As the annual CES 2026 event in the United States concluded, AWAN Sensing, the sensing brand under AWAN, once again successfully completed its technology showcase on the international stage. Participating in CES is not only an opportunity to display achievements but also an important chance to align with global technology trends and validate Linten's R&D direction. The AWAN Sensing product line is divided into two main categories: AHRS (Attitude and Heading Reference System) and INS (Inertial Navigation System), respectively serving as the "motion cerebellum" and "navigation hub" of unmanned vehicles.
In the field of AHRS applications, Lienteng modules, relying on independently developed data fusion algorithms, provide accurate roll, pitch, and yaw data in dynamic environments. For drones, robots, robot dogs, or precision stabilized gimbals, these products can offer rapid response and effectively compensate for attitude deviations caused by strong winds or collisions. Serving as a "precision balance hub," they can detect slight vibrations in real time and instruct motors to perform reverse compensation, ensuring the equipment maintains precise attitude reference during movement. In the field of INS navigation, inertial sensor data is synchronously fused with GPS/GNSS signals to address navigation interruptions when signals are blocked. When a vehicle enters a tunnel and loses satellite signals, the module can continue to calculate the path, achieving dead reckoning capability. This highly reliable positioning technology can be widely applied in autonomous mobile robots (AMR), automated forklifts, drones, and underwater vehicles.
In addition to standard modules, LianTeng has also demonstrated exceptional integrated development capabilities and forward-looking planning. They are actively developing a multi-source sensor fusion blueprint, combining inertial navigation with 60G radar, LiDAR, and visual attitude recognition, providing precise solutions that resist environmental interference. At the same time, LianTeng has received subsidies from the Ministry of Economic Affairs' science and technology project, continuing to develop low-power flight controllers and sensor modules with AI computing capabilities, aiming to elevate Taiwan's navigation research strength to the global high-end industrial and commercial markets.
AWAN will continue to maintain its focus and passion for technology. In the face of the trend of AI fully entering physical devices in the future, high-quality sensor data will be the foundation of all intelligent applications. We will also continue to optimize product performance and expand from Taiwan to in-depth cooperation with global customers in areas such as industrial automation, smart agriculture, and commercial vehicles.
