Applications

In the last decade location-based services have become a cornerstone of mobile apps capabilities on smartphones. While initially using only the GPS constellation, they have progressively extended their support to Glonass and Beidou and, more recently, to Galileo.

The accuracy of GNSS positioning with smartphones (using a single band GNSS chipset) is usually in the range of 3 to 15 meters with the potential for better with integrated corrections services.

During operations, scooters can be picked-up and redeployed to locations that need them.  Onboard telematics can let the rental operator know when a scooter needs maintenance or recharging or if it has strayed outside of it’s geofenced zone.

During use, operators can pre deploy staff to be ready for when scooters are returned at the end of a crowded event.

At the end of the rental, accurate positioning ensures that the rentee followed all of the rules of using the scooter and the operator knows how much mileage they have gotten out of each connected GNSS Integrated scooter

For robotic use outdoors, GNSS provides a range of accuracies. Depending on the application, submeter positioning can be enabled in real time. The use of positioning algorithms combined with electronic map and path planning, GNSS can accurately position and orient robots along the desired route.

Flight control systems have a significant impact on the stability, reliability, and accuracy of UAV mission success. GNSS is an integral sensor on the UAV flight control system, providing accurate position and or position and orientation. A UAV’s mission success relies on accurate speed, altitude, position and orientation, all of which GNSS provide.

Rx Networks provides GNSS corrections coverage of an area that your UAV will operate in.

Autonomous agricultural machinery rely on the high-precision GNSS navigation and positioning information computed onboard to control the automated movement of the equipment. This autonomy allows for 24/7, any weather operations which greatly helps in improving agricultural operations efficiencies.

The growth of automation in agricultural production has greatly raised productivity and changed the traditional farm into an efficient state-of-the-art operation. Automatic control technology helps agricultural machinery operate in a precisely designed manner.

Whether it is a delivery robot's guidance system or a courier holding a cell phone, that package needs to be placed exactly on the right doorstep.

The successful completion of the delivery chain is where location changes from a ‘push’ update to a ‘pull’ as the time of arrival gets closer. The deliveree probably made arrangements for the culmination of events for a successful delivery. Location accuracy is essential for the package, the delivery personnel and the delivery vehicle where GNSS is integrated into it.

In an emergency situation, you can quickly determine that your crew has safely reported to a muster point. Lone workers add another layer of safety awareness.

In normal operations unlocking the positioning accuracy of personnel lets you know where and how efficient operations are, and caution of an impending hazard that needs to be managed.  You will know your specialists are deployed to their callings with quick and accurate positioning.

Securely tracking the location and health of valuable assets and inventory is critical to business operations. Managing your assets becomes much easier with IoT-enabled asset tracking. These solutions allow you to track your assets remotely, enabling your business to reduce risk and create new revenue streams.