Autotalks, a V2X (Vehicle-to-Everything) communication solutions pioneer and leader, announces the immediate availability of ZooZ 2, the second generation of its V2X device for micro-mobility, both electric and non-electric. This technologically advanced yet affordable device was created to prevent bike and scooter accidents.
Four bike and component companies will soon launch ZooZ 2 pilots, and two vehicle manufacturers (OEMs) are about to start validation tests of the new solution. The device was successfully used to demonstrate the protection of vulnerable road users as part of the Project SECUR (Safety Enhancement through Connected Users on the Road), a European industrial consortium which develops a proposal for V2X testing and assessment protocols for the Euro NCAP (New Car Assessment Program). The new solution operates in both DSRC (Dedicated Short-Range Communication) V2X and C-V2X communications technologies.
The ZooZ 2 solution is a compact V2X device, which is installed on the handlebar. It alerts the cyclist when a vehicle equipped with V2X is endangering him or her. It also informs V2X-equipped vehicles and smart infrastructure about the existence of the cyclist, for alerting a driver on endangering a cyclist.
The plug & play device is equipped with a software stack provided by V2X software provider Commsignia. Commsignia’s high-quality V2X software is interoperable with any standard V2X equipment globally.
The new device upgrades the first-generation ZooZ platform based on market feedback. The upgrades include a clearer Human Machine Interface (HMI), improved alerts to riders and better installation flexibility. The solution will also enable all road-users, including cars, bikers, scooters, motorcycles, and pedestrians, to communicate with each other through V2X and form a safety network. The device allows micro-mobility OEMs as well as light vehicle and commercial vehicle OEMs to immediately start testing, validating, and designing solutions for one of the most dangerous micro-mobility scenarios - accidents at intersections.
