An AI-driven mobility platform that transforms signalized intersections into software-defined, connected infrastructure using edge devices, sensor fusion, and a cloud-based operating system to optimize traffic efficiency, safety, and management for cities and agencies.

Key Features

AI Edge Devices and Nexus Unit AI-based hardware installed at intersections to detect and manage all road users in real time.

• Compatible with existing controllers and cabinets, with built-in cellular connectivity.
• Uses edge computing for low-latency signal decisions while connecting to the cloud for management and analytics.

Sensor Fusion (Video + Radar) and AI Detection Fusion of video and radar with AI for accurate, all-weather detection and classification.

• Detects vehicles, pedestrians, cyclists and other road users with up to 99.5% accuracy.
• Provides stop bar and advance detection up to hundreds of feet, with object tracking and live video streams.

Mobility OS (Cloud-Based Traffic Management) Intuitive cloud-based operating system for managing intersections and traffic grids.

• Offers real-time monitoring, configuration, and remote management of signals and devices.
• Provides dashboards for performance, congestion, and safety indicators across the network.

Mobility Store (On-Demand Mobility Applications) Application marketplace for deploying mobility and safety apps without new hardware.

• Enables optimization apps to maximize capacity and reduce delays using existing infrastructure.
• Includes safety-focused applications to support Vision Zero and other policy goals.

Real-Time Optimization and Adaptive Signal Control Dynamic optimization of signal timing based on live traffic demand and predicted scenarios.

• Adjusts phases and coordination in response to actual volumes and patterns at and between intersections.
• Uses AI-based prediction of traffic scenarios to minimize stops, delays, and congestion.

Safety and Vulnerable Road User Detection Detection and prioritization of vulnerable road users such as pedestrians and cyclists.

• Supports safety analytics and conflict detection using sensor data and historical patterns.
• Provides real-time alerts and tools to help agencies address high-risk locations.

Scalable, Software-Defined Infrastructure Transforms intersections into software-defined, upgradeable infrastructure.

• New capabilities can be activated via software and Mobility Store apps, without replacing hardware.
• Supports incremental deployment, from standalone Nexus use to full platform adoption.

V2X-Ready and Future Mobility Support Infrastructure prepared for vehicle-to-everything communication.

• Nexus and edge devices are V2X-ready via software activation.
• Positions cities for future connected and automated vehicle applications.

Benefits

Reduced Congestion and Travel Time Improves traffic flow through real-time, AI-based signal optimization.

• Decreases stops and delays at intersections by adapting timings to actual demand.
• Supports smoother progression along corridors and across city grids.

Improved Road Safety Enhances safety for all road users, particularly vulnerable groups.

• Detects and classifies pedestrians, cyclists, and other users to better protect them at intersections.
• Provides safety analytics to identify risks and support targeted interventions.

Lower Emissions and Environmental Impact Reduces vehicle idling and stop‑and‑go traffic.

• Fewer delays and smoother flow help cut fuel consumption and CO₂ emissions.
• Supports municipal sustainability and climate action targets.

Cost-Effective Modernization of Existing Infrastructure Upgrades legacy intersections without full hardware replacement.

• Works with existing controllers and cabinets, minimizing civil works and replacement costs.
• Software-defined model allows new features without additional field hardware.

Data-Driven Traffic Management Provides continuous, high-quality data for planning and operations.

• Supplies turning movement counts, performance measures, and safety metrics from live detection.
• Supports long-term planning, policy decisions, and performance-based management.

Scalable Deployment and Rapid Installation Designed for phased, rapid deployment across a network.

• Intersections can be digitized within hours using plug-and-play edge units.
• Agencies can start with critical locations and expand as needed.