Collisions with large mammals like deer, elk or wild boar are a perennial threat to road safety. In the United States alone, deer-vehicle collisions cause up to 200 deaths per year. In total, there are an estimated 2.1 million animal collision insurance claims in the U.S. per year and an estimated $8 billion in damage claims.
GenusWave’s Targeted Acoustic Startle Technology (TAST) offers a breakthrough approach to minimizing animal – driver road accidents. Using a combination or LIDAR, motion detectors, and infrared sensors, GenusWave technology effectively identifies the presence of animals near roads and emits noise doses in a frequency band that alert the animal’s startle reflex, causing the animal to remove itself from the area of harm.
In early tests, TAST has been highly effective at safely startling deer. Proven both safe and effective in peer reviewed scientific literature, TAST provides an innovative way to reduce the tragic cost in human life and unnecessary animal deaths. At GenusWave, we believe that it’s possible to eliminate a good portion of driver animal collisions and fatalities.
TAST is the next step towards safer, fully autonomous driving.
Introducing Roadside Animal Avoidance System (RAAS)
In California alone, approximately 1,200 miles of roadway are considered roadkill hot-spots.
GenusWave’s Roadside Animal Avoidance System (RAAS) is a new solution that helps prevent animal-diver collisions on high risk roadways due with frequent animal crossing. Utilizing stationary sensors that are mounted on both the sides of the road, RAAS detects the presence of deer or other wildlife and sends a frequency calibrated to startle the animal.
RAAS units are interlinked and positioned to deliver a cascade sound that helps guide deer away from the roadway and to safety.
TAST has the potential to protect deer and drivers—and reduce the current tragic cost in human life and unnecessary animal deaths.
Through extensive testing, documented in peer reviewed scientific literature, TAST has been shown to be safe for animals.
Years of research through our partnership with University of St Andrews has demonstrated TAST’s efficacy in real world situations.
