Advanced Driver Assistance Systems (ADAS) aim to improve vehicle safety, but their adoption in India comes with several challenges. Poor road conditions, lack of proper lane markings, unpredictable traffic behavior, and limited public awareness create hurdles for features like lane-keeping assist and adaptive cruise control. Since these systems rely heavily on well-defined road infrastructure, their effectiveness in India remains limited. To overcome these obstacles, ADAS technology needs to be customized for Indian roads using AI-powered algorithms, better sensor calibration, and real-time traffic adaptation. Government policies and awareness initiatives can also play a crucial role in promoting adoption. Earlier reports have pointed out issues such as inaccurate lane detection, frequent false alarms, and difficulties in detecting pedestrians and two-wheelers. Initial ADAS models struggled with India’s diverse traffic conditions, making them less reliable. However, advancements in AI, improved mapping, and localized testing are gradually enhancing ADAS performance, bringing India closer to safer and more efficient road transport

ADAS, Sensor Fusion, Machine Learning, Autonomous Vehicles, Real-time Data Processing, Decision-making, Advanced Driver Assistance Systems

Advanced Driver Assistance Systems (ADAS) have the potential to revolutionize road safety in India, reducing accidents and improving driving efficiency. With increasing adoption in mid-range and premium vehicles, ADAS is gradually making its way into the Indian market. However, challenges such as poor road infrastructure, unstructured traffic, high implementation costs, and limited public awareness continue to hinder its widespread deployment.To fully realize the benefits of ADAS, localization of AI models, development of cost-effective sensor technologies, and policy-driven mandates are crucial. Government support in the form of incentives, standardization of regulations, and infrastructure improvements will accelerate ADAS integration in Indian vehicles. Additionally, driver education programs and real-world testing are necessary to enhance the effectiveness of these systems.Looking ahead, as AI-powered ADAS evolves and infrastructure improves, India can move towards higher levels of vehicle automation, making roads safer and driving more efficient. With the right technological advancements, regulatory frameworks, and industry collaboration, ADAS will play a significant role in shaping the future of mobility in India

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