2nd RHINOS Workshop at GSA

A stepping stone on High Integrity GNSS architectures for ERTMS evolution

Prague, 23rd 24th March 2017

The 2nd RHINOS workshop (Railway High Integrity Overlay System took place at  the GSA premises with an opening speech  by its executive director Carlo des Dorides  and the GSA coordinator of rail projects D. […]

31 March 2017|Categories: News|Tags: , , |

First RHINOS Workshop at University of Stanford marked bold commitment on high integrity GNSS for ERTMS

Stanford University, California,  29th  November – 1st December 2016

RHINOS partners – a blue-print project awarded to Radiolabs by GSA ( –  have met at Stanford University who has organized the first Workshop to discuss the results with international stake-holders. At the opening speeches Mr. Josef Doppelbauer, executive director of […]

23 December 2016|Categories: News|Tags: , , , |

Radiolabs awarded DB4Rail contract

Radiolabs has been awarded by ESA – GSTP 6.2 (General Support Technology Programme) Competitiveness Element, the contract “Digital Beam Forming for Rail – DB4Rail” to evaluate and mitigate the potential effects of possible GNSS intentional and non intentional  interferences on the ERTMS  operational scenarios based on virtual balises.  This […]

09 December 2016|Categories: News|Tags: , , |


Customer: ESA GSTP 6.2

Duration: November 2016 – November 2019


The project “Digital Beamforming for Rail” DB4RAIL aims at designing, developing and prototyping a software digital beamforming platform for antenna array coupled with advanced GNSS signal processing techniques for high rejection of GNSS interfering signals, including jamming and […]

17 October 2016|Categories: Projects|Tags: , |

Radiolabs will showcase RHINOS project at InnoTrans 2016

Radiolabs, will be showcase RHINOS research project at InnoTrans – the leading international trade fair on Railways transport technologies and products that will take place by 20th to 23th September in Berlin ( RHINOS , an H2020 GSA Galileo 3 project, aims to exploit GNSS infrastructures by developing augmentation […]

16 September 2016|Categories: News|Tags: , , , |

Radiolabs plays a leading role in Europe in the Horizon 2020 Research and ESA GNSS programs applications for high integrity, and telecommunications using the IP protocol for the railway sector

Radiolabs guide research to make possible for the future of the trains to be Always Connected – Geo localized and Safe from any cybernetic “attacks”. The increasing use of public networks such as GNSS infrastructure, mobile and satellite networks will bring significant economic benefits, especially for the modernization of […]

14 June 2016|Categories: News|Tags: , , , |

IGAW 2016 – International GNSS Advances Workshop

The IGAW 2016 (International GNSS Advances Workshop) is an event dedicated to the study of the evolution of satellite navigation technology in light of the opportunities opened by the availability of multiple constellations (GPS, Galileo, GLONASS, Beidou).

A highly prized scientific initiative, the Workshop aimed to examine on the basis […]

23 April 2016|Categories: News|Tags: , |

The RHINOS Project at the INN-ASI Conference

The Contribution of the Satellite Services to transport and navigation

It was held on April 12th, 2016, at the Ministry of Infrastructure and Transport the ASI-INN conference where Radiolabs presented the RHINOS project.


13 April 2016|Categories: News|Tags: , , , |

Radiolabs a ICG-10, Boulder-Colorado, United States

Prof. Alessandro Neri, president of Radiolabs, attended the 10th Meeting of the International GNSS Committee November 1 to 6, as a member of the Italian delegation led by ASI submitting a joint contribution in the plenary session on “High Integrity Navigation Overlay Services For Railway Applications: a selected example […]

29 March 2016|Categories: News|Tags: , |


Virtual InstRuments for GNSS augmentatIon and LocalizatIOn
Customer: Lazio Region

Duration: September 2015 – May 2018

VIRGILIO is the latest simulation tool for high integrity GNSS applications in the land transportation domain.

Developed in Matlab®
Object Oriented
Able to manage GPS (L1) and Galileo (E1)
Distributed Architecture (one virtual machine for each functional […]

14 March 2016|Categories: Projects|Tags: , , |