The self-driving car services that started to fill roads in San Francisco and other places recently have caused different reactions. On the one hand, it is a great technological advancement that may also be generalized as a great technological evolution, on the other hand, it is a questionable phenomenon that causes a lot of questions and even fear in some. For example, what if the passenger extended their hand and started turning the steering wheel forcefully? This is one of the many intriguing things that are pointed out in this article.
Robotaxis Now
Google’s unmanned cab project is headed by Sebastian Thrun, a successful scientist in the areas of artificial intelligence and robotics. Stanford University had an artificial intelligence lab under his leadership. His leadership saw Google start the development of self-driving cars in 2009 and eventually charter a new company in 2016 named Waymo.
Like most of the other self-driving cars today, Waymo’s vehicles depend on driving technologies, the most famous being LIDAR and artificial intelligence. The LIDAR sensors move horizontally and vertically to map the surrounding surface area with a precision of one millimeter. The robotaxi uses machine learning technologies as its ‘neural system’, while the firm simulates different traffic and emergencies of millions of tests on a daily basis.
At the moment, Waymo’s competitors in the unmanned car market include several companies from other countries. This year, the UAE will launch its first autonomous cars. The UAE has long been known for the ability to rent a car Dubai at a low cost and for almost any length of time. In addition, there is a luxury yacht rental in Dubai, which basically shows the variety of services here. However, as we can see, robotaxis are still in the testing stage. Uber will handle this niche in the UAE.
Interfering With AI
Let’s be honest: you’ve probably wondered what would happen if you tried to turn the steering wheel while in a robot cab. This interferes directly with the AI’s work. Since the launch of the first unmanned cars, there have been several curious situations involving the car’s AI. In particular, in the incident with a fire truck (2017), the system failed to correctly recognize an approaching fire truck, resulting in a collision. The robotaxi has also had difficulty reacting to unusual roadside objects.
The front passenger seat is available for boarding, and a scenario in which a passenger attempts to twist the steering wheel could occur. When an autonomous system is running, it performs thousands of calculations per second using data from sensors, cameras, and lidar. Human intervention in this process can disrupt the algorithms, potentially resulting in unexpected maneuvers or even an accident. This is why there is a sign on the steering wheel warning passengers that touching it is strictly prohibited.
No Steering Wheel and Pedals
Because of the likelihood of such situations occurring, the next versions of robotaxi cars were designed to have no physical controls at all. There are a number of reasons for this.
- Increased safety: The passenger will be unable to interfere with the operation of the AI;
- Reducing the cost of the auto: The absence of many steering systems and pedal components reduces the car’s production costs;
- Additional seats for passengers: This type of vehicle can accommodate an additional passenger.
Waymo already has such vehicles. It is expected that Uber will acquire similar models in the future. In Dubai, for example, the electric Cruise Origin model, which lacks a traditional driver, has been in operation since the start of testing. The vehicle is fully autonomous and equipped with sensors, radar, and lidar to ensure safe driving.
Large companies around the world are also expected to launch a unique fully autonomous rental car service within the next five years. The UAE intends for 25% of all trips in the city to be autonomous by 2030. The Dubai Roads and Transportation Authority is actively supporting the project, investing in infrastructure and technology to ensure the successful deployment of unmanned cabs.
Conclusion
Waymo’s robotaxis represents the future of autonomous transportation. As autonomous vehicle adoption grows in cities such as San Francisco and Dubai, it is clear that robotaxis will play an important role in urban mobility, combining cutting-edge technology with practical innovation. And maybe the next time you rent a Porsche Dubai, you’ll just get the car for rent without a steering wheel or pedals.
