Sprinx provides AI-powered video analytics for road authorities and highways, offering real-time vehicle detection, classification, and flexible integration with Axis cameras, ensuring efficient traffic management, fast response times, and reliable monitoring.
How it works?
traffix.ai is the Sprinx solution dedicated to critical infrastructure such as roads, highways, tunnels, bridges, and viaducts, capable of analyzing video streams in real-time to classify vehicles and quickly identify anomalous situations in traffic. It combines extremely high detection capability with a drastic reduction in false alarms.
co.exist is the Sprinx solution dedicated to multimodal mobility analysis in the city, logistics, transport and public sectors.
Sprinx solutions:
- Runs directly on Axis cameras via Axis Camera Application Platform (ACAP) — no external servers needed.
- Are optimized for Axis hardware, ensuring high performance with lower infrastructure costs.
- Delivers scalable, cost-effective traffic management with enhanced detection accuracy and efficiency.
Why Axis and Sprinx?
Use cases
Explore Sprinx and Axis solutionsMilano Living LAB Project
Milan’s urban mobility challenge focuses on optimizing traffic flow and improving pedestrian safety. Sprinx’s AI-powered co.exist, running on Axis cameras, delivers real-time vehicle counting, traffic density monitoring, and pedestrian detection. Data is analyzed through the Sprinx dragon platform and integrated into Milan’s central Business Intelligence system, enabling data-driven decisions for smarter, safer city transportation.
E45 Smart Road Anas Project
As part of the Smart Road Anas initiative, the E45 State Road is being transformed into a safer, smarter, and more sustainable mobility system using Sprinx’s traffix.ai software on 149 Axis cameras, integrated with the dragon platform. This enables real-time traffic detection, dynamic signage management, and infrastructure monitoring — improving traffic control, road safety, mobility management, and infrastructure maintenance.