On December 26, 2022, the final of the first ‘Xiangzhou Cup’ Unmanned System Innovation Competition sponsored by the Organizing Committee of the Global Unmanned Systems Conference and the People's Government of Xiangzhou District, Zhuhai City was grandly held at the Marriott Hotel in Xiangzhou District, Zhuhai City. I-NAV Technology Co.,Ltd. (referred to as 'I-NAV') finally won the runner-up in the final with its profound insight and innovative practice in the field of high-precision integrated navigation and positioning, and won the award from the judges of the competition and the participating companies with wide acclaim.      

 The first unmanned system innovation competition of 'Xiangzhou Cup' was officially launched in August this year. From October 10th to 12th, nearly 100 innovative technology entries from all over the country successfully completed the preliminary online road show. The judging panel composed of investment experts and industry experts, combined with the overall performance of the participating projects, made selections from multiple dimensions such as project technical capabilities, commercial capabilities, and team capabilities. 20 projects, including I-NAV, stood out after comprehensive selection by the jury, and were successfully shortlisted for the finals of the first 'Xiangzhou Cup' unmanned system innovation competition.           

On December 26th, the finals came as scheduled. I-NAV Marketing Director Wang Zhichao participated on behalf of the company, from four aspects: the company and management team, industry pain points and I-NAV solutions, market prospects and business models, revenue planning and financing purposes. The industry competitive advantages of I-NAV in the field of high-precision positioning and navigation services were demonstrated to the final judges. In the end, I-NAV won the second place among the 20 finalists and won the second prize 

From December 27th to 28th, the 'China International Unmanned System New Technology Achievement Exhibition' held at the same time as the final of the 'Xiangzhou Cup' First Unmanned System Innovation Competition was held at 'Xianglu Bay' on Qinglv Road, Zhuhai City. Create a full-scene immersive technological visual feast. As a representative of the finalists of the 'Xiangzhou Cup', I-NAV participated in this achievement exhibition and received high attention.

About I-NAV

    I-NAV was established on February 25, 2022. It is a high-tech company specializing in the research and development, production, sales and service of high-precision integrated navigation and positioning systems. Its products are widely used in autonomous driving, aerospace, robotics, agricultural wireless Humanization, construction machinery, rail transit, shipping and other fields, providing customers with flexible high-precision positioning and navigation services. In 2022, the company will create the world's first vehicle-grade hybrid fiber optic inertial navigation positioning system, bringing a new solution to the autonomous driving industry and attracting widespread attention from the industry.

     Since its establishment, I-NAV has maintained a rapid development momentum, and has been successfully selected as 'Shenzhen Innovation and Technology Committee Science and Technology Small and Medium-sized Enterprises'. With device process technology and perfect testing and verification capabilities, we have mastered the core technologies from key devices, inertial measurement units to integrated navigation systems, and can flexibly and fully meet the customized needs of customers. The company has a complete enterprise process system, efficient management structure, advanced software and hardware systems, and excellent manufacturing engineering support capabilities in the industry to provide customers with fast product delivery. At the beginning of November, the company moved to a new location. The usable area has increased from 600 square meters to more than 3300 square meters now. The company has more complete functions and facilities. The center's high-precision positioning integrated solution realizes the common growth of enterprise value and customer value.

     Adhering to the mission of 'deeply cultivating the field of space-time perception and leading the intelligent world with extreme high-precision positioning', all employees of I-NAV actively practice the core values of 'hard work, simplicity and efficiency, ultimate innovation, and customer satisfaction', and continue to provide groundbreaking Products and solutions, and strive to realize the corporate vision of 'serving every corner of the world with excellent high-precision positioning and making life better'.

Recently, I-NAV Technology Co.,Ltd. (hereinafter referred to as "I-NAV") successfully developed the first single-axis fiber optic gyroscope FOG7001 (the length of the optical fiber ring is 500 meters). The second smoothing is 0.06°/h, and the temperature change accuracy is better than 0.2°/h (uncompensated). The current technology and process are stable and meet the conditions for mass production. This product can be widely used in aerospace, aviation, navigation control, follow-up, strapdown attitude and other systems, as well as vehicle automatic navigation, unmanned aircraft attitude control and other fields.

FOG7001 is an interferometric all-digital closed-loop single-axis fiber optic gyroscope, which has the characteristics of large working bandwidth, high resolution, small size, small zero drift, high linearity, short start-up time, shock resistance, etc., and has high zero bias stability Accuracy and angular random walk and strong vibration resistance. At the same time, this product has leading optical path design and panel mounting technology, optimized four-state square wave modulation and software second feedback loop, high reliability and simple control.

Since its establishment in February this year, I-NAV has maintained a rapid development momentum. In just half a year, it has opened up the whole chain of "device-unit-system" in terms of inertial devices, inertial units, and integrated navigation systems, realizing independent algorithms and software and hardware design. . During the development of FOG7001 this time, I-NAV also realized the independent production of main optical components, which solved the problem that the inertial navigation industry could not balance high precision, low cost and large scale for a long time. Next, I-NAV will continue to expand the product matrix of fiber optic gyroscopes. On the one hand, it plans to launch the FOG7501 single-axis fiber optic gyroscope, which is expected to achieve a zero bias stability accuracy of 0.03°/h. On the other hand, in order to meet customer needs for low-cost solutions , will launch the FOG5001 single-axis small fiber optic gyroscope with a bias stability of 0.3°/h. At the same time, relying on its technical advantages in fiber optic gyroscopes, I-NAV will also accelerate the deployment of integrated navigation and positioning systems to seize the development opportunities in the precise positioning market for autonomous driving.