The past couple of decades in the automobile industry is marked by the concern for better safety driving features. Though there used to be a time when cars lacked any emergency safety feature, the twenty-first century has seen unprecedented innovation in terms of technology that is aimed at providing a better and more secure driving experience- ADAS (Advanced Driver Assistance System) is one such example. Roughly hundreds of people get killed in traffic accidents annually. More than 90% of traffic accidents are caused by human error (drowsiness, drunk driving, using a cell phone, etc.). This is why automakers are working to create innovations that will make traveling by road safer, easier, and more comfortable.
ADAS (Advanced Driver Assistance System) is a revolutionary automobile technology, designed to enhance the safety and convenience of the driver and passengers in modern cars. This exclusive safety feature provides assistance to the driver in times of uncertainty by automating the drive and providing better driving judgments. By alarming the driver of any possible dangers, it assists drivers in avoiding on-road incidents.
ADAS feature comes in an array of different types of devices, encompassing cameras, sensory actuation, and other such devices. ADAS utilizes internal sensors, including radar and cameras, to sense the environment around it. Depending on what it discovers, it either informs the driver or operates autonomously. Some most common ADAS features found in modern cars are:
Autonomous Cruise Control
Warning for Imminent Collision
parking support
Blind-Spot Detection System
Lane departure warnings
Lane departure warnings
Monitoring tire pressure
Intelligent Headlights
Display in the Head
Around-the-View System
Most car accidents and fatalities are caused by human error. Therefore, safety systems such as ADAS makes a pivotal contribution to modern requirements of a safe driving experience.
Apart from being an AI and machine learning technology, ADAS is of paramount importance to human lives and health.
Prevents Accident Injuries and Fatalities:
According to a traffic safety report of the USA, published in 2016, the nation lost over 25000 lives caused by road accidents. It was also proclaimed that the majority of fatalities were attributed to human errors, and only a few of them were caused by other factors. ADAS is becoming ever more important because of the potential to decrease fatal crashes. One of the many ADAS applications that aid drivers with safety-critical functionality to lessen auto accidents and save lives is gaze detection. Other ADAS applications include automatic emergency braking, pedestrian detection, surround view, parking assist, and driver drowsiness detection. According to a 2016 study that appeared in the journal Accident Analysis and Prevention, ADAS technology will have a big impact on safety. According to research, blind-spot monitoring, lane departure warnings, and forward collision warnings may avoid or minimize the severity of as many as 1.3 million collisions yearly, including 133,000 traffic accidents and 10,100 fatal accidents” if every vehicle is equipped with ADAS technology.
ADAS is a Gateway to Autonomous Driving/ Self-Driving:
This lifesaving feature is key to the success of coming innovations in the automobile industry. Self-driving cars or fully automated cars are about to debut in Australia for testing and research purpose, which will be using full-fledged ADAS applications. Though ADAS technology and self-driving are merely different automobile breakthroughs, ADAS features are surely fuming the edge of autonomous cars. Fully autonomous vehicles are currently a major focus of research and development at OEMs as well as tech tycoons who have lately entered the automobile industry, such as Google. These vehicles might be created using the same technology that today’s ADAS products use. Consequently, any ADAS system that receives early support may have a benefit when self-driving cars are commercially available.
Offers Convenience:
Besides, ensuring the safety and security of passengers, ADAS certainly is a feature that offers the highest convenience. Imagine having to drive miles farther, and you are experiencing exhaustion and burnout due to a swamped work schedule. You might end up in drowsiness and driving carelessly. In this scenario, ADAS extend convenience to drivers by performing half of the task on behalf of drivers and directing the steering in the right order. A vehicle’s capacity to take control in an emergency situation, better sight, better early warnings, and more comprehensive tools for driving in inclement weather or on hazardous roads are all conveniences that ADAS technology offers drivers.
Consumer Acceptance:
People planning to buy cars are intriguingly looking for ADAS-equipped cars. According to a recent McKinsey survey, ADAS applications that enhance comfort and efficiency, such as those that assist in parking or manage blind spots, are becoming even more popular with car purchasers. Though ADAS is still in its infancy, stakeholders such as consumers and producers are aware of its high demand in the market. Many producers who didn’t primarily invest in making automobile products are now turning to ADAS technology, only because the demand for such applications is only going to surge in near future.
UN States are Pressing on Mandating of ADAS:
Superpower nations such as the USA are insisting on making the ADAS mandatory in every car that is about to debut on the commercial market. UN is in favor of making automobile industrialists compelled to install ADAS applications, given the safety and convenience it offers to consumers. Autonomous emergency brake and forward-collision warnings are the leading ADAS applications that the UN is favoring.
The aforementioned factors highlight the significance of ADAS applications in modern vehicles. Additionally, Although the ADAS technology has the potential to revolutionize the automotive industry, its yearly revenues, according to most sources, range from $5 billion to $8 billion—are.
However, it is speculated that ADAS revenues will reach their peak in the coming years, projected to grow at an exponential rate to USD 70 billion.
ADAS is an important aspect of today’s modern vehicles. Advanced-Data Assistance System assists the drivers while driving a vehicle to reduce errors and improve efficiency. Automated driving assistance helps in accelerating the development of multi-sensor autonomous driving technology. The ADAS system records, store, analyze, and replays a large amount of data. The analysis of this data helps the sensors to prototype and benchmark.
GTS helps companies to produce a splendid ADAS system by providing them with a large amount of data. We provide a variety of data from different geological locations and a variety of climate conditions. It allows you to generate real-world test scenarios and provides the data to train the vision and detection of the algorithms. The high-speed in-vehicle ADAS data recorder captures a genuine, original, continuous, and uncompressed flow of data.
The time-synchronous raw data replay helps you to develop the computer vision and machine learning models that help autonomous vehicles to grow. Our ADAS data collection process follows the different steps:
Global Technology Solutions (GTS) helps companies with 3D mapping which allows users to profile objects in three dimensions. 3D mapping is basically a process that utilizes machine learning algorithms to profile objects and create a 3-dimensional view of the object. At GTS we collect the data of worldwide routes and paths that have already been captured by the 3D mapping solutions and are free of third-party rights.
To make it easy for you to understand the favorites we have grouped them into topics. They are sorted according to the countries, but also according to the track types like the race tracks or pass roads allows you to make the simple preselection.
To get a detailed estimation of requirements please reach us.
