GoodVision

GoodVision is an AI-powered video analytics platform designed for intelligent traffic management and urban mobility. It transforms raw video feeds from existing traffic cameras into actionable, real-time insights, enabling cities and transportation authorities to make data-driven decisions that reduce congestion, enhance road safety, and improve overall traffic flow efficiency. The core value lies in its ability to automate complex traffic studies that were traditionally manual, time-consuming, and expensive, providing a scalable solution for modern smart city infrastructure.

Key features: The platform offers comprehensive video-based traffic data collection, including automated vehicle and pedestrian counting, classification by type (e.g., cars, trucks, bicycles, buses), and detailed trajectory tracking. It performs journey time analysis between defined points, measures intersection performance metrics like queue length and delay, and monitors pedestrian crossing behavior for safety assessments. Event-based monitoring can trigger alerts for incidents, congestion, or specific vehicle movements. All this data is visualized through interactive dashboards and can be exported for further analysis.

What sets GoodVision apart is its vendor-agnostic approach, working with standard video streams from virtually any camera system without requiring specialized hardware installation. Its AI models are trained for high accuracy in diverse conditions, including varying weather and lighting. The platform supports seamless integration via API with existing traffic management systems, simulation software (like PTV Vissim), and GIS platforms, allowing the data to feed directly into signal optimization tools and long-term transportation planning models. This focus on interoperability and leveraging existing infrastructure reduces deployment costs and complexity significantly.

Ideal for municipal traffic engineering departments, city planners, consulting firms specializing in transportation, and operators of large facilities like airports or logistics hubs. Specific use cases include optimizing traffic signal timings based on real-time demand, conducting before-and-after studies for new road designs, planning bicycle lane networks by analyzing cyclist volumes, improving pedestrian safety at crosswalks, and managing traffic around major events or construction sites to minimize disruption.

Pricing follows a freemium model with a free tier offering limited analysis hours. Paid plans start from approximately $99 per month for basic features and scale based on the number of camera streams, analysis hours required, and the level of advanced analytics, with enterprise custom pricing available for large-scale city-wide deployments.