While OSNMA has not yet been formally declared operational, its public testing phase lasting since 2021 is showing a high and stable performance. The number of devices implementing Galileo differentiators such as OSNMA keeps growing. EUSPA is aware of the following receivers supporting Galileo OSNMA:
| OSNMA-enabled receivers | ||
|---|---|---|
| Manufacturer | Model | Segment or Applications |
| ANAVS | AROX-PPP | Autonomous vehicles, Robots, UAVs and Vessels |
| Chipcraft | NaviSoc | UAV, Agriculture, Road |
| FDC | ULTRA DRACONAV | Security-critical applications including road, smart tachograph or timing |
| Juniper | GNS3 | Surveying |
| Quectel | LC99T | Timing |
| Septentrio | mosaic-X5 | Surveying, Precision agriculture, Autonomous Vehicles |
| Septentrio | PolaRx5 | GNSS reference stations, Scientific and monitoring, Space |
| Septentrio | TUR-N | Testing |
| STMicroelectronics | Teseo V | Road |
| TeleOrbit GmbH / Fraunhofer | GOOSE V2 | Road, rail and R&D |
| u-Blox | X20 | Automotive, industrial automation, UAVs & Robotics, time and synchronisation |
| u-Blox | NEO-M9L | Automotive |
| u-Blox | ZED-F9P | Robotic lawnmovers, UAVs and surveying and mapping |
This list is not exhaustive and is being regularly updated, therefore may not necessarily reflect the full picture of the market.