After a spate of high speed crashes on European Motorways involving large numbers of vehicles, Mercedes has come up with a solution for their Level 5 autonomous vehicles that emulates the way the human brain accelerates its processing power during a critical event like a car crash.

Whilst even today with some 30% of vehicles on the road being fully autonomous, there are still frequent car crashes on the autobahns and motorways involving large numbers of vehicles. “The 6G telecommunications network has improved speed of communications” according to the Mercedes Head of Motoring Brain Sciences, Tolle Gerhirnbox, “meaning that we can invoke a large number of virtual servers, replicating the increased speed of thought in the human brain during the fight or flight response. We believe that we can reduce the number of vehicles caught up in these large scale crashes which sometimes involve 30 or more vehicles and cost many lives.”

He explained that traditional computing systems did not have the speed or processing power to deal with complex concurrent events in the way the human mind does when it perceives danger, for example taking into consideration a 360 view of events as they occur in real time including, weather conditions, human behaviour, flying debris and other elements which allow a human brain to go into an accelerated mode.

Gerhirnbox went on to say that even though the Mercedes V2V system was proprietary to their brand of motor vehicle, (ed: despite the attempt to legislate common systems back in 2023), they could share information with the BMVI V2I system, alerting other brands of car that there is a serious crash ahead and forcing them to slow down.

He went on to say “If we can force the 30% of vehicles that are being autonomous on the highway to slow down, many lives can be saved because other vehicles will also be forced to slow down at critical times.”

Mercedes Amygdala Hive is being tested on the German A9 Autobahn to evaluate the impact on all motorway users to see how quickly all vehicles can be slowed down during a major unplanned event.