Autonomous Vehicle Navigation — Navigation, Positioning, Timing & Autonomous Mobility — Satellize

2.4Subsection · 5 applications

Autonomous Vehicle Navigation

Passengers boarding a small autonomous shuttle bus on a city street — A self-driving car navigates city streets, guided by satellite GNSS systems enabling safer, more efficient urban mobility.

Satellite GNSS Powering Autonomous Vehicle Guidance

1
GNSS Constellation
GPS, Galileo, BeiDou broadcast timing signals
2
Signal Reception
Vehicle antenna receives multi-band L1/L5 signals
3
Sensor Fusion
GNSS fused with LiDAR, IMU, HD maps
4
Autonomous Control
Sub-decimetre positioning steers vehicle safely

GNSS constellations deliver centimetre-accurate positioning that fuses with onboard sensors to guide autonomous vehicles safely through complex environments.

Other areas in Navigation, Positioning, Timing & Autonomous Mobility

2.3 · Previous

Maritime Navigation

All of navigation

Drone Corridors

Subsection 2.4 — Navigation, Positioning, Timing & Autonomous Mobility

Autonomous Vehicle Navigation

5 applications.

Applications

2.4.1 Self-Driving Vehicle Navigation — Providing centimetre-accurate, high-integrity positioning and timing to autonomous road vehicles through a sovereign satellite navigation augmentation layer.
2.4.2 Precision Automotive Positioning — Delivering lane-level, sub-decimetre GNSS corrections to passenger and commercial vehicles via a sovereign augmentation signal, independent of foreign positioning infrastructure.
2.4.3 Autonomous Mining Vehicles — Providing centimetre-accurate, high-integrity positioning and timing to haul trucks, drill rigs and loaders operating autonomously in open-cut and underground mine environments.
2.4.4 Logistics Vehicle Coordination — Satellite-based positioning and timing that synchronises fleets of autonomous logistics vehicles across national road, rail and port networks in real time.
2.4.5 Smart Freight Navigation — Providing centimetre-accurate, integrity-assured positioning and real-time route optimisation for autonomous and semi-autonomous freight vehicles across national road and rail networks.