Indoor Navigation: A Comprehensive Guide
Read moreCar Positioning and Navigation System
A comprehensive, powerful solution for accurate and smooth automotive navigation even in a Global Navigation Satellite System (GNSS) denied environment
One major challenge with car navigation systems is their inability to function in certain environments. Whether in tunnels, underground parking structures, or near towering skyscrapers in bustling city centers, traditional navigation systems struggle. This limitation arises because most systems rely on Global Navigation Satellite System (GNSS) signals, which cannot provide accurate positioning in these GNSS-denied environments.
Navigine developed a hi-tech solution that can solve this problem. Due to the reliable algorithm of inertial navigation, Navigine’s software ensures reliable positioning in the most remote areas.
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Increasing Car Owner Loyalty
Utilizing an indoor navigation system makes it easier for visitors to navigate indoor and multi-level parking lots in shopping and business centers. The system allows visitors to create short routes from the building to the car, helping drivers quickly locate their vehicles, save time, and increase company loyalty through user satisfaction.
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Leveraging Vehicle Sensors
The navigation solution integrates seamlessly with the vehicle's existing sensors to determine location, providing an efficient and cost-effective option without requiring additional hardware.
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No GPS Required
A key advantage of the system is its ability to operate without relying on GPS. This ensures accurate positioning even in environments where GPS signals are unavailable, such as tunnels.
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Instant Positioning
The system delivers precise, real-time information about the vehicle's location, enhancing navigation, movement control, and overall vehicle efficiency without delays or limitations.
Comprehensive Car Positioning and Navigation Solutions
New Opportunities for Automotive Navigation Systems
Navigine's specialized automotive navigation software enhances vehicle positioning accuracy by utilizing advanced algorithms and data from internal sensors, including inertial sensors (gyroscopes and accelerometers), odometers, steering wheel rotation angles, maps, and route graphs. This solution integrates seamlessly into onboard systems, enabling rapid and reliable positioning even in GNSS-denied environments.
Features:
- Accurate and smooth automotive navigation;
- Driving style analytics.
Expected benefits:
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Quick positioning in areas without GNSS signal (underground parking, airports, etc)
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Instant positioning of a vehicle with “cold start”
F.A.Q
Navigine’s system uses advanced algorithms and data from internal sensors to track vehicles in real-time. It provides insights for navigation, movement control, and operational efficiency, even in GNSS-denied environments like tunnels or parking structures.
Navigine’s solution integrates data from inertial sensors, odometers, and steering angles, combined with cutting-edge algorithms, to deliver highly accurate positioning, even in areas where traditional GNSS systems fail.
Navigine’s system works seamlessly with a vehicle’s existing sensors, eliminating the need for additional hardware and providing a cost-effective implementation.
Industries like logistics, transportation, automotive manufacturing, and commercial parking facilities can greatly benefit from Navigine’s technology by improving efficiency, safety, and customer experience.
Navigine prioritizes data security by employing robust encryption and compliance with international data protection standards, ensuring the privacy and safety of all collected information.
Use Cases
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Enhanced Onboard Navigation in GNSS-Denied Environments
Navigine partnered with a leading technology integrator to improve onboard navigation systems. By leveraging advanced algorithms, the solution enabled precise car positioning in challenging environments such as tunnels and parking structures.
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Instant Positioning with "Cold Start"
Navigine developed a cutting-edge algorithm that utilizes inertial sensors, odometers, and steering angle data to achieve instant vehicle positioning, even during a "cold start." This breakthrough reduces the positioning time from over a minute to just seconds, ensuring seamless navigation from the moment the vehicle starts.
