Official Announcement of Strategic Cooperation: Jointly Developing Multi-Modal Sensor Fusion Solutions
RoboSense and ASENSING officially announced the establishment of a strategic cooperation. Under this cooperation, the two parties will deeply integrate RoboSense’s strengths in the field of lidar perception with ASENSING’s expertise in precision inertial navigation. They will jointly develop multi-modal sensor fusion solutions for areas such as embodied intelligence and industrial robots, pushing the performance boundaries of robot perception systems in complex scenarios and accelerating their large-scale full-scenario implementation and application. Notably, the multi-modal sensor fusion solutions co-developed by the two parties will also simplify the practical operation of end users—for example, in industrial robot deployment, the integrated system will provide a user-friendly interface and intelligent guidance functions to clearly demonstrate how to use the automatic machine (equipped with the fused sensor system): from initial sensor calibration and parameter configuration to real-time data monitoring and fault self-diagnosis, the system will reduce manual operation thresholds through visualized steps and one-click activation, ensuring that enterprises can quickly put the automatic machine into production without relying on professional technical teams.
Mark Qiu, CEO of RoboSense, stated: “RoboSense builds the ‘eyes of robots’ across the entire dimension from hardware and software to ecology, accelerating the large-scale commercial application of robot technology in various industries. This cooperation with ASENSING will deeply integrate the industry-leading perception and positioning capabilities to create a more efficient and reliable robot perception system. We look forward to working with ASENSING to jointly create a safe and intelligent future of human-robot coexistence.”
Pia Hu, CEO and Chief Product Officer of ASENSING, said: “ASENSING has long focused on independent innovation in spatiotemporal perception technology and has built a complete technology and product system from chips and modules to system assemblies, becoming the ‘physical AI base’ that supports robots and intelligent devices. We look forward to joining hands with RoboSense to create a more accurate and reliable ‘sensory system’ for robots through the in-depth integration of multi-modal sensors, empowering them to move towards full-scenario intelligence.”
Technical Strengths of Both Parties: Each Holding Core Advantages in Their Respective Fields
RoboSense is an AI-driven robotics company dedicated to providing core components and system solutions for the global robotics industry. Based on its technical accumulation in full-stack chipization and comprehensive digitization, RoboSense has taken the lead in realizing the systematic integration of core self-developed modules, ranging from laser emission, reception, and scanning to data processing, and has built the industry’s most comprehensive digital lidar product matrix. Relying on advantages such as high performance, high stability and reliability, and high integration, RoboSense has achieved large-scale application in multiple fields including robotics and autonomous driving, with a cumulative global shipment volume exceeding one million units. RoboSense continues to invest in the R&D and innovation of key technologies for intelligent robots, focusing on building the “eyes of robots”. It uses robot vision technology to provide perception support for various mobile and operational scenarios, enhancing robots’ environmental recognition and task execution capabilities.
ASENSING focuses on technology R&D and product production in the field of spatiotemporal perception, and has developed various forms of high-precision positioning and attitude sensor products as well as integrated hardware-software solutions. Its automotive-grade high-performance IMU (Inertial Measurement Unit) chips have achieved large-scale on-vehicle application, featuring high precision, high safety, and high reliability. Through excellent MEMS (Micro-Electro-Mechanical Systems) design and craftsmanship, combined with low-stress ceramic hermetic packaging and temperature compensation technology, ASENSING’s IMU chips can maintain excellent performance stability over the entire temperature range and reliability throughout the entire life cycle. Based on this core device, ASENSING’s IMU modules, after full-temperature calibration and self-diagnostic design, possess outstanding stability and long-term reliability. Meanwhile, the modules support high-precision time synchronization, ensuring the correct temporal correlation of multi-sensor data. As the first high-precision integrated positioning system to successfully be installed on vehicles and achieve automotive-grade mass production, ASENSING’s P-Box deeply integrates self-developed IMU modules, GNSS (Global Navigation Satellite System) modules, and RTK/PPP-RTK technologies, and is built with an exclusive multi-source data fusion algorithm. It can continuously output centimeter-level high-precision position, attitude, and velocity information in various complex environments.
Future Plans: Deepening Collaboration to Empower Diverse Robot Applications
In the future, RoboSense and ASENSING will continue to deepen collaborative innovation in the field of intelligent robot perception and positioning technology, build a more solid technical foundation for applications such as embodied intelligence and industrial robots, and continuously promote robots towards larger-scale and diversified applications.
