The Ruixing Intelligent Highway Solution is centered around radar technology, integrating multi-source perception techniques to build an all-weather intelligent sensing system. The solution leverages phased-array MIMO radar for high-precision traffic data collection, complemented by video-based auxiliary verification, thereby forming a comprehensive management loop of "perception-fusion-warning." At the core of this solution lies the Ruixing Ultra-Range Millimeter Wave Radar, which incorporates key technologies such as ultra-long-range detection, advanced coding for robust anti-interference capabilities, micro-motion feature recognition, and four-dimensional information correlation. These innovations significantly enhance detection range, resolution, and target identification accuracy, effectively addressing co-frequency interference issues. As a result, the radar enables precise vehicle positioning, continuous tracking, and seamless maintenance of unified IDs across entire road segments, providing stable and reliable data support for traffic monitoring, event detection, vehicle-infrastructure collaboration, and safety management.
Targeting urban intersections and complex road scenarios, the Ruixing Smart City Solution focuses on enhancing traffic efficiency and promoting standardized traffic behavior. Leveraging multi-source perception and intelligent computing technologies, the solution builds a comprehensive urban intersection management system. By integrating millimeter-wave radar with video cameras, combined with edge computing and advanced data processing algorithms, the system not only meets the data requirements for signal optimization—such as queue length and headway—but also enables automatic detection and evidence collection of over ten types of traffic violations, including running red lights, lane violations, and unauthorized vehicle use in non-designated areas. This capability provides critical enforcement support for refined urban traffic management.
Ruixing Intelligent Lighting Solution is specifically designed for tunnel lighting scenarios, leveraging millimeter-wave radar sensing technology to achieve intelligent lighting control. By continuously monitoring vehicle positions, speeds, and traffic flow within the tunnel, the system automatically adjusts the brightness of lighting fixtures, creating a dynamic illumination pattern that "lights up when vehicles arrive and dims when they leave." This solution effectively addresses the issue of excessive energy consumption in tunnel lighting while ensuring driving safety, and also significantly enhances visual adaptability at tunnel entrances and exits.
For application scenarios such as highway corridors, railways, and bridges, this solution leverages a road-and-bridge disaster warning system. By employing differential interferometric measurement and high-precision deformation monitoring technology based on phased-array MIMO systems, it effectively addresses the limitations of traditional InSAR radar equipment—namely, its bulky size, lengthy mechanical scanning cycles, and cumbersome deployment processes. This approach enables all-weather monitoring of the conditions along highways, railways, and bridges. The solution features a specially designed hierarchical warning mechanism that automatically triggers alerts when monitored data exceeds preset thresholds, simultaneously notifying the relevant maintenance management departments. The monitoring terminals are engineered with low-power consumption and equipped with solar-powered modules, ensuring reliable long-term operation in remote field environments. This solution is ideally suited for both the full-lifecycle monitoring of newly constructed roads and the intelligent retrofitting of existing infrastructure. By integrating digital technologies, it significantly enhances the safety management capabilities of these facilities, providing a scientific foundation for proactive maintenance decisions and preventive strategies.
As domestic waterway traffic continues to grow increasingly busy and the number of bridges steadily rises, the risk of ships deviating from their course and colliding with bridges has significantly increased. Traditional collision-avoidance technologies, however, are heavily constrained by environmental factors and have limited detection ranges, making it difficult to meet the demands of modern waterway safety. To address this challenge, we propose an intelligent, proactive collision-avoidance solution for waterways based on millimeter-wave radar technology. This solution integrates both bridge obstacle-detection radar systems and ship obstacle-detection radar systems, creating a comprehensive, multi-layered protection framework that ensures all-around safety coverage.
To meet the stringent requirements of L2+ and higher-level intelligent driving systems for perception, we introduce a comprehensive millimeter-wave radar solution tailored for passenger vehicles. This solution leverages the strategic deployment of millimeter-wave radars—comprising forward-facing, corner-mounted, and in-cabin radars—across the vehicle to establish a collaborative perception network, achieving seamless 360° coverage around the vehicle without any blind spots. The system operates reliably under all weather and lighting conditions, delivering precise and dependable performance in critical tasks such as target detection, blind-spot monitoring, occupant state recognition, and adaptive cruise control. By providing essential environmental perception data, this solution ensures robust decision-making for advanced autonomous driving scenarios, safeguarding smart mobility operations around the clock.
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