Ayalon Highways and Quantum Art Partner to Apply Quantum Computing to Urban Traffic Management
TL;DR
Ayalon Highways and Quantum Art's quantum computing partnership offers cities a competitive edge by reducing travel times and boosting economic productivity through superior traffic optimization.
Quantum Art's trapped-ion quantum computing architecture uses multi-qubit gates and dynamically reconfigurable computing to solve complex traffic coordination problems across entire metropolitan networks in near real-time.
This quantum-powered traffic management system creates a better tomorrow by reducing emissions, shortening pedestrian wait times, and improving daily life for millions of commuters through smoother urban mobility.
Quantum computing tackles city gridlock by solving complex traffic light coordination problems that classical computers struggle with, potentially revolutionizing how we move through urban environments.
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Ayalon Highways, Israel's largest transportation and traffic management organization, has announced a partnership with Quantum Art to apply quantum computing to urban traffic optimization on a citywide scale. The collaboration will test quantum-driven traffic management against today's leading classical tools, focusing on reducing travel time through smart, near real-time traffic light management.
The initiative addresses the significant economic and environmental costs of urban congestion. Across the United States alone, gridlock costs billions of dollars annually, with a 2024 report estimating $74 billion in lost time. Coordinating hundreds of intersections simultaneously presents a complex combinatorial problem that current tools struggle to solve at full city network scale in near real time.
Tal Elimelech, Director of Experimental Transportation Systems and Innovative Mobility Solutions at Ayalon Highways, emphasized the potential impact: "We believe quantum computing can help us manage hundreds of intersections in near real time, to provide benefits to commuters, businesses and the environment. The economic impact of upgrading our capabilities using quantum computing is expected to be huge."
Quantum Art's trapped-ion quantum computing architecture, which features high connectivity, multi-qubit gates, and dynamically reconfigurable multi-core computing, is particularly well-suited for network-like optimization problems. This makes the technology ideal for complex traffic coordination across metropolitan areas where traditional computing approaches face limitations.
Initial project efforts will focus on reducing average travel time, with longer-term goals including lowering emissions, shortening pedestrian wait times, and reducing stop frequency. The partnership also explores potential expansions into heavy truck routing, bus scheduling, parking optimization, and shuttle services. These scheduling applications extend beyond transportation to numerous other industries facing similar optimization challenges.
Dr. Tal David, CEO and co-founder of Quantum Art, explained the fundamental advantage of quantum computing for traffic management: "Cities struggle every day with gridlock because traffic systems can't coordinate at scale. Quantum computing is built for exactly this type of problem. Working with Ayalon Highways lets us demonstrate how our technology can reduce travel times, improve safety, and make daily life easier for millions of people."
The collaboration represents one of the first large-scale applications of quantum computing to real-world urban infrastructure challenges. Success could establish new standards for traffic management worldwide while demonstrating quantum computing's practical utility beyond theoretical research. For more information about Quantum Art's technology, visit https://www.quantum-art.tech/.
Curated from NewMediaWire
