Automotive Biometric Seat Technology

 

Image credited to Kyleigh Hillerud

    Assalamualaikum and good day. Welcome back to my blog and for those who are new, please consider subscribing to my blog for more info on Automotive Technology. In this blog, I'm going to share about automotive biometric seat technology and all about it. 

    Biometric technology began with a fingerprint recognition method to unlock telephones and soon expanded to incorporate face and iris identification. Biometric technology is now gaining prominence as a next-generation technology that improves security while also improving convenience and healthcare. This is the reasoning behind the active usage of biometric technology in the car industry, notably biometric seats.

    The Biometric Seat works by monitoring the driver's heart rate, breathing rate, and body temperature via a series of fast-responding sensors. Using this information, the car can provide warnings if it deems that the driver is too tense or agitated to drive. Sensors in the steering wheel and seat belts allow for automated speed limiter, audio warning, and the ability to notify emergency services.

    A car has an additional degree of protection thanks to biometrics. This may be demonstrated with an example in which the driver's fingerprint authentication, in addition to a valid key, is required to start the car's engine. This two-step security procedure conforms with the vehicle's anti-theft safeguards. The biometric components enable the driver to customize car settings including music, seat mirror position, navigation, and temperature. The technology will be linked to an internal camera that identifies the driver's face, allowing him to personalize his settings.

    Automotive biometrics is an electronic device used in automobiles for identification and authentication for a variety of purposes, including vehicular access, ignition switch, vehicle immobilizer, rationalization, and health monitoring. Biometric systems can take many different forms, including fingerprint scanners, face recognition, voice recognition, and others.

How Biometric Seat Works

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    Biometric data is information collected from our bodies by various technologies. Biometric sensors come in two broad categories: behavioral and physiological. Behavioral sensors monitor how you execute tasks, such as typing or signing your name with how much pressure you use. Physiological sensors detect bodily characteristics such as your face, hands, eyes, scent, and temperature. Certain physiological characteristics are more stable than others. For example, while changing your hair color is simple, colored contact lenses have no effect on biometric iris detection.

    A behavioral sensor might detect whether you fidget or sit motionless. It may be able to recognize your driving style by seeing how your legs move to brake and accelerate. A physiological sensor, on the other hand, may pick up on your butt-print. Yes, you read that correctly. It may appear strange, but biometric chairs might identify us based on our posteriors.

    Biometric seats will more likely include behavioral and physiological sensors that use artificial intelligence (AI) algorithms to triangulate their findings. Even with the greatest machine learning architecture, there are practical issues to consider. Manufacturers will need to provide seats that not only offer value to the driving experience but also have visual appeal.

The benefits of Biometric Seats

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    After an accident, it's common to see a headline featuring photographs of broken glass and wrinkled hoods. Driving errors or vehicle breakdown are sometimes to fault for these incidents; other times, medical issues are. Medical difficulties are estimated to be the primary cause of 1.3% of all automotive accidents, according to the MMR investigation. These deaths may be prevented if the seat could warn drivers if a person was going to have a seizure or a heart attack. Aside from medical issues, driving when drowsy poses a significant danger.

    Biometric seats might detect tiredness by sensing body heat loss. As a result, the car would advise the driver to stop or even take active efforts to keep the driver awake, such as changing the temperature settings, in conjunction with cameras that detect the driver's blink rate and facial expressions. Drunk driving, in addition to being tired, adds to accidents. In 2021, Apple submitted for a patent for a technique of preventing drunk driving using a portable breathalyzer.

    Overall, it is reasonable to expect that automobiles will have more technology in the future to detect when we are unsafe to drive. Biometric seats, when combined with these technologies, will make us safer. Aside from safety, another apparent advantage of biometric seats is security. In addition to removing the need for keys, identifying a driver may make renting a car more convenient.

Potential dangers of Biometric Seats

    Almost everyone clicks "Accept" without reading the legalese describing how firms utilize our data. Even if you take the effort to read it, the language is frequently vague, leaving you in the dark about how your data will be used. Given the nature of the biometric information, this poses a significant danger. In reality, biometric seats may jeopardize personal and social privacy.

    Given the nature of biometric data, this is a big risk. In reality, biometric seats may jeopardize both individual and societal privacy. Consider the following dystopian scenario: a vehicle is hacked and the genetic information of its customers is stolen. A hacker can get access to consumers' homes and emails using this incredibly private information.

