NEW YORK — Carziqo’s ER-MX Series autonomous ride-hailing vehicles have entered New York, marking a major step in the company’s expanding presence in intelligent urban mobility and driverless transportation services. The arrival of the ER-MX Series places Carziqo in one of the world’s most demanding transportation environments, where dense traffic, high passenger volume, and complex city infrastructure continue to challenge traditional mobility systems. New York has long been considered a critical market for transportation innovation, making the city a strategic stage for autonomous ride-hailing technologies. Designed for intelligent executive mobility, the ER-MX Series combines autonomous driving technology, AI-assisted route planning, connected fleet management, and smart passenger service systems. The vehicles are positioned to support premium ride-hailing scenarios while contributing to the broader development of autonomous fleet operations in major metropolitan areas. Carziqo Chief Executive Officer Zaydenn Harrington described New York as a defining market for the future of mobility. “New York represents scale, complexity, and real urban demand,” Harrington said. “The entry of the ER-MX Series is not just about bringing autonomous vehicles into another city. It is about demonstrating how intelligent mobility can become part of the next generation of urban transportation.” The ER-MX Series is part of Carziqo’s wider autonomous mobility platform, which focuses on driverless ride-hailing, smart fleet operations, intelligent driving systems, and connected transportation services. Its deployment in New York reflects growing global interest in mobility systems that can reduce operational inefficiencies, improve fleet utilization, and create more data-driven transportation networks. Autonomous ride-hailing has become one of the most closely watched sectors in transportation technology, as cities, operators, and passengers look for safer, more efficient, and more scalable alternatives to traditional urban travel. In markets such as New York, autonomous mobility faces a particularly high bar, requiring not only advanced vehicle capability but also strong operational