Artificial intelligence is no longer a fringe innovation in transport infrastructure. It is now embedded at the heart of a global mobility shift, with more than 2,400 parking lots across Taiwan already operational with AI-powered Automatic License Plate Recognition systems. In a strategic partnership that extends its reach beyond East Asia, smart mobility firm FETC International has teamed up with edge computing leader AAEON Technology to bring AI-driven solutions to roads, highways, and parking facilities across key Asian markets—including India.
The partnership’s latest development has not only elevated the precision of parking and tolling systems in Taiwan and Thailand but is now set to influence highway tolling frameworks in India and Malaysia. At the core of this technology is the AAEON MAXER-2100, a server-grade AI inference system equipped with 13th Gen Intel Core processors and NVIDIA RTX 6000 Ada GPUs. This powerful hardware enables real-time image recognition and plate detection, factoring in regional language nuances, diverse vehicle categories, and environmental variances such as lighting and visibility. Complemented by the BOXER-8621AI system-on-module running NVIDIA Jetson Orin Nano, the infrastructure offers high-accuracy optical character recognition, even under fast-moving traffic conditions. For nations like India, where vehicular diversity and density are unparalleled, such a leap in AI performance could redefine how tolling and urban parking are managed.
The systems deployed by FETC are embedded with proprietary machine learning algorithms that enable smarter enforcement, seamless toll collection, and user-friendly parking experiences. The model already in place on Thailand’s Highway No. 9 offers a working example of how free-flow ETC (Electronic Toll Collection) can improve traffic efficiency while reducing human dependency and error. This is not only a shift towards automation but also a tangible solution in addressing fuel consumption, emissions, and traffic congestion—challenges endemic to urban India. With pilot programmes under way for Indian highways, the move signifies an important step in decentralising traffic control and making cities more livable and sustainable.
What sets this partnership apart is its holistic approach to urban mobility. It is not merely focused on speed or convenience, but on long-term viability. The collaboration is paving the way for cities to transition from outdated traffic infrastructure to data-driven systems that adapt to growing population demands. For a country like India, where smart city missions are central to national urban policy, these edge AI platforms offer an equitable and environmentally conscious alternative. FETC’s plans to scale operations further into India and Malaysia reflect an increasing regional appetite for intelligent transport management. As AI continues to advance, the fusion of hardware customisation with local operational needs could reshape not just parking or tolls, but how cities move and breathe.
With sustainable and scalable AI infrastructure taking root in diverse geographies, the future of transport appears to be edging closer to zero emissions and frictionless commuting. The evolving narrative is not just about artificial intelligence transforming highways—it’s about redefining accessibility, reducing emissions, and making modern cities more inclusive.
AI Driven Transport Solutions Gain Global Momentum