Future insights for Biometric Seats

    Biometric technology has the potential to improve comfort and safety in everything from airplanes to trains and vehicles. When anything like this will become ubiquitous is debatable. Despite the fact that there are currently incredible autonomous car safety systems that save lives, automotive biometrics is a new field. It is believed that the technology will initially appear in high-end vehicles before spreading to lower-cost vehicles.

    By validating identity and monitoring mental and physical health, biometric seats have the potential to change people's lives. Because it has the ability to both save and take lives, this technology will need to be supervised by strong security requirements.

Technological challenges of Biometric Seats

    On a daily logistical level, there may be issues, depending on how the technology is deployed on a wide scale. In the event of identification verification, for example, there must be an initial enrollment period during which the vehicle learns to detect attributes, such as individual butt-prints or the texture of your eye. As automated speech recognition technology continues to struggle with non-native accents, some people are likely to encounter greater hassles than others.

Biometric Seat market Dynamics

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    The automotive biometric seat technology market is predicted to expand as the use of artificial intelligence technology and the inclusion of entertainment systems in cars increases. Major automakers and technology firms are investing in biometrics research for a number of applications, including personalization, driver monitoring, and vehicle access.

    Jaguar and Land Rover, for example, is developing face recognition technology to manage automobile settings using facial expressions. Hyundai Mobis has launched a Driver State Warning (DSW) system with biometric facial recognition and eye tracking to prevent road accidents caused by careless driving. Mitsubishi Electric Corporation revealed the EMIRAI car at the Tokyo Motor Show. Infrared technology allows biometric chairs to monitor the driver's heart rate via sensors embedded into the seats.

    The market for automotive biometric seats is predicted to expand as more vehicles designed to better safety standards are created globally. As the usage of computers and biometric security in vehicles grows, vehicle manufacturers are integrating such safety and comfort components as biometric seats.

    As a result of these considerations, global demand for car biometric seat technology is likely to rise. The increased usage of sensors in vehicles to measure the driver's emotional state, such as breathing rate, body temperature, and heart rate, assists in detecting the driver's degree of stress. As a result, the global market for automotive biometric seat technology is expected to expand.

     We have finally finished discussing all about Automotive Biometric Seat Technology. As I mentioned in my last blog, some of you may find it difficult to understand what this blog is about. This is why I've attached a YouTube video from CNET to demonstrate about the Automotive Biometric Seat Technology. This video should be helpful.

    As we near the end of this blog, we can conclude that biometric technology provide the promise of enhanced safety and convenience in everything from airports to trains to autos. It remains to be seen when this will become mainstream. While there are currently remarkable automated car safety technologies in place that save lives, automotive biometrics is a new frontier. The technology will most likely first arrive in high-end automobiles before making its way down to more cheap variants.

    Biometric seats have the ability to revolutionize the way we live, from validating identity to monitoring physical and psychological conditions. Because this technology has the capacity to both save and kill lives, it must be governed by strict security measures. Consumers must demand openness and understand what, with whom, and why they are sharing.

    The future will be nothing if not exciting as automotive biometric technologies become integrated into the autonomous vehicles and smart cities of tomorrow.

    I really hope you gain much information with new knowledge from my blog. Feel free to share your thoughts, suggestions or proposal in the comment box below. Kindly follow my blog for more information on Technology in Automotive. 

That is all from me, drive safe and drive smart!

References

• https://www.makeuseof.com/benefits-drawbacks-biometric-car-seats/#what-39-s-ahead-for-biometric-seats
• https://www.maximizemarketresearch.com/market-report/automotive-biometric-seat-technology-market/162101/
• https://philkotse.com/car-buying-and-selling/become-tech-expert-to-decrypt-biometric-seat-technology-4898
• https://circuitcellar.com/newsletter/the-trends-in-automotive-technology-are-getting-more-complex/#:~:text=Biometric%20Seat%20Capabilities&text=The%20Biometric%20seat%20takes%20information,in%20order%20to%20enhance%20safety.
• https://www.transparencymarketresearch.com/automotive-biometric-seat-technology-market.html
• https://prezi.com/p/rmagxnopug_7/biometric-seat-technology/
• https://www.linkedin.com/pulse/automotive-biometric-seat-technology-market-2022-regions-dhake?trk=pulse-article_more-articles_related-content-card