Santa Clara, California-based Anello Photonics and Montreal-based One Silicon Chip Photonics (OSCP)—have introduced new ...

ANELLO Photonics has introduced its Maritime inertial navigation system ... device designed for GPS-challenged environments. Its capabilities include reference-grade position, velocity and attitude ...

For instance, current inertial navigation systems can accumulate errors ... spoofing, and anti-satellite warfare pose risks to GPS availability. “In an ideal world, we hedge against loss of ...

The institute for satellite geodesy and inertial sensing aims at deploying quantum mechanical phenomena in navigation and earth observation. One of our main activities is to harness cold and ultracold ...

The gold standard in navigation is, without a doubt, satellite-based navigation using Global Navigation Satellite Systems (GNSS). Their services are free ... A typical approach is to fuse them with ...

you must think about what you would do if an adversary destroyed or compromised your GPS system. The Royal Navy and Imperial College London think a quantum navigation system might be the answer.

Navigation and autonomous systems company Advanced Navigation has received grant funding from the Australian Government ...

Japan currently has the quasi-zenith satellite system ... to supplement American GPS and will further improve positioning data for smartphones, car and maritime navigation and drones.

Known as the global navigation satellite system, or GNSS, signals from these satellites provide the foundation for mobile networks, energy grids, the internet, and GPS. And increasingly ...

Japan has launched a navigation satellite ... system that first went into operation in 2018. The Michibiki 6 will be the fifth of its network. Michibiki’s signals are used to supplement American ...

Japan's space agency said Sunday it successfully launched a navigation satellite on its new flagship H3 rocket as the country seeks to have a more precise location positioning system of its own.