Automobile is not tamed to prevent accidental deaths. Some advanced features incorporated to enable comfort in driving causing accidental death's on roads. Developing countries lacks roads and congestion etc evils. The, high pickups in Automobile along with advancements in steering systems becoming main cause of road accidents in particular to young rider's/driver's etc. Basically, higher pickups can get developed after reaching certain presetted speed's levels e.g. 20~25 m/min speeds. Instant speeding of vehicles responsible for many road accident. Powersteering in car's creating zigzag pattern style among youngs. AI enabled automatic horns/sirens engagement must get introduced by manufacturer's. Every standing Automobile must have AI generated a minimum sound horn or light blinks to aware it's nearby passers etc. These day's development of noise proof vehicles are on competitive priorities by manufacturer's. Vehicle silence on roads also a cause of accident. AI enabled automatic speeds, horns etc tamed technical features must get on demand by government authorities, so that manufacturer's would get aware.
The issue of road safety is multifaceted, particularly in developing countries where infrastructure challenges and rapid urbanization exacerbate the problem. While advanced automotive features are designed to enhance comfort and convenience, they can inadvertently contribute to road accidents if not properly managed.
One significant factor is the high acceleration capabilities of modern vehicles. High pickups, or rapid acceleration, can be dangerous, especially for inexperienced drivers. In developing countries, where road conditions may be poor and traffic congestion is common, the ability to accelerate quickly can lead to accidents. Setting a threshold speed, such as 20-25 meters per minute, before allowing higher acceleration could help mitigate this risk by ensuring that vehicles only accelerate rapidly when it is safe to do so.
Power steering systems, while making driving easier, can also lead to erratic driving behaviors, particularly among young drivers. The ease of steering can encourage a zigzag driving pattern, increasing the likelihood of accidents. Implementing AI-enabled systems that monitor and correct such behaviors could enhance road safety.
Another critical aspect is the need for AI-enabled automatic horns and sirens. These systems could alert pedestrians and other road users to the presence of a vehicle, reducing the risk of accidents. For instance, a standing vehicle could emit a minimum sound or light signal to make nearby passersby aware of its presence. This is particularly important in the context of noise-proof vehicles, which, while reducing noise pollution, can also make it harder for pedestrians to detect approaching cars.
Moreover, the development of noise-proof vehicles, while beneficial for reducing urban noise pollution, can inadvertently increase the risk of accidents. Silent vehicles can be harder for pedestrians to detect, leading to potential collisions. AI-enabled systems that automatically engage horns or lights when necessary, can help mitigate this risk.
R e c o m m e n d a t i o n
Government authorities play a crucial role in mandating these safety features. By requiring manufacturers to incorporate AI-enabled automatic speed controls, horns, and other safety measures, they can ensure that vehicles are safer for all road users. This regulatory approach can drive manufacturers to prioritize safety alongside comfort and convenience in their vehicle designs.
As a general, while advanced automotive features offer numerous benefits, they must be carefully managed to prevent accidents. Implementing AI-enabled safety systems and regulatory measures can help address the challenges posed by high acceleration, power steering, and noise-proof vehicles, ultimately enhancing road safety in developing countries.
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