GPS vs. GNSS: What the Differences Mean for Navigation Systems
Generally, when people use the acronym “GPS," they are referring specifically to North America’s global positioning system. GPS technology has been ingrained into the lives of everyday consumers, as they use this satellite network in order to share t... Read More
GPS Denied Environment: How AI Is Transforming Defense Strategies
For years, the U.S. military has relied on GPS signals to monitor their locations and carefully track the position of key assets. GPS signals also play a key role in mission planning and strategy development. However, enemy combatants have become inc... Read More
Why the Future of Drones Depends on Embedded Flight Systems
Over the last decade, drones have played a pivotal role in numerous military operations around the globe. At this point, it is clear that drones will be a centerpiece of the military of the future. This news comes as no surprise, as these advanced av... Read More
ASEI’s ATACNAV Featured in ION Quarterly Newsletter
The Institute of Navigation – ION for short – is one of the leading organizations advancing the industry of positioning, navigation, and timing. Its international membership includes a wide-reaching group of expert navigators, educators, engineers, p... Read More
Why Your Avionics Need GPS/INS Solutions for Anti-Drone Technologies
As avionic technology develops, so too does its counters. Anti-drone systems engineering and counter-drone strategies are advancing nearly as quickly, if not faster, than the development of drones themselves. Yet, the need for drones in the modern wo... Read More
GNC: Identifying the Components of Autonomous Systems Engineering
GNC is a critical component of autonomous systems engineering. Even unmanned aerial vehicles can travel to target locations in a GPS denied environment with pinpoint precision thanks to the technological capabilities of GNC and avionics engineering. ... Read More
Facts About Inertial Navigation Systems You Might Not Already Know
Any moving vessel, whether piloted by a human or avionics systems, depends on three important factors: precision, velocity, and balance. This is especially true of complex vehicles such as airplanes, autonomous vehicles, and unmanned aerial vehicles.... Read More
How ASEI Creates Navigation Solutions for Your Systems
When GPS is denied or spoofed, navigational systems can become highly inaccurate without the assistance of an inertial navigation system. For over 25 years, ASEI has engineered products for use in critical applications for defense, aerospace, and oth... Read More
Jamming vs. Spoofing: What They Mean for GPS
In modern times, satellite-based positioning systems have spread to nearly every industry, including everyday products that are available to citizens. The GPS revolution has innovated vehicles, watches, phones, and even the stock exchange. It is more... Read More
