In fields such as industrial production, urban water supply, and oil and gas transportation, pipelines serve as important transportation carriers, and their precise monitoring of operational status directly affects production efficiency and safety. As the "sensing nerve" for pipeline measurement, sensors have become the core equipment for ensuring stable pipeline operation due to their high precision and real-time advantages. They play an irreplaceable role in measuring key parameters such as flow rate, pressure, temperature, and liquid level.

A tactile sensing array is a tactile sensor composed of multiple tactile sensing units. The tactile sensing unit can measure the contact force of a single point, while the tactile sensing array has the ability to detect distributed contact force due to the integration of multiple sensing units. At present, there are various methods for implementing tactile sensing, which can be classified according to their principles as piezoresistive, piezoelectric, capacitive, fluidic, optical, transistor, etc.

Recently, the Ceres-1 carrier rocket was successfully launched, sending the "Real time Monitoring System for Satellite Key Folding Components Status Based on Flexible Sensing" into the predetermined orbit. The system was jointly developed by Professor Yang Haitao from the team of Academician Huang Wei, Director of the National Key Laboratory of Flexible Electronics and Chief Scientist of the Institute of Flexible Electronics at Northwestern Polytechnical University, and Associate Researcher Sun Chong from the team of Professor Yue Xiaokui from the School of Aerospace at the university. This is the first in orbit application verification of flexible electronic sensing technology in monitoring the status of key components of spacecraft in China.

In the core scenarios of industrial production, extreme environments such as high temperature, high pressure, and strong vibration are often the "hidden killers" of stable equipment operation, and accurate monitoring of vibration data is the key to predicting equipment failures and ensuring production safety. Senther Technology has been deeply involved in the field of industrial sensing for many years, and has launched the 377P high-temperature vibration sensor. With excellent high-temperature resistance and precise monitoring capabilities, it has become a core tool for solving equipment operation and maintenance problems in extreme environments, providing reliable sensing solutions for industries such as power, metallurgy, and petrochemicals.

On September 3, 2025, a grand ceremony was held on Tiananmen Square in Beijing to commemorate the 80th anniversary of the victory of the Chinese People's War of Resistance Against Japanese Aggression and the World Anti Fascist War. When General Secretary Xi Jinping emphasized with a resounding voice the importance of "remembering history, honoring martyrs, cherishing peace, and creating the future", when 45 teams marched through Chang'an Avenue with steel like vigor, when 80000 peace doves flapped their wings and flew high, and 80000 balloons soared into the sky, my eyes moistened several times and my emotions surged.

Future sensor technology has broad application prospects in hypersonic missiles, and the following are some main aspects: Deep Applications of Quantum Sensors