Chain communication turns a group of individually sensing road studs into a collaborative real time system. Devices share local decisions with neighbors every 20ms, and each stud computes its own output based on combined local and adjacent information. The entire network continuously refreshes its state at 50 Hz, meeting the stringent latency requirements of vehicle proximity detection and dynamic lighting control.

The Yan’an region, characterized by mountainous loess terrain, faces significant slope stability challenges due to natural and anthropogenic factors. The project area is dominated by thick loess coverage with well-developed gullies and vegetation cover below 40%. The rainy season brings frequent and intense rainstorms, which easily generate surface floods carrying large amounts of sediment, resulting in severe soil erosion. Poorly developed drainage systems on slopes lead to inadequate water runoff, allowing rainwater to impact slope surfaces and cause loess caves, subgrade settlement, and other instability issues, posing major safety risks to slope stability. To enhance early warning capabilities and ensure public safety, a pilot slope stability monitoring project was conducted using advanced radar technology. The primary objective was to achieve high-precision, real-time monitoring of surface displacement and environmental parameters.

Bridges are critical infrastructure but keeping them safe across changing environments is a constant challenge. We’re proud to introduce the ClairWav-BH10, a smart, millimeter-wave radar solution designed for continuous, real-time bridge monitoring.

Landslides, collapses, and dam failures can happen in seconds, but the warning signs often appear long before. The challenge? Detecting those millimeter-level changes across vast, complex terrain—in rain, fog, or darkness.

Landslides, slope failures, and dam deformations can happen without warning—but the ClairWav-MD10 helps you stay ahead. This next-gen phased array radar delivers millimeter-wave precision to capture micro-displacement changes on slopes, mountains, mines, and dams. Deployed roadside along expressways (every 25–35m), it monitors both upper and lower slopes with upward/downward-facing units.

As a major transportation artery connecting China’s eastern coastal region, the G15 Shenyang–Haikou Expressway (Shenhai Expressway) plays a critical role in cross-regional traffic networks. Recently, TraffiClair deployed its all-scenario intelligent perception system along the Shenhai Expressway, leveraging advanced radar technology to establish a high-precision, all-weather traffic detection network—fully empowering the expressway’s digital transformation.

We’ve significantly upgraded both our ClairEye iSeries and ClairBox-R — bringing more processing power, higher frame rates, and smarter software features to urban traffic management.

At the beginning of 2025, TraffiClair’s Radar-Vision Integrated Traffic Sensor was deployed on the Nansha Bridge in Guangzhou, providing precise real-time traffic data for a digital expressway capacity-expansion project. The Nansha Bridge connects Guangzhou Nansha District and Dongguan, serving as a critical cross-river corridor in the Guangdong–Hong Kong–Macao Greater Bay Area, where traffic volumes surge during peak travel periods such as the Spring Festival travel rush.

At TraffiClair, we believe that visibility is the first line of defense in traffic safety. We are thrilled to officially unveil the LumaLane Zebra Projector—a leap forward in pedestrian crossing technology designed for the demands of modern infrastructure.

We are excited to announce a significant update to the Clairwav sensor lineup. Our radars now offer enhanced event detection capabilities, moving beyond simple presence to provide granular insights into road user behavior.

As part of Harbin’s smart transportation initiative, over a thousand phased array millimeter wave radar units were deployed across the city’s main urban areas. These devices are designed to operate reliably in harsh weather, accurately collecting real time road traffic data. The system provides a robust and steady data engine to support traffic congestion mitigation and optimization in the “Ice City.”

Strategically located within the Guangdong-Hong Kong-Macao Greater Bay Area, Zhongshan City is enhancing its role as a vital regional hub by deploying an advanced, radar-based traffic monitoring system. To tackle growing congestion and support its "14th Five-Year" transport goals, the city has implemented TraffiClair Radar across over 100 key intersections.