Enabling safe and reliable autonomous navigation using GNSS
Situational awareness is key to autonomous operations. Knowing where and when your system will perform enables optimized mission planning and improved performance. GNSS Foresight uses 3D geospatial maps, cloud computing, and precision orbital modeling to give you a clear picture of GNSS coverage for planning and GNSS satellite availability to improve GNSS receiver performance.
Comply with BVLOS Navigation Requirements
Degraded GNSS reception is a deal breaker that, if left unsolved, could block the path to FAA exemption compliance or regulatory approval for UAS BVLOS. Discover how to unlock the future of unmanned drone navigation with GNSS reliability forecasting.
Unearth Autonomous Mining Operations
As GNSS satellite lines of sight change within the variation in topography of a mine, GNSS performance can be good one minute and poor the next. With GNSS forecasting, mining operators can avoid unexpected failures of autonomous equipment, inaccurate survey, the choosing the wrong equipment for the environment, and inefficient equipment utilization.
Automotive Urban Autopilots
GNSS performance in urban environments can be poor and unpredictable. GNSS Foresight Live is a Geospatial Augmentation that can aide a GNSS receiver in choosing the best satellites. Foresight enables the receiver to know which GNSS satellites are line-of-sight, helping reduce the impact of multipath, and improving the performance of a GNSS receiver in urban environments.
Key benefits of GNSS Foresight
Safety & reliability
Safety & reliability
Features & Datasheets
Leverage your technology
GNSS Foresight delivers crucial operational information for beyond visual line-of-sight operations, drawing on:
Trusted satellite orbit models
High-definition 3D maps
The industry’s leading signal environment computation engine
Data output from GNSS Foresight can be integrated with user systems to deliver optimized mission planning, reduced risk, increased reliability, and regulatory compliance.