Increasing Demand for Connected Cars Set to Drive Automotive HMI Industry

Nowadays contemporary vehicles are fortified with different types of Human-Machine Interface technologies. Novelty in HMI software and improved UI/UX have augmented its demand in the automotive industry.

Human Machine interfaces in the automotive setting are combined in every thinkable touch point and support drivers and passengers to control infotainment and ADAS applications.

A leading automotive tier 1 supplier desired to advance the driving experience with an urbane human-machine interface based on the GENIVI platform and QT-based Infotainment Head Unit. The customer desires multiple applications like Connected Home, Browser, Navigation, HVAC, and Smart Reverse Parking Assistance fixed in the vehicle infotainment system.

The global automotive human–machine interface (HMI) market is witnessing growth and is projected to reach USD 55,318.4 million by 2030.

Augmented Reality Offers Extraordinary Driver Protection

Merging in-car sensors with a progressive human-machine interface platform will be able to offer the driver a real-time amplified reality experience through a head-up display. The HUD can offer visual data like upcoming cornering strategies, speed limit changes, and even support to imagine the potential movement of other road operators. This lets the driver concentrate on the road without the requirement for added dashboard displays or buttons and surges the total driver and car safety.

Here are Just Some Extents to Where HMI Can Be Appreciated:

Supports Drivers in Making Better Decisions

Human-machine interfaces can offer real-time info to the operator in a simple-to-understand manner. Take electric vehicles, for instance. A driver may be allowed to see just how much power was utilized in real-time based on how hard they accelerated the car.

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Can Contribute to a Better Driving Experience

Human-machine interfaces can notify drivers regarding unsafe conditions (i.e., when the car is near the lane limit) and avoid driving crashes (i.e., slow down the vehicle to dodge car accidents).

More Natural Interaction Between the Driver and The Vehicle

Human-machine interfaces can create more natural communication between humans and machinery. For instance, a voice-based system can permit drivers to utilize natural words to give instructions to the car.

Advantages Of Utilizing Digital HMI 

Hence, it’s much simpler to fit in a display in a cockpit and update the software once you see whether something works or doesn’t work for your drivers (like mobile phones) rather than design a set of physical controls and have to redesign it entirely if anything went wrong.

Better In-Vehicle Experience: Automotive HMI solutions offer advanced in-vehicle experience by permitting drivers to interact with the outer atmosphere through the head unit, touch-screen, instrument clusters, 3-dimensional heads-up display, control panels, and advanced infotainment systems.

Multimodal HMI Solutions: Multi-modal HMI solutions permit drivers to concurrently handle in-vehicle functions and prioritize data to lessen the driver’s efforts while driving. Multi-modal interfaces along with machine learning abilities aid in dealing with vehicular functionalities via face and gesture recognition, visual display systems, surface and mid-air haptics, voice recognition, and, more.