B: Applications

Anello’s GNSS INS system is targeting initial markets like agricultural vehicles.
August 2, 2023

Anello Reveals GNSS INS System with ‘World-first’ Optical Gyro

Santa Clara, CA-based startup Anello Photonics has announced a GNSS INS module that it says is the world’s smallest optical gyro inertial navigation system for GPS-denied navigation and localization. It is powered by the company’s optical gyroscope technology and AI-based sensor fusion engine, the combination engineered to deliver high-accuracy positioning and orientation for applications in the agriculture, construction, robotics, and autonomous vehicle space.

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By Kevin Jost
Satelles_Europe_image copy
July 28, 2023

Backing Up GNSS

The Joint Research Centre of the European Commission tested seven advanced alternative sources of positioning navigation and timing (A-PNT) platforms through a performance assessment campaign, proving there are viable alternatives to GNSS available in the commercial market today.

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By Inside GNSS
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A key Trimble RTX feature is integrity monitoring.
July 17, 2023

Cost is King for Passenger Car Positioning

For passenger car companies developing advanced driver assistance and automated driving systems, absolute positioning is critical to the overall solution. However, providing cost-effective systems is key for high-volume applications from price-conscious automotive OEMs.

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By Kevin Jost
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UK cityscape; Photo by Peter Gutierrez copy

NAVISP AlnGNSS Project Tests AI-Enabled PNT Driving Algorithms

GMV NSL Ltd and Thales Alenia Space have presented the results of the NAVISP EL1 034 project, ‘AI-Enabled Baseband Algorithms For High-Fidelity Measurements’ (AlnGNSS). Using selected AI-enabled algorithms, the project demonstrated some significant improvements in PVT performance compared to conventional GNSS PVT methods. However, the overall impact of AI was not substantial.

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By Peter Gutierrez
shutterstock_114367018
May 29, 2023

Navigating a sUAS without GNSS

In today’s world of GNSS-contested environments and the emergence of multi-sensor fusion capabilities, there is a demand for filters that can navigate without the aid of GNSS. This article evaluates a complementary navigation filter designed to steer a sUAS autopilot in GNSS-contested environments. 

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By Inside GNSS
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