobs for rapid deployment. Its support for multi-host batch execution made it especially suited for handling data migration across various systems.
Additionally, Trinity ETL’s modular plug-in architecture supports a wide range of data sources and file formats, including XML and JSON, facilitating smooth and reliable data transformation from start to finish.
Mr. Chia-Cheng Su, the project’s business development manager, commented:
“NCSIST required a flexible and dependable solution to support large-scale system and database migration. Trinity Professional met these needs comprehensively. Moreover, with Trinity’s scalable architecture, future expansions can be easily accommodated simply by adding additional execution hosts, enhancing overall system performance.”
With Trinity Professional, NCSIST is poised to strengthen its data infrastructure and continue advancing the development of next-generation core technologies. The platform also supports broader industry goals by helping bridge technological gaps critical to industrial transformation and upgrading.
To meet the growing demand for equipment development—from basic scientific research to mission-critical technology applications—NCSIST has frequently commissioned academic institutions and research organizations recognized by Taiwan’s Ministry of Science and Technology to carry out foundational and applied research. However, as years of accumulated systems and research data continue to expand, the challenges of system migration and database conversion have become increasingly complex.
To address this, NCSIST adopted the Trinity Professional platform to facilitate seamless data transformation and system integration. One of the key drivers behind the decision was Trinity’s robust cross-platform and cross-system compatibility, enabling a streamlined and optimized data handling process across heterogeneous environments.
System upgrades often pose compatibility and integration challenges. Legacy systems may not align with new infrastructures, requiring existing workflows, logic, and architecture to be entirely rebuilt. This can lead to significant manpower and budget overhead, with the risk of system mismatches or rework. Trinity Professional offers an agile development environment that allowed NCSIST to efficiently replicate job design templates or create linked jobs for rapid deployment. Its support for multi-host batch execution made it especially suited for handling data migration across various systems.
Additionally, Trinity ETL’s modular plug-in architecture supports a wide range of data sources and file formats, including XML and JSON, facilitating smooth and reliable data transformation from start to finish.
Mr. Chia-Cheng Su, the project’s business development manager, commented:
“NCSIST required a flexible and dependable solution to support large-scale system and database migration. Trinity Professional met these needs comprehensively. Moreover, with Trinity’s scalable architecture, future expansions can be easily accommodated simply by adding additional execution hosts, enhancing overall system performance.”
With Trinity Professional, NCSIST is poised to strengthen its data infrastructure and continue advancing the development of next-generation core technologies. The platform also supports broader industry goals by helping bridge technological gaps critical to industrial transformation and upgrading.