Take data to the next level with technologies that move your connected fleet forward.
With the implementation of Camera Systems, LIDAR, Radar and Advanced Driver-Assistance Systems (ADAS), your vehicles, equipment and surroundings can produce data that changes how your company works and moves.
By integrating SpartanLync’s hardware and software, physical objects become connected into the Internet of Things (IOT), making it possible for them to communicate with drivers and fleet managers. These intelligent objects can now tell you where they are, their condition, and how to optimize their use. This data from your vehicles and equipment drives smart business decisions, increasing productivity and safety, and decreasing expenses.
Ask us today how SpartanLync can help connect your fleets to the Internet of Things.
Camera Systems
Fatigue Monitoring System
Facial Recognition
360 Degree Visibility
Fatigue Monitoring System
The Fatigue Monitoring System at its core is the implementation of AI algorithms integrated with an in-vehicle camera. Using unique facial recognition and detection technology, this system detects when a driver is distracted or fatigued and provides an immediate alert to the driver.
Facial Recognition Technology
With Facial Recognition Technology, advanced driver management is available by verifying the driver’s identity when they enter a vehicle. Increase security and vehicle management by knowing who is using the equipment and at what times.
The Technology
With the Dynamic Vision Sensor (DVS), moving objects are captured with continuous tracking. When compared to the traditional image sensor, DVS provides significantly improved time-stamping, stability and visibility in all lighting conditions.
360 Degree Camera
A 360 Degree Camera system utilizes both cameras and radar to offer visibility of the entire vehicle and surroundings. SpartanLync’s algorithm collects visuals from the cameras and immediately corrects image distortion, providing a complete image in real-time. In addition to increasing a driver’s visual field, this technology is vital for ADAS functionalities such as Parking Assistance and Lane Departure Warnings.
Camera Display Configuration
Currently a tablet display is available for aftermarket installations, and optional display sizes will be available soon.
OEM Integrations within dash displays are ideal for camera solutions. As shown below, OEM applications have the option of an individual 360 panoramic view or the option to add additional screen views of the image captured by the 4 individual cameras for a close look at blind spots.
LIDAR and Radar
LIDAR and Radar technology have the distinct ability to detect distance, depth of objects and have uncompromised performance in challenging environments such as fog, dust, or darkness. The data collected from LIDAR and Radar is the foundation of ADAS functionalities such as Blind Spot Detection, Adaptive Cruise Control, Collision Avoidance, and Rear Cross Traffic Alerts.