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October 2025
The biometric technology in cars market is booming, poised for a revenue surge into the hundreds of millions from 2025 to 2034, driving a revolution in sustainable transportation. The demand for biometric technology in cars is increasing, as there have been a large number of thefts. Manufacturers have explored biometric systems to attract customers and help provide unique selling propositions (USP) between competitive models. In particular, advances in AI (artificial intelligence) and sensor systems have contributed to lower-cost, faster, and more reliable biometric systems, which will help grow the configuration.
The biometric technology in cars market is expanding rapidly due to consumers' desire for a better, safer driving experience through innovative technology using biometrics such as facial recognition, fingerprint/course scanning, and voice commands. Biometric technology in car helps to identify drivers and passengers using a variety of biometric scanners, such as fingerprint, face, and voice recognition. These systems are used in premium luxury-grade cars, personal vehicles, and fleets to enhance safety, comfort, and convenience. User authentication is a major component of the automotive industry, smart cars, and personal security.
| Metric | Details |
| Key Drivers | Growing Demand for Secure and Smart Vehicles, Government Regulations |
| Leading Region | Asia-Pacific |
| Market Segmentation | By Offering, By Technology, By Application and By Region |
| Top Key Players | Fujitsu Limited, Synaptics Incorporated, Continental AG, Hitachi Ltd., Safran S.A., BioEnable Technologies Pvt. Ltd. |
The hardware segment dominated the biometric technology in cars market, as biometric systems in vehicles are highly reliant on physical components, including sensors, cameras, and scanners, which are required for fingerprint, facial, and iris recognition. The increased installation of cutting-edge sensors in luxury and connected vehicles has also been a factor in the rise in hardware demand.
The software segment is expected to grow at the fastest rate in the forecasted period due to increased adoption of AI and machine learning in biometric systems. Software contributes to faster processing of biometric data, offers secure identity verification, and integrates individual systems into a vehicle's operating systems. Manufacturers are focusing on the development of cloud-connected, upgradeable, and customizable software platforms to enhance driver experience while providing more safety features.
The fingerprint recognition segment led the biometric technology in cars market due to its cost efficiency, ease of use, and accuracy of vehicle access. As technology has matured to be used in smartphones, it has become even easier to integrate into vehicles. The ability to effectively authenticate legitimate users and deter theft makes technology the preferred solution for vehicle access used by manufacturers around the world.
The iris recognition segment is expected to grow at the fastest rate in the forecasted period, as it provides a stronger security solution and is more accurate than fingerprint access solutions. Additionally, iris recognition works in low-light environments and does not require contact with the user to read the iris. This provides an opportunity for better hygiene and convenience for vehicle owners.
The vehicle access control segment dominated the biometric technology in cars market due to the offered solutions of biometric systems being both secure and convenient alternatives to traditional keys. Each of these solutions uses unique attributes of human behavior, such as fingerprint entry and facial recognition. Biometric systems further improve user reception by addressing issues of theft risk and lost car keys.
The driver monitoring systems (DMS) segment is expected to be the fastest-growing segment in the forecasted period due to rising road safety concerns in many countries across the globe. These systems use facial recognition technology and eye-tracking to determine fatigue, distraction, or intoxication. Automakers increasingly use driver monitoring system technology to satisfy safety standards, but also to minimize severe and fatal accidents and maximize overall driver wellbeing, making it a future growth area.
The key technological shifts in the biometric technology in cars market are the development of AI-enabled recognition systems, faster/ better sensors, and connected/ multimodal authentication using face, fingerprint, and voice. Cars are becoming smarter and more secure with contactless systems, cloud computing for data storage, and real-time monitoring of drivers. Moreover, advances in biometric technology will lead to improved safety, increased personalization, and enhanced convenience while driving.
The Asia-Pacific Region led the global biometric technology in cars market due to substantial vehicle manufacturing capacity, a significant increase in demand for smart vehicles, and government support for improved road safety, resulting in rapidly increasing demand for biometric technology. Countries in the Asia-Pacific region, such as China, Japan, India, and South Korea, are focused on developing connected and electric vehicles, increasing the rate of adoption of biometric vehicle systems. The region's large consumer market, accelerated urbanization, and sophisticated consumer technology mindset created significant opportunities for enhanced biometric technology development.
China dominated the biometric technology in cars market in the Asia-Pacific region due to its highly competitive automotive industry and the rapid adoption of smart car technologies. The Chinese government supported the use of intelligent and connected vehicles and the increased demand for biometric technologies. Additionally, an increasing number of Chinese automobile manufacturers partnered with AI and sensor technology companies to support the development of the latest driver monitoring and access control technologies.
Europe is expected to grow at the fastest rate in the biometric technology in cars market due to regulatory legislation and the need for systems that can monitor drivers. Automakers in Europe began focusing on devices for improving comfort and security in their vehicles through biometric technologies using facial recognition and iris scanning systems. The increase in sales of electric and high-end luxury cars also enhanced the rate of adoption of biometric systems. Areas of potential opportunity included systems for personalizing the user experience, contactless authorization, and technologies that could comply with the Euro NCAP vehicle safety standards.
Germany had the largest market share in Europe due to their large automotive industry and significant investment in the area of smart mobility. Biometric technologies developed by German automakers covered vehicle access, driver monitoring, and personalization systems within the vehicle. The growth of these technologies was also based on rapid development and innovation, government investment in road safety enhancements, and collaboration with technology startups, which developed new technologies and led to systematic integration within automotive markets.
| April 2025 | Announcement |
| Cynthia Li, Strategy Vice-president at FORVIA. | We are thrilled to collaborate with Smart Eye to introduce this groundbreaking biometric authentication technology. This innovation not only enhances the user experience by enabling seamless and secure payments but also opens a myriad of new possibilities for in-car applications. We are excited to showcase this world-first technology at Auto Shanghai and demonstrate how it can transform the automotive industry. |
The biometric technology in cars market is highly competitive. Some of the prominent players in the market are Fujitsu Limited, Synaptics Incorporated, Continental AG, Fingerprint Cards AB, Hitachi Ltd., Methode Electronics Inc., VOXX International Corporation, Safran S.A., HID Global Corporation, and BioEnable Technologies Pvt. Ltd. These companies in the biometric automotive market are strengthening their position in the market through the addition of multimodal authentication systems, including fingerprint, facial, and voice authentication, in vehicles.
| Company | About |
| Fujitsu Limited | Fujitsu Limited was established in 1935. The firm has also designed sophisticated biometric systems based on facial recognition and palm vein recognition for automotive applications, enhancing driver identification, vehicle access, and in-vehicle personalization. |
| Synaptics Incorporated | Synaptics Incorporated was formed in 1986. It develops fingerprint and touch-based sensor used in smart vehicles to enable automakers to develop safer, more intuitive and personalized driving experiences. |
| Continental AG | Continental AG was founded in 1871. It developed biometric solutions including face authentication displays and invisible sensing systems to improve vehicle safety solutions, driver monitoring, and secure keyless vehicle access. |
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