World’s Most Accurate Car Navigation Device
Your Gateway to Token Quests
Lane-Level Mobile Navigation
GEO-PULSE is the world’s first consumer car navigation device that is 10x more accurate than GPS
GEO-PULSE Features
Lane-Level Positioning
10x More Accurate than GPS. GEODNET RTK delivers 0.1m (4”) absolute positioning accuracy.
Urban Canyon Ready
Stay on course in high multi-path downtown environments.
Navigate Parking Garages
Sensor-fusion and dead-reckoning technology provides positions updates in parking garages and tunnels.
Easy-to-Install
Easy internal dashboard mount. Rugged and water-proof for optional external mount.
Developer Friendly
Upcoming Software Development Kit (SDK). Standard NMEA and RTCM messages.
Ready-to-Drive Professional Hardware
GEO-PULSE delivers survey-grade GNSS technology in a consumer product
Key Technologies
RTK-Enabled GNSS Receiver
A large ceramic antenna with signal filtering provides excellent reception in harsh environments.
RTK receiver supports dual-band L1 and L5 signals and all four major GNSS constellations (GPS, GLONASS, Galileo, BDS).
Inertial Measurement Unit
Integrated inertial measurement supports sensor fusion, dead-reckoning and post-processing kinematic (PPK) enhanced-positioning.
Secure Element
A secure element allows for data authentication. Optional integration with IoTeX’s secure device verification and validity service.
Bluetooth, Wi-Fi, and USB
An embedded ESP32 provides reliable Bluetooth connection to the GEO-PULSE Quest app.
Optional Wi-Fi and USB-C connectivity for developer and OEM integration support.
RF Repeater Port
The secondary RF port provides a signal relay of the raw GNSS signal for other devices such as Dashcams.
Quest App
The GEODNET Quest App is a free application for the GEO-PULSE hardware, available soon on the App Store and Google Play Store.
App Store
Google PlayGEO-PULSE Flywheel
Token Quests Power Enhanced Navigation Accuracy for All
Token Quests reward GEO-PULSE drivers with $GEOD and other participating crypto tokens for completing certain navigation tasks. These navigation tasks enhance network accuracy by precisely mapping GEODNET RTK coverage and providing raw data for positioning engine development.
Driving within GEODNET RTK coverage enables vehicles to achieve lane-level accuracy, even in challenging environments like canopies, bridges, and tunnels. Standard mobile apps such as Google Maps can seamlessly integrate GEO-PULSE signals, providing superior accuracy compared to phone and in-dash GPS.