Automate penalty workflows with high-accuracy violations processing for speeding, RLVD, helmet, and seat belt detection.
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Aabmatica 4D Radar-based Speed Violation Detection System leverages advanced 4D imaging radar to precisely detect vehicle speed, direction, and classification across multiple lanes in all weather conditions. It enables automated violation detection, real-time alerts, and seamless integration with ATMS. With self-calibration, diagnostics, and intelligent dashboards, it ensures reliable enforcement and delivers actionable insights for improved road safety.
Aabmatica Radar-based Speed Violation Detection System leverages advanced 4D imaging radar technology to accurately detect vehicle speed, direction, and classification across multiple lanes in real time. Designed for all-weather, all-lighting conditions, the system operates independently of road surface changes and provides high-precision speed enforcement. Fully compliant with NHAI guidelines, it seamlessly integrates with ATMS platforms and control centers to automate violation detection, evidence capture, and reporting. The solution includes built-in diagnostics and self-calibration, ensuring reliable operation. With integrated dashboards and business intelligence tools, it empowers authorities with actionable insights to enhance enforcement and traffic safety.
Our turnkey camera system provides proven protection and safety for your communities.
From speeding to red-light running, our automated cameras capture every event accurately for precise enforcement.
With advanced violation processing technology, enforcement agencies can easily manage citations from issuance to resolution.
Our data-driven performance metrics and predictive analytics provide actionable insights, helping optimize operations.
We collaborate with municipalities to craft outreach campaigns, emphasizing the program's fairness and transparency to the public.
Contact our technical team to request specifications sheets for hardware tenders or discuss custom traffic deployments.
