Automation in Mobility
AI-based software for intelligent transportation infrastructure and the requirement for automated driving systems
AI
Location-Based Service
Global Navigation Satellite Systems (GNSS) coupled with INS unit geo-registers the captured data into absolute position
Advanced Sensor Tech
Camera, LiDAR, RADAR and GNSS within a telecommunication platform provides connected IoT for smart cities
Certified Mapping Service
Mobile mapping platform provides required data for the automatic object extraction, producing HD maps
ARTIFICIAL INTELLIGENCE FOR SMART CITY
SOLUTION BASED ON ADVANCED SENSOR TECHNOLOGY
The digital solution is shaping the future of urban infrastructures. NavMobility provides digital infrastructure including LiDAR point cloud, HD Maps, and location-based service (LBC) for smart cities. The required data is captured using a mobile mapping platform to help the clients establishing an intelligent transportation system (ITS). The platform comprises advanced sensor technology for localization and mapping including GNSS/INS, LiDAR, RADAR, and camera. Our team will help you utilize the right combination of products and services to ensure a successful outcome for your project.
NavMobility provides a wide range of services in smart mobility mainly for urban and transportation planners, not only to improve the road safety for drivers and pedestrians but also to support managers to make smart, green, and efficient decisions. NavMobility applies Geospatial Artificial Intelligence (AI) techniques to develop an automatic solution for the producing high definition (HD) maps. HD maps provide road attributes for a safer mobility and facilitate autonomous driving systems. Advanced sensor technology coupled with AI delivers a deeper understanding of road and driver behavior analytics converting the captured data into meaningful information.
NavMobility provides a wide range of services in smart mobility mainly for urban and transportation planners, not only to improve the road safety for drivers and pedestrians but also to support managers to make smart, green, and efficient decisions. NavMobility applies Geospatial Artificial Intelligence (AI) techniques to develop an automatic solution for the producing high definition (HD) maps. HD maps provide road attributes for a safer mobility and facilitate autonomous driving systems. Advanced sensor technology coupled with AI delivers a deeper understanding of road and driver behavior analytics converting the captured data into meaningful information.
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Real Time Vehicle Tracking
Global Navigation Satellite System (GNSS) and Inertial Navigation System (INS) provide an accurate available and reliable position for real-time monitoring of traffic. The real-time Geolocation of vehicle plays a key role in connected mobility and autonomous driving systems. GNSS data coupled with other sensors e.g. LiDAR, RADAR, and camera facilitates advanced transportation management systems, providing the main components of HD maps. A couple of applications of geolocation services are
- Automatic delineation of road components and lane boundaries
- Allowed speed of the vehicle based on the road geometry
- Auxiliary Info. for overtaking, parking geolocation, and turning in crossroads
- understanding from the surrounding environment, route planning, and recalculating
- Automatic delineation of road components and lane boundaries
- Allowed speed of the vehicle based on the road geometry
- Auxiliary Info. for overtaking, parking geolocation, and turning in crossroads
- understanding from the surrounding environment, route planning, and recalculating
HD Maps for Digital Infrastructure
NavMobility's mobile mapping platform comprises the localization unit and capturing unit; the localization unit includes the GNSS receiver, which observes the GNSS satellites and a 512 Hz inertial measurement unit (MEMS IMU). After post-processing, a highly precise trajectory with centimeter accuracy is generated based on GNSS/INS data through Kalman filtering.
The capturing unit includes two 360-degree cutting edge laser scanners (LiDAR), which record at a scan rate of 150 Hz as well as a 360° panorama camera. Upon the client's request, other sensors e.g. RADAR, ultrasound, or thermal camera can be installed on the mobile mapping platform. The platform can be mounted on a wide range of vehicles e.g. car, van, train, airborne, and Unmanned Airborne System (UAS).
The capturing unit includes two 360-degree cutting edge laser scanners (LiDAR), which record at a scan rate of 150 Hz as well as a 360° panorama camera. Upon the client's request, other sensors e.g. RADAR, ultrasound, or thermal camera can be installed on the mobile mapping platform. The platform can be mounted on a wide range of vehicles e.g. car, van, train, airborne, and Unmanned Airborne System (UAS).