Alert transmission, driver monitoring, in-vehicle and external monitoring with dash cameras, screen monitor, in-cabin, and millimeter-wave radars
Monitoring fuel, weight, temperature, cargo and assets location with Bluetooth sensors and BLE-powered beacons
Parameter reading, fault detection, and support for standards and various protocols
Sustainable Vehicle Management Based on eSIM
Vehicle fault detection and rapid parameter reporting
Monitoring driver safety and well-being, vehicle safety control, and protection of organization equipment
Implementation of security standards, authentication protocols, and data protection
Focus on producing and supplying eco-friendly equipment and improving fuel efficiency
Simple structure for solving complex needs, usable at any level of expertise
Customizing the vehicle management system based on user needs
Smart decision-making through fleet data analysis
Smart decision-making through fleet data analysis
Wireless tracker, continuous tracking of vehicles, cargo, and more
Secure and easy connection to the CAN network, network data reading, and more
Low-energy Bluetooth, collecting sensor data for temperature, humidity, and motion detection, locating cargo in various areas
Monitoring vehicle and driver safety, real-time event display and recording for future review
Enhancing vehicle and driver safety, reducing accidents, receiving vehicle-related event information, and more
Locating and determining the status of cargo locks, adjustable cable length, enhancing supply chain safety, and more
Navigation, Support for advanced technologies such as TPMS, driver assistance system, and more
Video recorder for surveillance cameras, SSD storage, video storage, and more
Detecting and locating objects and individuals at both near and far distances; displaying information on the vehicle's screen monitor
Monitoring vital signs of vehicle occupants, detecting passenger presence, and identifying precise location of occupants in cabin
Transport safety with technology based on radar and image processing
Sending accurate data for system by combining camera and radar technology
Detecting stationary and moving objects and sending a rear collision warning using radar technology
Detecting vehicles, bicycles, and pedestrians in front in various weather conditions
Detection of blind spots in different directions of vehicles using radar technology
With the integration of radar systems and image processing into the automotive industry, the phrase 'more technology, more possibilities' becomes not just a slogan but a strategic principle. These systems represent a significant leap in automotive technology, aiming to enhance road safety and optimize driving experiences. Advanced driver assistance systems encompass innovative features that deploy sensors, cameras, radar, lidar (light-based distance detection), and advanced algorithms to ensure the safety of the vehicle and its occupants. In addressing safety challenges related to drivers and vehicles in various situations, these systems provide effective solutions. The combination of image processing and radar technology enables comprehensive monitoring of both the driver's behavior and the surrounding environment.
Safety features of driver assistance systems, such as lane departure warning and blind spot detection, can reduce vehicle accident rates.
The in-car camera analyzes the environment to detect distractions, sleepiness, smoking, yawning, and mobile phone use, warning the driver accordingly.
These systems provide the driver with a better view of the car's surroundings, enhancing awareness and control over the environment.
One of the key aspects of this solution is vehicle speed control. Through the regulation of vehicle speeds, the system can significantly reduce speeding fines and fuel consumption.