Tech Articles

Precise navigation in GPS denied or contested environments is critical. Discover how electronic protection counters jamming and spoofing to ensure mission success.

Discover how Advanced Navigation’s INS can maximize uptime and secure your autonomous haulage investment.

Struggling with drift in GPS-denied environments? See how combining an INS with a Laser Velocity Sensor reduced positional drift to sub-0.1% in underground tests.

GPS is arguably one of the most powerful and transformative technologies of the modern era. What happens when it stops working?

The Laser Velocity Sensor (LVS) is a new class of navigation technology developed by Advanced Navigation that uses infrared (IR) lasers to measure a vehicle’s ground-relative 3D velocity with extraordinary accuracy and precision.

With low-cost GPS jamming and spoofing technologies becoming widely available, relying solely on GPS for navigation has become an increasingly risky option for armored combat vehicles. Despite the dangers, many defense fleets around the world remain ill-equipped to navigate effectively through contested environments where GPS is compromised.

Advanced Navigation recently concluded its 2023-24 Student Grant Program. The Program is designed to motivate and financially support high-achieving engineering students with their studies and career development. This year, we asked applicants to envision an autonomous system that would improve human lives.

Maritime intelligence is required for a variety of reasons, including underwater infrastructure inspections and environmental monitoring, and its significance is only increasing.

Advanced Navigation’s light detection altimetry and velocimetry (LiDAV) system sets a new benchmark for laser-based distance/range and velocity measurement. This patent pending technology delivers a navigational sensor capable of measuring distance and velocity with extreme accuracy and with less hardware than any other system with similar characteristics.

As the use of autonomous systems continues to grow, the importance of their ease of integration cannot be overstated. This refers to how seamlessly a system can be integrated into a vehicle or platform, both physically and electronically.