JTI News
How AI and V2X Are Changing Temporary Traffic Management in 2025
A practical blueprint to make temporary traffic control smarter, safer, and Illinois‑ready using AI, V2X, and data you can act on in 2025.
Innovative Horizons: Autonomous Traffic Signal Integration Elevates Road Safety
Autonomous traffic signal integration enhances safety and traffic flow by enabling seamless communication between infrastructure and self-driving vehicles.
Innovative Gains with Connected Work Zones: A Safer Path Forward
Connected work zones improve safety and traffic efficiency using smart sensors, real-time data, and wireless communication.
Safer, Smarter Roads: Smart Work Zone Sensors Leading the Way
Smart work zone sensors and intrusion detection devices are transforming traffic safety with proactive, real-time protection for workers and drivers.
Smarter Streets Ahead: The Power of Adaptive Traffic Control
Adaptive traffic control systems are transforming modern roadways by using AI-driven technology to optimize real-time traffic flow and improve efficiency.
Reliable Compliance: Understanding MUTCD Standards for Portable Traffic Devices
Understanding MUTCD standards is essential for deploying compliant portable traffic devices in today’s regulated traffic environments.
Reliable Performance: Weather-Resistant Traffic Signals for Extreme Weather Conditions
Weather-resistant traffic signals are essential for ensuring safe and uninterrupted roadway operations in the face of increasingly severe and unpredictable weather conditions.
Empowering Safety: Innovative Traffic Solutions for Remote and Rural Areas
Rural communities are turning to innovative traffic solutions like solar-powered barriers, wireless systems, and portable devices to improve safety and manage roadways in areas without traditional infrastructure.
Optimizing Temporary Traffic Control Solutions for Safer Roadways
Temporary traffic control solutions, including portable signals, automated flagging devices, and solar-powered systems, enhance roadway safety and efficiency by managing traffic flow during construction projects, events, and emergencies.










