New Jersey Enhances Traffic Control for 2026 World Cup at MetLife

With the 2026 FIFA World Cup looming and MetLife Stadium set to host a tidal wave of supporters, New Jersey has started its preparations not on the pitch, but on the pavement.

Ouster, Inc., a San Francisco-based specialist in sensing and perception technology, has completed the rollout of its Ouster BlueCity system at more than 40 locations on highways surrounding MetLife Stadium. The deployment comes under a 2025 New Jersey Department of Transportation (NJDOT) contract, awarded to Ouster and distribution partner Signal Control Products, aimed squarely at congestion management and smarter city planning ahead of the tournament.

This is not a cosmetic upgrade. BlueCity is a full traffic management platform, pairing 3D lidar with proprietary AI detection to track vehicles, cyclists, and pedestrians in real time. It feeds multimodal actuation, live alerts, and deep-dive analytics into NJDOT’s control rooms, giving operators a sharper, faster picture of what is happening on the roads that will carry hundreds of thousands of fans to and from games.

“the largest ITS project NJDOT has ever done”

Laura Demeo Chace, CEO of ITS America, underlined the scale of the project, calling it “the largest ITS project NJDOT has ever done,” and highlighting that it was delivered “in record time.” Her organization visited New Jersey to see the new system in action as the state braces for an estimated one million World Cup visitors. The corridor around MetLife is now layered with technology: lidar sensors, camera-based video analytics, roadside units, all tied into a statewide Advanced Traffic Management System.

The aim is simple: keep people moving and keep them safe.

NJDOT has built what amounts to a digital twin of the urban highways and freeways feeding the MetLife complex. Data from lidar and other IoT technologies pours into the Advanced Traffic Management System (ATMS), creating a connected corridor that gives operators a live, high-fidelity view of traffic flow. When bottlenecks form or incidents occur, the system is designed to flag them quickly and allow faster, more targeted responses.

The pressure of a World Cup schedule leaves no margin for error. Kickoff times, broadcast windows, and security protocols all depend on a transport network that does not seize up at the first sign of gridlock. New Jersey is betting that this blend of sensors and AI will help it cope with the surge.

For Ouster, whose Nasdaq ticker is OUST, the project is a showcase for its broader push into “Physical AI” across industrial, robotics, automotive, and smart infrastructure sectors. Dr. Asad Lesani, the company’s VP of Global ITS, framed New Jersey’s approach as a benchmark for others, saying NJDOT is “setting a new standard for how states can leverage technology to handle the world's largest sporting events.” By folding BlueCity into the existing highway infrastructure, he argued, the state is not only preparing for the World Cup but making its roads “more resilient and safer” for residents long after the final whistle.

That long-term angle matters. While the World Cup provides the urgency and the spotlight, NJDOT’s system is built to outlast the tournament. The permanent ITS setup is intended to manage real-time traffic on a daily basis, cut congestion, and sharpen safety responses for years to come.

The real test will arrive when the world descends on East Rutherford and the highways around MetLife face the kind of strain they have never seen before. If the technology holds up under that pressure, New Jersey’s experiment could become the template for how future host cities move the modern game-day crowd.