MOBIS autonomous technology concept controls vehicle if driver falls asleep

Korean automotive components manufacturer Hyundai MOBIS is developing a new autonomous safety function that it believes could prevent more than 6,000 traffic fatalities each year. The Departed Driver Rescue and Exit Manoeuvre (DDREM) technology detects the critical situation where the driver is prevented from controlling the vehicle due to falling asleep, suffering a heart attack or other health condition. It then mitigates the risk of a crash by taking control of the vehicle and guiding it to safety. DDREM
July 17, 2017 Read time: 1 min
Korean automotive components manufacturer 1684 Hyundai MOBIS is developing a new autonomous safety function that it believes could prevent more than 6,000 traffic fatalities each year.


The Departed Driver Rescue and Exit Manoeuvre (DDREM) technology detects the critical situation where the driver is prevented from controlling the vehicle due to falling asleep, suffering a heart attack or other health condition. It then mitigates the risk of a crash by taking control of the vehicle and guiding it to safety.

DDREM technology is designed to run in the background of a vehicle and, like stability control, airbags and seatbelts, the level 4 autonomous technology will activate only upon detecting a critical situation.

Location Based Systems

Related Content

  • March 31, 2017
    Smartphone solution for parking performance
    Automated parking offers optimised space utilisation and fewer damage complaints as David Crawford discovers. As cars become smarter, technology designed to make parking them more straightforward is developing in parallel. In turn, it is becoming clear that the places where vehicles spend much of their time will need to respond – more comprehensively than by supporting established aids such as smartphone-based parking location and reservation, or payment for time used.
    Read More
  • March 31, 2017
    Smartphone solution for parking performance
    Automated parking offers optimised space utilisation and fewer damage complaints as David Crawford discovers. As cars become smarter, technology designed to make parking them more straightforward is developing in parallel. In turn, it is becoming clear that the places where vehicles spend much of their time will need to respond – more comprehensively than by supporting established aids such as smartphone-based parking location and reservation, or payment for time used.
    Read More
  • November 28, 2013
    Roadside infrastructure key to in-vehicle deployment
    The implementation of in-vehicle systems will require multilateral cooperation, as Honda’s Sue Bai explains to Colin Sowman. Vehicle manufacturers will shape the future direction of in-vehicle ITS systems, but they can’t do it on their own. So to find out what they see on the horizon, and the obstacles they face, ITS International spoke to Sue Bai, principal engineer in the Automobile Technology Research Department with Honda R&D Americas. Not only does she play an important role in Honda’s US-based ITS
    Read More
  • March 14, 2014
    Rear-view cameras ‘more effective than parking sensors’
    Rear cameras are more effective than parking sensors at helping drivers avoid objects while travelling in reverse, but they don't help in every situation, a new Insurance Institute for Highway Safety (IIHS) study shows. The study, conducted with volunteer drivers in an empty parking lot in the Los Angeles area, indicates that cameras would help prevent more reversing crashes into pedestrians in the vehicle's blind zone than parking sensors. Surprisingly, cameras by themselves worked better than sensors a
    Read More

Highlighted Content