At the just concluded 2025 World Manufacturing Conference, a fierce competition in the field of data attracted a lot of attention. Hefei MoCe Technology Co., Ltd. stood out in the "Data Element X" competition with its outstanding innovation ability and technological strength, winning a bronze award and becoming a shining star at the conference.
The 2025 "Data Element X" competition is a nationwide event jointly initiated by the National Data Administration, the Cyberspace Administration of China, the Ministry of Industry and Information Technology, and more than 20 other ministries and institutions. It was officially launched on April 10th this year. The competition is themed "Empowering Data with Multipliers" and focuses on the innovative application of data elements in 13 industries including industrial manufacturing, modern agriculture, and commercial circulation. It also sets up an open innovation and international track, aiming to leverage the multiplier effect of data elements, explore the path of data innovation application, and inject new impetus into the development of the national data element market.
The "Ultra sensitive Geomagnetic Field Data Acquisition System Project for Multiple Scenarios" participated by MoCe Technology this time is a wonderful presentation of the company's core technology. As a Silicon Valley resident enterprise of Hefei University of Science and Technology, MoCe Technology has advanced weak magnetic field measurement technology and is committed to providing a complete set of weak magnetic field measurement technology solutions for customers worldwide. The core team members of the company graduated from well-known universities such as the University of Science and Technology of China, Peking University, and Beijing Jiaotong University. They have been deeply involved in the quantum precision measurement industry for several years and have extensive experience in the research and design of magnetometers, zero field magnetometers, magnetic shielding, ultra-low noise current sources, and micro optoelectronic components. The company has taken the lead in successfully developing geomagnetic quantum magnetometers in China and is committed to bringing technology applications to more industries both domestically and internationally.
The geomagnetic quantum magnetometer (QTFM-Mozi1.0 Mozi series) in its competition project is a compact, high-sensitivity geomagnetic scalar atomic magnetometer. It utilizes the direct relationship between the precession frequency of alkali metal atoms and the background magnetic field, and can accurately and stably detect small magnetic field changes. The compact and low-power packaging makes it highly suitable for a wide range of applications from magnetic observation stations to small mobile platforms such as drones, making it an ideal choice for magnetic anomaly detection fields such as quantum precision measurement, industrial testing, and mineral exploration. In addition, the Luban series of horizontal magnetic shielding buckets (MSC Luban) have the advantages of good shielding performance and convenient installation and transportation. Their shielding performance can reach internal residual magnetism<1nT, which basically meets the routine needs of most researchers. At the same time, the company also provides customized services for full-size shielding tubes and shielding houses, including COMSOL simulation.
In this competition, MoCe Technology competed alongside outstanding enterprises and teams from various parts of Anhui province. After multiple rounds of intense competition, including preliminary evaluation and technical verification, we successfully won the bronze award in the "Technology Innovation" track. At the same time, MoCe Technology has been invited as one of the 8 award-winning project roadshows for the Anhui branch of the 2025 "Data Element X" competition, showcasing the award-winning achievements and reflections. This honor is not only a high recognition of the technical strength of MoCe Technology, but also a recognition of its active exploration in the field of innovative application of data elements.
