The semiconductor industry's value chain includes various stages such as upstream design, midstream manufacturing, and downstream testing. Each stage requires extensive information services, including simulation and testing, resource planning for wafer fabrication, process control, and monitoring of automated production. As a crucial driver of technological development, the semiconductor industry plays a key role not only in communication, automotive, aerospace, consumer electronics, and medical fields but also brings numerous opportunities to these industries. Especially in innovative areas like 5G, artificial intelligence, autonomous driving, and the Internet of Things (IoT), the semiconductor industry leads technological advancements.
With intense global technological competition, semiconductor companies are compelled to continuously pursue digitization, automation, and intelligence to meet increasingly complex and diverse market demands. Future focuses include the development of advanced process technologies, and heterogeneous integration is expected to become mainstream. However, smooth operations at each stage continue to challenge human efforts and collaborative capabilities due to specialized and intricate tasks. To address these challenges, companies are accelerating the deployment of automated systems and advancing digital transformation. Therefore, specialized information technology services play an indispensable and crucial role in the semiconductor industry.
WITS has a longstanding presence in the field of precision manufacturing information services, serving as a crucial partner for the semiconductor industry in achieving a sustainable supply chain and enhancing enterprise resilience. Our strategic focus includes collaborative testing in IC design, development of software tools for peripheral testing, and resource planning, automation system development, and operations for wafer manufacturing facilities. Particularly in wafer manufacturing, due to the complexity of processes, there is a need to advance towards precision and intelligent manufacturing. This necessitates updated information technology and talent support, including technologies such as the Internet of Things, data analytics, process robotics, and visualization techniques, to enhance product yield and competitiveness.
WITS's strategic focus encompasses collaborative testing in IC design, the development of peripheral testing software tools, as well as resource planning, automation system development, and operations for wafer manufacturing facilities. Particularly in wafer manufacturing, due to the complexity of processes, there is a necessity to advance towards precision and intelligent manufacturing. This entails the support of updated information technology and talent, including the implementation of technologies such as the Internet of Things, data analytics, process robotics, and visualization techniques, to enhance product yield and competitiveness.
WITS further extends its presence into areas such as production automation, mass production optimization, infrastructure, predictive control, operational systems, production line Help Desk, collaborative testing, and provides corresponding operational support services.