Webinars

Always accurate and available Positioning, Navigation and Time or Assured PNT is key to successful mission-critical operations. PNT data must be continuous, truthful, and reliable even under demanding conditions. Learn how GNSS-related vulnerabilities should be identified and removed.         

Speakers from SENSEFLY, MATTERNET, CAPRA ROBOTICS and SEPTENTRIO.

This free on-demand webinar shows you the most efficient way of integrating high-accuracy GNSS positioning and 3D orientation into any robotic system based on ROS (Robotic Operating System).

Speakers from AMAZON, NXP, Weekly Robotics, Open Robotics and SEPTENTRIO. 

Empower your robotic navigation or mapping functionality with cm-level RTK positioning & orientation. Find out how the ROSaic C++ driver makes it easy to integrate the mosaic GPS/GNSS module and other Septentrio multi-frequency receivers into any technology based on the Robotic Operating System (ROS).

Speakers from SEPTENTRIO

GNSS/INS systems provide additional advantages enabling multiple applications with enhanced positioning reliability and accurate orientation.

Learn the latest advancements and understand better the broad landscape of GNSS/INS and what’s the right choice for you. Turn challenges into solutions.

Speakers from ANALOG DEVICES (ADI) and SEPTENTRIO.

This webinar will provide a concise overview of the orientation  methods and their added values. 

Speakers from IXBLUE, ARDUPILOT, AIROBOT and SEPTENTRIO.

In this webinar we aim to simplify this complexity and uncover the concrete values that new GNSS services will bring to your industry in the near future. We will take a sneak-peek at upcoming signals and services and explore together with industry specialists the added value that they can offer for multiple applications.

Speakers from OROLIA, AIRBUS, CORREOS and SEPTENTRIO.

Learn more about the mosaic family high-accuracy GNSS modules receivers without compromises. Discover how the guest speakers are using this technology for their product offering.

Speakers from JACKSON LABS, ARTISENSE, HITEC COMMERCIAL SOLUTIONS and SEPTENTRIO.

The exploding autonomous vehicle phenomenon cannot only be seen in the automotive industry but is also impacting industrial and robotics applications. While the industry adopts higher levels of autonomous applications, positioning reliability is essential. However, with an array of possible GNSS failures, it can be challenging to ensure user integrity. 

Speakers from KOMATSU, GMV, NAIO TECHNOLOGIES and SEPTENTRIO.

This on demand webinar focuses on the ease of sensor integration aboard a flying platform, and its use for commercial purposes. 

With speakers from SENSEFLY, AIROBOT, UNIVERSITY CALIFORNIA and SEPTENTRIO.

This webinar reviews the different threats in security for GNSS systems from signal to firmware hacking and will also cover both the user side as well as the space and cyber technologies being implemented to make GNSS systems more robust. 

With speakers from LS CONSULTING, BNSF RAILWAY Co. and SEPTENTRIO.

GNSS receivers rely on external corrections to compensate for various imperfections called GNSS errors to achieve decimeter or even centimeter level accuracy. Learn the latest advancements in GNSS corrections and understand better what’s the right choice for you. 

With speakers from SAPCORDA, FUGRO, LEAR, POINT ONE NAVIGATION and SEPTENTRIO. 

Tune in to this webinar for a discussion on interference on GNSS antennas and receivers: its sources and effects, detection methods, and mitigation techniques employed by precision GNSS antennas and receivers. This webinar was has been organized in close collaboration with Tallysman. 

Speakers from TALLYSMAN, RADIONAVIG. LAB @ UNIVERSITY OF TEXAS, AUSTIN and SEPTENTRIO.

Listen to the latest innovative inspection applications, from urban roof inspection workflows to beyond visual line-of-sight (BVLOS) critical operations. Understand the different requirements and challenges for positioning technology in critical and commercial applications in urban and remote areas. 

With speakers from FLYING-CAM, UNIVERSITY OF TEXAS, ALTAMETRIS, KESPRY and SEPTENTRIO.