What Innovative Measures Are Taken to Ensure Road Traffic Safety

Every year, over a million fatalities occur from road accidents worldwide, with tens of millions more suffering non-fatal injuries that sometimes lead to permanent disabilities. For this reason, the global automotive industry is always pushing boundaries in a bid to leverage state-of-the-art technology for safer and more reliable driving and road safety. 

Of course, even without relying on the new technologies, there are a couple of things that we can do to bring down the number of road accident injuries and fatalities. For instance, carelessness on the road due to drunk driving is one of the major causes of road accidents, and this is something we can correct ourselves. 

Instead of driving back home while drunk after a night of partying in a casino, for example, why don’t you instead use a cab? Better yet, why don’t you save yourself the trip and log on to reliable online casinos like  GG.Bet? As long as you choose a legitimate online gambling platform, you can relish fun-packed online slots such as the la Dolce Vita slot from Gamomat and thousands of other games. You can enjoy all the action you want right in the comfort of your home without having to risk road accidents because of drunk driving.

Back to how technology is changing the game to make cars and roads safer, here’s a look at five of the most innovative inventions that are working to reduce road accidents:

Transparent Hood Technology

The transparent hood tech enhances driver safety and convenience given that it enables the driver to directly have sight of the ground view while on the road. Through the transparent hood innovation, the driver can see terrain and obstacles that would otherwise be invisible without the technology. This invention is based on Continental’s Surround View system, which is made up of 4 different satellite cameras along with an electric control unit. There’s an intelligent image processing algorithm that recreates the image underneath the vehicle, then relays it to the driver after accurately rendering it into the surround-view visible to the driver.

Contact Sensor System (CoSSy)

As you might have already guessed, the modern CoSSy system is designed to detect contact between a motor vehicle and an individual or object at cutting speed. Thanks to the Contact Sensor System, applications such as automated parking have become even safer. Seeing as the CoSSy system can record sound signals, this can be used to detect and classify various sound signals like low-speed impacts so that the car can stop at once. With this system in place, the CoSSy sensor signals can also support a range of other applications, including slow parking, detection of damage/scratching, detection of oncoming emergency vehicles and driver recognition by voice.

Occupant Safety Monitoring (OcSM)

The name says it all. The innovative OcSM technology monitors the environment inside the vehicle in terms of safety. OcSM approximates the posture of the car occupants to dynamically adjust airbag deployment sequences according to the different sitting positions of the car occupants. The safety in the course of such a crash can be made better by the use of a suitable airbag deployment tactic.

For instance, if say the driver’s sitting position is very close to the steering wheel (airbag deployment point), just in case an accident occurs, the passenger could end up hitting the steering wheel right before the airbag is deployed properly. The state-of-the-art Occupant Safety Monitoring solution provides the safety control units with real-time information about the occupant’s posture so that airbag deployments can be improved to offer better safety.

Safety Domain Control Unit (SDCU)

For the most part, the SDCU is largely meant for premium applications and comes with a couple of extra functions intended to lessen the risk of an accident while limiting the damage in the first and later stages of a crash. One feature of the SDCU that makes it so efficient is that it incorporates data from revolutionary atmosphere sensors. As a result, the severity of a crash can be estimated before it takes place and the limitation systems will be prepared appropriately. 

Moreover, given that the system can respond much faster, this protects occupants in the cars and participants in road traffic in the most convenient way. The Safety Domain Control Unit can function as a fallback level so that the car can be led to safe mode just in case the key automatic functions grind to a halt.

A Safety-First Approach for the Future

In addition to the technologies discussed above, you’ll find other innovative technologies such as the Intelligent Intersection, an end-to-end solution that makes it possible to warn an approaching driver of a pedestrian out of the driver’s sightline. As technology gets better and more real-time data are collected from real-life scenarios, our roads will get much safer, especially now that we are edging closer to the age of autonomous driving.