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MIT industrial PC leader – ADLINK Technology adopts Trinity for enterprise data integration services

ADLINK Technology, one of Taiwan’s leading industrial PC (IPC) manufacturers specializing in measurement and vision-based control systems, recently adopted Trinity Enterprise to resolve longstanding challenges in integrating external information with internal data systems.

Known for its industrial PCs that monitor environmental data and control factory equipment, ADLINK operates in a highly systemized environment. The nature of the business requires complex system maintenance across multiple platforms. Historically, data integration and migration demanded the manual development of hundreds of data transformation scripts—an approach that was labor-intensive, error-prone, and inefficient in terms of timeliness and operational continuity.

To address these pain points, ADLINK turned to Trinity Enterprise. The platform streamlined data migration, consolidated operational workflows, and ensured uninterrupted execution of daily and scheduled tasks. The solution also gave ADLINK’s administrators greater flexibility—enabling dynamic adjustments to EOD (End-of-Day) processing times and providing visibility into upcoming task schedules. Additionally, Trinity’s robust role-based access control system, including group-based permission settings, met ADLINK’s stringent information security audit requirements.

Senior Account Manager Cheng-Ta Li, who led the project, remarked: “Trinity Enterprise not only enables the coexistence of structured and unstructured data within a unified platform, but its intuitive, graphical development interface significantly shortens the learning curve. The result is up to threefold reduction in system and maintenance labor costs.”

Moreover, Trinity’s built-in alerting and audit mechanisms empower ADLINK to detect issues proactively—preventing delays or errors from escalating into quality control problems downstream. In the face of sudden changes to business rules, the platform’s agility allows for rapid reconfiguration, ensuring data processing remains consistent and responsive.