Shanghai Kunlian Information Technology Co., Ltd. Participates in the Inaugural Distributed Optical Fiber Sensing Technology and Application Conference, Jointly Promoting Technological Innovation and Industrialization Progress

From November 22 to 24, 2024, the Inaugural Distributed Optical Fiber Sensing Technology and Application Conference was successfully concluded in Nanjing, Jiangsu. The conference was hosted by the Chinese Laser Press and co-organized by the Key Laboratory of Optical Intelligent Sensing and Control & Integration Technology of the Ministry of Education at Nanjing University and Xiamen Biga Technology Co., Ltd.. As the first comprehensive academic conference globally dedicated to distributed optical fiber sensing (DOFS) technology, it attracted top-tier experts, scholars, and industry leaders from fields such as fiber optic sensing, civil engineering, energy, transportation, and more, gathering to discuss the cutting-edge research achievements and application challenges in DOFS.

Promoting Industry-Academia-Research Integration, Facilitating Technological Innovation

As a leading enterprise in the industry, Shanghai Kunlian Information Technology Co., Ltd. was invited to participate in this conference, showcasing its latest R&D achievements in the field of distributed optical fiber sensing technology. During the conference, academic experts and corporate technical leaders from around the world engaged in in-depth discussions on the latest advancements in DOFS technology and its extensive applications across various sectors, including energy, power, aerospace, communications, transportation, and security.

With its unique advantages such as high precision, non-destructive monitoring, and real-time data acquisition, distributed optical fiber sensing technology has become a crucial technology for structural health monitoring of large-scale infrastructures. Particularly within the context of China's rapidly developing infrastructure construction, DOFS technology demonstrates immense potential in areas such as structural health monitoring, seismic early warning, and environmental monitoring.

Innovative Applications, Breaking Through Technological Barriers

During the conference, Shanghai Kunlian Information Technology Co., Ltd.'s technical team engaged in in-depth exchanges with industry experts regarding technical bottlenecks in DOFS, including system integration and data processing algorithms. The company presented its innovative achievements in products such as DAS amplifiers and high-speed data acquisition systems, and discussed application cases for these products in industrial, transportation, and energy sectors, receiving high praise from the attendees.

The conference also featured multiple thematic discussions covering various aspects of fiber optic sensing technology, including sensor components and modules, applications in civil and transportation engineering, applications in energy and geological monitoring, and ocean monitoring. Representatives from Shanghai Kunlian Information Technology Co., Ltd. participated in several of these thematic sessions, jointly exploring with industry experts the current status and challenges of technological implementation and application promotion, especially the application prospects in large-scale infrastructure monitoring.

Looking Forward, Technology Leading Industry Development

This conference provided Shanghai Kunlian Information Technology Co., Ltd. with opportunities to collaborate with leading domestic and international academic institutions and enterprises. The company stated that it will continue to be committed to advancing the research, development, and application of distributed optical fiber sensing technology, particularly in emerging fields such as intelligent monitoring systems, environmental protection, and smart city construction, further strengthening cooperation with academia and industry.

In the future, Shanghai Kunlian Information Technology Co., Ltd. will continue to drive the industrialization process of fiber optic sensing technology, contributing to the innovative development of domestic and international infrastructure health monitoring technologies, and providing customers with more precise and efficient solutions.