LEOTEK Interlux AI Traffic System Enters Real-World Testing

LEOTEK Deploys Interlux AI Traffic Signal System at Curiosity Lab

LEOTEK has deployed its Interlux AI Traffic Signal System at Curiosity Lab, a 5G-enabled smart mobility and city living laboratory in Peachtree Corners, Georgia. The deployment places the system in a real-world environment where its capabilities can be evaluated under actual traffic conditions. Interlux combines radar-camera sensor fusion, NVIDIA Jetson Orin edge computing, and C-V2X connectivity to monitor vehicles, pedestrians, and cyclists in real time. The evaluation is intended to examine how the technology can support traffic signal optimization, intersection safety monitoring, and emergency vehicle priority while operating within a live transportation environment.

The Curiosity Lab deployment builds on LEOTEK's nearly three decades of experience in the United States market. The company says its traffic signal solutions are used across more than 70% of major metropolitan areas in the U.S., providing an established base of deployment experience for evaluating the Interlux system. By combining roadway sensing with edge computing and connected-vehicle communication, the system is designed to process traffic information in real time rather than relying solely on centralized infrastructure. The Curiosity Lab environment provides an opportunity to assess these capabilities against the operational requirements of an active intersection and the varied movements of road users.

Interlux is designed to provide several functions within intelligent transportation infrastructure. Radar-camera sensor fusion enables the system to observe vehicles, pedestrians, and cyclists, while NVIDIA Jetson Orin provides edge computing capabilities for processing information close to the intersection. C-V2X connectivity adds a communications layer that can support interaction between transportation infrastructure and connected road users. Together, these technologies are intended to help optimize traffic signal operations, improve intersection safety monitoring, and provide priority for emergency vehicles. The real-world evaluation will help determine how these capabilities perform under actual traffic conditions and how they can be developed for broader transportation applications.

Insights generated through testing at Curiosity Lab are expected to inform further development of the Interlux platform. The longer-term objective is to evaluate whether the technology can progress beyond individual intersections toward broader deployments covering corridors and, eventually, citywide intelligent transportation networks. Such expansion would require the system to operate consistently across interconnected traffic infrastructure while continuing to process information from multiple types of road users. The Curiosity Lab evaluation therefore provides a practical development stage for assessing the technology before potential expansion. The findings can help identify how the platform's sensing, computing, and connectivity capabilities translate from a single intersection into larger intelligent transportation environments.

Industry Impact & Outlook

The deployment gives LEOTEK a real-world testing environment for assessing how AI-enabled traffic signal infrastructure can combine sensing, edge computing, and C-V2X communication within an operating intersection. For transportation agencies and smart-city developers, the significance lies in evaluating whether these capabilities can improve signal management, safety monitoring, and emergency vehicle priority while supporting connected transportation infrastructure. The results from Curiosity Lab could influence the next development phase of Interlux and help determine the practical requirements for extending the platform from individual intersections to corridors and larger intelligent transportation networks. The most relevant impact will depend on the performance and findings produced during the real-world evaluation.

Frequently Asked Questions

What is the Interlux AI Traffic Signal System?
LEOTEK's Interlux AI Traffic Signal System is an intelligent transportation technology designed to monitor road users and support traffic signal operations. It combines radar-camera sensor fusion, NVIDIA Jetson Orin edge computing, and C-V2X connectivity to observe vehicles, pedestrians, and cyclists in real time. The system is also designed to support intersection safety monitoring and emergency vehicle priority. Its deployment at Curiosity Lab in Peachtree Corners, Georgia, provides a real-world environment for evaluating these capabilities under actual traffic conditions and gathering insights that can guide future development and potential broader deployment across transportation networks.