TerraStar-X correction services
Unlocking reliable, available and highly accurate positioning for automated and autonomous vehicles worldwide
Safety assured positioning for autonomous driving, navigation and V2X
Automated driving features and autonomous vehicles require continuous, lane-level localisation for safety, with GNSS correction services being crucial for precise positioning.
TerraStar-X correction services for enterprise applications provide consistent, precise localisation in less than one minute with 99.9% availability and 24/7 reliability, enabling autonomous driving (AD) and advanced driver assistance systems (ADAS) for mass-market and industrial applications.
Why choose TerraStar-X?
Instantaneous, lane-level accuracy for large-scale programs
ISO 26262 / ASIL compliant for functional safety
Seamless integration for worldwide deployment into any vehicle ECU (electronic control unit)
Low bandwidth for correction data saves costs by leveraging existing vehicle connectivity
TerraStar-X:
Integrity for trustworthy autonomous solutions
Uptime and availability
TerraStar-X offers localisation in under one minute with high availability and 24/7 reliability. Optimise your real-time positioning performance effortlessly.
Ownership of the corrections stream
We can install base stations globally and quickly. We operate our own network of stations and can deploy and configure them easily to our customer's needs.
Hardware & OS-agnostic
No matter what equipment you're using, TerraStar-X fits perfectly into your ecosystem. It's designed to integrate easily with automotive architecture.
Trusted performance for AD and ADAS
TerraStar-X delivers the reliability needed for autonomous driving and other safety-critical operations. Integrity ensures trustworthiness.
Precision with advanced algorithms
Our PPP-RTK algorithms ensure precise positioning. Experience accuracy and reliability in the most complex environments.
End-to-end integrity
Unlike competitors who only monitor integrity at the vehicle-level, we implemented integrity monitoring end-to-end, from base station to vehicle.