VIA Mobile360 Advanced Driver Assistance System
VIA Mobile360 ADAS (Advanced Driver Assistance System) technology gives drivers a second pair of eyes on the road, helping them to avoid danger, prevent accidents, and reduce stress – no matter whether they’re negotiating busy national highways or dense urban streets. Offering a rich array of driver assistance, situational awareness, and autonomous driving features, VIA Mobile360 ADAS technology boosts safety and performance for vehicles of any shape and size.
Blind Spot Detection (BSD)
Blind spots around buses and large delivery vehicles are a significant cause of injuries and deaths for pedestrians, cyclists, and motorcyclists in major cities. Blind Spot Detection warns the driver when it detects a person, bicycle, or motorcycle hidden among the blind spots around their vehicle so that they can take evasive action to avoid an accident.
Forward Collision Warning (FCW)
Rear-end collisions triggered by drivers who are following too closely behind another vehicle are one of the most prevalent types of accidents. Forward Collision Warning alerts the driver when their vehicle gets too near to the one in front of it so that they have time to slow down to avoid a collision or reduce the impact of it.
Lane Departure Warning (LDW)
Crashes and pileups caused by drivers that unintentionally leave their lane due to inattention, fatigue, or distraction are a leading reason for traffic injuries and fatalities. Lane Departure Warning cautions the driver when their vehicle strays out of its lane without signaling so that they can correct their course and avoid running into other vehicles.
Speed Limit Detection (SLD)
Speeding is not only a major cause of road accidents and fatalities but also leads to increased legal, fuel, and insurance costs for vehicle owners and operators. Speed Limit Detection warns the driver when their vehicle is breaking the speed limit so that they can return it to a safe speed.
Pedestrian Detection Warning (PDW)
Pedestrians, cyclists, and motorcyclists are extremely vulnerable to large vehicles such as buses and trucks in crowded urban environments. Pedestrian Detection Warning indicates when a person, bike, or motorbike comes within a hazardous range of the vehicle so that the driver can take timely evasive action.
Rear Collision Warning (RCW)
Intricate reversing maneuvers for dropping off deliveries on crowded city streets can cause collisions with other vehicles or pedestrians, cyclists, and motorcyclists. Rear Collision Warning informs the driver when a rear collision is imminent so that they can take action to prevent it from happening.
Parking Assist System (PAS)
Parking in packed city streets and car parks is a major cause of stress for drivers and can lead to accidents with people who inadvertently step behind the vehicle. Parking Assist System enhances the driver’s rear-view vision to facilitate reversing the vehicle into a parking space and avoiding pedestrians, cyclists, or motorcyclists.
Dynamic Moving Object Detection (DMOD)
Maneuvering in busy urban spaces in which traffic conditions can change in the blink of an eye places heavy demands on a driver. Dynamic Moving Object Detection enhances the driver’s situational awareness by detecting the approach of people and vehicles within potentially a dangerous range of their vehicle.
Blind Spot Detection (BSD)
Blind spots around buses and large delivery vehicles are a significant cause of injuries and deaths for pedestrians, cyclists, and motorcyclists in major cities. Blind Spot Detection warns the driver when it detects a person, bicycle, or motorcycle hidden among the blind spots around their vehicle so that they can take evasive action to avoid an accident.
Forward Collision Warning (FCW)
Rear-end collisions triggered by drivers who are following too closely behind another vehicle are one of the most prevalent types of accidents. Forward Collision Warning alerts the driver when their vehicle gets too near to the one in front of it so that they have time to slow down to avoid a collision or reduce the impact of it.
Lane Departure Warning (LDW)
Crashes and pileups caused by drivers that unintentionally leave their lane due to inattention, fatigue, or distraction are a leading reason for traffic injuries and fatalities. Lane Departure Warning cautions the driver when their vehicle strays out of its lane without signaling so that they can correct their course and avoid running into other vehicles.
Speed Limit Detection (SLD)
Speeding is not only a major cause of road accidents and fatalities but also leads to increased legal, fuel, and insurance costs for vehicle owners and operators. Speed Limit Detection warns the driver when their vehicle is breaking the speed limit so that they can return it to a safe speed.
Pedestrian Detection Warning (PDW)
Pedestrians, cyclists, and motorcyclists are extremely vulnerable to large vehicles such as buses and trucks in crowded urban environments. Pedestrian Detection Warning indicates when a person, bike, or motorbike comes within a hazardous range of the vehicle so that the driver can take timely evasive action.
Rear Collision Warning (RCW)
Intricate reversing maneuvers for dropping off deliveries on crowded city streets can cause collisions with other vehicles or pedestrians, cyclists, and motorcyclists. Rear Collision Warning informs the driver when a rear collision is imminent so that they can take action to prevent it from happening.
Parking Assist System (PAS)
Parking in packed city streets and car parks is a major cause of stress for drivers and can lead to accidents with people who inadvertently step behind the vehicle. Parking Assist System enhances the driver’s rear-view vision to facilitate reversing the vehicle into a parking space and avoiding pedestrians, cyclists, or motorcyclists.
Dynamic Moving Object Detection (DMOD)
Maneuvering in busy urban spaces in which traffic conditions can change in the blink of an eye places heavy demands on a driver. Dynamic Moving Object Detection enhances the driver’s situational awareness by detecting the approach of people and vehicles within potentially a dangerous range of their vehicle.
Rapid Customization & Deployment
VIA Mobile360 ADAS technology is available in flexible configurations and can be integrated with VIA Mobile360 SVS, VIA Mobile360 DMS, and other related technologies to meet your specific deployment requirements. Contact us to learn more about our comprehensive range of customization services for all classes of vehicles and usage scenarios.
What’s new?
See what else we’ve been working on recently.
Dash Cams around the World
Dash cams can be a bit of a double-edged sword. While accompanied with numerous benefits, such as having evidence in case of an incident or reduced insurance premiums, many countries...
How Police Drive Recorders Improve Community Safety and Police Accountability
As video camera technology has become smaller and higher-quality, far more of the work police do is likely to be recorded, whether by CCTV, or more recently by police driver...
How Drive Recorders Can Improve Fleet Safety, Efficiency, and Save Money
As the demands on these services continue to change and evolve, it's imperative that fleet managers do what they can to protect their investment and maximize the efficiency and performance...
CES Asia 2019: Electric Vehicles, AI Startups and 5G in China
When I arrived at Kerry Hotel at 8:00am, CES Asia immediately caught my attention with its enormous venue at Shanghai New International Expo Center, attracting 550 exhibitors from 18 countries...
VIA Mobile360 D700 Drive Recorder Enhances Driver Safety and Lowers Fleet Operation Costs
The new VIA Mobile360 D700 Drive Recorder is a commercial-grade dual-camera in-vehicle safety system that enables fleet operators to achieve greater asset efficiency, reduce operational costs, and improve driver safety.
The Impact of Autonomous Vehicle Innovation
No one can know what exactly what will happen with the world of autonomous transportation, but if we can learn from our past, my guess is that the future will...
The Benefits of Self-Driving Cars
We’ve already covered what autonomous driving is. Now, let’s take a look how this futuristic world of self-driving cars will benefit society in more ways than one. There will be...
