Home Industries Services Case Studies Blogs Custom Research Syndicate Services About Us Contact us
Home Industries Services Case Studies Blogs Custom Research Syndicate Services About Us Contact us

The Power of Automotive Digital Key Technology


The Power of Automotive Digital Key Technology

The automobile sector is going through a lot of change and is heading towards vehicle digitization. Automotive digital keys are being developed by manufacturers to offer more modern features than conventional keys, like improved driver safety features, networked cars, and keyless entry. The popularity of automotive smart keys has considerably expanded over the past ten years due to benefits including greater vehicle safety. Companies like Honda are creating smart keys for low-cost automobiles that have features similar to those seen in high-end luxury vehicles. The internal chips and buttons of smart keys are increasingly being made of thin, environmentally friendly materials. A research report from the University of Leuven in Belgium, however, claimed that due to security system flaws, a car's digital key can be quickly hacked and unlocked. For instance, on August 28, 2019, researchers easily and successfully circumvented a Tesla Model S's keyless entry mechanism. With the launch of their smart electric coupe S01 model in China in January 2019, Leap Motor debuted a biological entrance system. These vehicles include a "Leap in" biological lock/unlock system that combines face and finger vein recognition technology to provide customers with a keyless experience while starting engines and entering vehicles.

Key Drivers

Seamless access and convenience are provided by automotive digital keys, which do away with the need for physical keys by enabling keyless ignition and entry. Users may easily unlock and start their vehicles with a tap or a swipe using their smartphones or other linked devices, streamlining and improving the user experience. The ease of use is a critical component in the acceptance of digital keys, particularly among tech-savvy customers who value convenience and ease of use in their daily lives.

Advanced security features offered by digital keys can aid in preventing car theft and unauthorised entry. These keys are more secure than conventional mechanical ones that are simple to copy or steal since they are frequently encrypted and employ secure communication protocols. Additional security capabilities provided by automotive digital keys include remote key management and authentication, which let users remotely authorise or revoke access to their automobiles.

Growing use of Connected Car Technologies: With the growing use of connected car technologies, the automotive sector is undergoing a rapid shift. Automotive digital keys play a crucial role in this ecosystem by facilitating seamless interaction between the user's digital devices and the car. These keys can be coupled with other connected car functions, including personalised settings, remote vehicle diagnostics, and vehicle tracking, giving users a complete and integrated experience.

Focusing more on fleet management, fleet operators are using digital keys to manage their fleets of vehicles more effectively. Automotive digital keys increase fleet management and operational efficiency by enabling fleet managers to remotely manage their vehicles, track their locations, observe driver behaviour, and run remote diagnostics on them. This is encouraging the commercial vehicle industry to use digital keys.

Internet of Things (IOT) growth

The focus of automobile manufacturers has always been on integrating Internet of Things technology into the automotive industry, developing new applications and solutions, making cars smarter, and delivering comfort, efficiency, and driving safety. Manufacturers are utilising the Internet of Things to provide drivers linked vehicle applications such advanced driving assistance systems (ADAS), speed control, and in-vehicle infotainment systems. Manufacturers contribute to the creation of cutting-edge network security technologies to increase protection against hacker attacks. In order to further enhance vehicle safety, the National Highway Transportation and Safety Administration (NHTSA) is tackling cybersecurity issues with car manufacturers, government partners, and suppliers.

Innovative technology for Automotive industry

Metal room keys and magnetic stripe swipe cards were quickly supplanted with RFID cards, which are significantly superior, since the hotel room key evolved quickly. By giving guests access to upscale hotel amenities, RFID enabled hotels to do away with the cumbersome metal key and fob. Now that certain hotel chains are providing smartphone room keys and app-based check-in, the hotel business is about to undergo a paradigm shift.

A similar path was taken by the car key, which went from metal keys to central locking to remote keyless entry. Passive entry, which enables the keyholder to unlock and enter the vehicle with the key in their pocket, and frequently passive start, which enables the driver to start the vehicle without making physical contact with the key as long as the key is inside the vehicle, are typically found on the higher end of many vehicle models.

The idea of a digital key might be nothing more than that to someone for whom a physical key has always been the standard (and works just well, thank you). However, the notion that a service needs to be connected to a real key has its roots in the past. A driver is given a digital key, while a physical key is given to a vehicle. A physical key can unlock a door, a car, or a building, but a digital key opens doors and, in doing so, modernises the idea of a key.

Anyone who is old enough to have a smartphone but is currently too young to drive will only be familiar with a world where everything can be done with the tap of an app. Smartphones offer services on demand and are completely adaptable and customizable. Using a smartphone has become the norm everywhere and is more than just convenient.

Final words

Future automobiles are anticipated to use a variety of biometric recognition technologies, including fingerprint, iris, facial, and voice recognition. Soon, we'll be able to start the engine using voice or iris recognition and unlock the car's lock by identifying the sound of the driver's footstep. Let's hope that technological advancements will enable us to utilise cars more comfortably in the future without having to worry about security.

Browse The Report