Smart automobiles, sometimes called intelligent cars, are vehicles with artificial intelligence controlled by software. The lovers of this type of technology encourage the innovative idea of a modified smart car.
The core concept of a smart car is to free the driver of numerous tedious tasks associated with driving, thus enhancing enjoyment. As a result, the frequent use of smart cars could assist in making roads considerably better than they exist today.
Smart Cars – 1990s
The creator of Swiss watches, Nicholas Hayek, also had a concept for a small, fuel-efficient vehicle that was simple to place in small areas. Mercedes-Benz created a concept automobile in 1994 after receiving his suggestion.
The business produced a City Coupe and debuted at the 1997 Frankfurt Motor Show under Micro Compact Car’s moniker.
Hayek withdrew from the project because of his disappointment with the conventional motor, the expensive cost, and the sluggish revenues.
The holding company of today’s Smart Cars is Daimler AG, a global car firm based in Germany.
Smart Cars – 2000
The Penske Automotive Group’s Smart USA branch was established in 2007. In the late 2000s, the US joined a list of 37 nations that marketed and sold Smart Cars.
Yet, revenues from Smart Cars started to decrease at this point as the economy tanked to affect American customers.
Mechanism Of Smart Cars
In contrast to classic cars, Smart Cars have motors in the rear. A Tridion steel protection casing, which has proven to be effective in safety ratings, is used by the company to secure Smart Cars.
There is a bit of energy-absorbing unsprung mass outside of the Smart Car to lessen the damage. Smart Cars users can improve their vehicles’ appearance whenever they want a fresh image thanks to their interchangeable and biodegradable bodywork.
The 61-hp engine, as per Smart, can accelerate from 0 to 60 mph in roughly 15 seconds, and the speedometer can reach a maximum speed of 84 mph.
Smart Fortwo – Modified Smart Car
The Smart Fortwo is among the simplest recent cars on the market; it isn’t very complex. For programmers and those with a technical bent, though, its simplicity makes it an amazing palette. The two-seat Kei car with a little off-roader spirit is an amazing representation of it.
The modification of the Smart Fortwo completes 360 mm (14 inches) of wheelbase achieved by altering the chassis with parts from Honda,->ke34, Mitsubishi,->ke58, and Volkswagen,->ke94.
The installation of larger tires, new bodywork, skid plates, enhanced braking, and a more oversized condenser and all extraneous elements eliminated to reduce the total bulk of the vehicle.
The end product of extensive construction is an uber-ATV with doors, a roof, and a get-out-of-my-way attitude.
Can Smart Car Be Hijack?
It has been demonstrated that it is feasible to hijack a vehicle and control its operations. An IoT gadget is a smart vehicle. Automobiles have a lot of similarities with other IoT devices like smart thermostats and other smart home devices, despite being significantly more complex.
Similar to any other Internet of Things (IoT) item, smart cars are linked to connections and can exchange data with other IoT nodes. As easy as that is, there is a tonne of weaknesses in these systems.
Since then, the number of methods to take control of smart cars has expanded. Attackers can now attempt to manually lock a car’s doors and implant virus into the car’s different systems, changing how the car behaves or preventing the operator from using particular aspects.
Hackers can alter how the program responds to the driver’s commands by taking advantage of system flaws. And it’s not just theory, either. Anybody who possesses or wishes to purchase a smart car should be terrified after a 19-year-old security analyst recently succeeded in remotely opening the doors of over 20 Teslas.
Tools Use For Hijacking Smart Car
The bulk of new car models includes unique features that could introduce fresh security concerns and be used as base attacks. These are:
- Mobile Devices
- USB Ports
- WiFi technology
- Remote control
- TPMS control system
- Infotainment system
- Bluetooth technology
- OBD-II (On Board Diagnostics) Port
How To Avoid This Hijacking?
Smart cars won’t disappear, despite the necessity of considering these hazards. Here are some things you can take to lessen the likelihood that your automobile may be compromised, rather than hating on all technological advancements and practical smart cars.
- Avoid neglecting software upgrades
- Turn off any services you are not using
- Install VPN
Benefits Of Smart Car
Although various drawbacks, drivers are tempted by Smart Cars by rising fuel costs, environmental considerations, and car park difficulties in dense cities. For instance, the Smart Fortwo comfortably accommodates two passengers and provides space for a few small items in the back.
The primary benefit of Smart Cars is their exceptional fuel economy, with city commuting averages of 46.3 mpg and expressway averages of 68.9 mpg. Smart Cars have thus far gained popularity considerably more quickly in Japan and Europe than in the US, where a Fortwo costs between $25,000 and $35,000.
Challenges of Smart Car
There have been severe worries about Smart Cars being unstable and risky in the case of an accident. Additionally, they have demonstrated that at full speed, they are less sturdy than heavier cars. As a result, traveling in the town at slow to lower velocities is often advised for Smart Cars.
Conclusion
New forms of automobiles have emerged as a result of technological advancements. The automobile sector has adopted this new technology to act as basic as beginning the vehicle, unlocking the door, or switching on the lights.
The Smart Car’s history and current position in the American auto market, even if you’re looking for a new, fuel-efficient vehicle or are just wondering about all the buzz.
Whether you like them or not, these vehicle has undoubtedly changed how people travel globally.
