BANSHEE: Indoor-outdoor navigation by combining GNSS and Wi-Fi Rokubun has developed a hybrid technology between Wi-Fi and satellite (GNSS) that allows an accurate seamless indoor-outdoor navigation.
Rokubun is selected for the CASSINI Business Accelerator program Rokubun has been selected to participate in The CASSINI Business Accelerator, a six-month acceleration programme designed to provide top-level business and investment coaching, training, events, and more to 20 of the top space startups in Europe.
Unleashing the potential of OSNMA for robust drone surveillance Rokubun's real-time demo validates drone positioning for anti-illegal fishing efforts and other applications using OSNMA
ROKUBUN deploys a free online tool to provide GNSS services Rokubun is finishing a project called URSULA, a turn-key project for the EU Agency for the Space Programme (EUSPA). The scope of the project is the deployment of the User Space Virtual Laboratory at EUSPA facilities, an online demonstrator for GNSS services and earth observation data.
URSULA URSULA is a project, funded by EUSPA, that aims to deploy an online demonstration for GNSS services and earth observation data.
CORS Networks The Continuous Operating Reference Station (CORS) network positioning services are used when high-accuracy positioning is needed. In this situation, many companies are deploying and updating reference station networks and derived services, to fulfil their users' positioning needs.
How Wi-Fi provides accurate localization The basis of the BANSHEE technology is to use FTM-compliant WAPs (i.e., routers) to provide ranging measurements to locate the user's device. Therefore, the device needs accurate location knowledge of the WAP measurements to estimate its position.
Augmenting GNSS CORS Infrastructure in a scalable manner Learn how to augment GNSS Continuously Operating Reference Stations (CORS) infrastructure in a scalable manner.
