As road networks face increasing pressure from traffic loads, climate impact, and aging infrastructure, the demand for reliable and efficient pavement inspection solutions is accelerating. XenoTrack, the advanced road inspection solution powered by true solid-state LiDAR technology, addresses this need by combining certified accuracy, operational simplicity, and automated Pavement Condition Index (PCI) analysis in a single, scalable system.
Designed with ease of use as a core principle, XenoTrack can be installed on virtually any vehicle using a standard roof rack, eliminating the need for specialized inspection vehicles or complex integration. This flexibility allows municipalities, contractors, and engineering firms to quickly deploy automated road inspection across different fleet types without disrupting daily operations. The system operates effectively at any speed, from standstill to highway speeds, and accurately compensates for vehicle movement, ensuring consistent data capture even in stop-and-go urban environments.
At the heart of the solution is a 6D Road Scanning approach that digitizes the full width of the road lane. By capturing detailed 3D geometry, reflectivity data, and high-resolution imagery, XenoTrack creates a fully georeferenced digital model of the pavement surface. This comprehensive data foundation enables precise identification and classification of pavement distresses, including potholes and all major crack types such as longitudinal, transverse, diagonal, and alligator cracks. Each defect is automatically measured in terms of size, severity, and density through advanced rule-based and AI-powered algorithms.
One of the defining strengths of XenoTrack is its ability to generate PCI calculations that comply with ASTM standards, providing an objective and standardized assessment of pavement condition. In addition to PCI, the system delivers certified International Roughness Index (IRI) measurements in accordance with AASHTO guidelines, as well as rutting and cross-slope metrics. All outputs are fully compatible with GIS platforms and Pavement Management Systems, enabling seamless integration into existing infrastructure workflows and maintenance planning processes.
Certification and independent validation play a central role in the credibility of XenoTrack’s measurements. The solution has successfully completed NCAT certification procedures, including vertical verification and accelerometer-based testing, confirming high repeatability and longitudinal accuracy when benchmarked against reference profilers. Furthermore, strong performance in international benchmarking environments, such as rigorous test evaluations conducted against certified ground truth systems, demonstrates the platform’s reliability under objective and demanding testing conditions.
Beyond technical precision, the practical value of XenoTrack lies in its ability to transform pavement inspection into a repeatable, automated, and data-driven process. By delivering sub-millimeter accuracy, full-lane coverage, and certified PCI outputs in a user-friendly and vehicle-agnostic format, the solution enables infrastructure managers to prioritize maintenance more effectively, extend pavement lifespan, and improve road safety while reducing inspection time and operational complexity.
In an era where infrastructure decisions increasingly rely on measurable data rather than subjective assessment, XenoTrack positions itself as a future-ready pavement inspection solution that combines usability, certification, and high-precision PCI analytics into a single, actionable platform.
