Case Studies, Applications and Insight Articles

Aeron Systems’ Octantis 2 INS-GNSS provides accurate positioning and navigation for defence and other platforms in GNSS-degraded or denied environments

Steer AI outlines a phased approach to introducing autonomy, focusing on defining operational domains, identifying suitable operational flows, assessing readiness, and building a scalable, value-driven deployment strategy

Explore how UAV Navigation-Grupo Oesía enhances UAS capabilities for ISR missions, enabling persistent surveillance, improved autonomy, and safer, more efficient security and defense operations

Analog Modules advances switch mode laser diode driver design through multiphase architectures that improve efficiency, reduce size, and maintain precise current control in defense applications

Ruggmate highlights phased execution as a structured approach to reducing risk, validating assumptions, and improving project control across large-scale engineering programs in defense and industrial applications

Advanced Navigation outlines how inertial navigation systems maintain radar and effector synchronization in GPS-denied environments to support reliable counter-UAS tracking and engagement under electronic warfare conditions

Zenadrone explores modern drone defense technologies, legal considerations, and emerging AI-driven counter-UAS systems addressing growing aerial threats across military, commercial, and civilian environments

Inertial Labs outlines its Visual Inertial Navigation System (VINS), which enhances UAV navigation performance in GNSS-denied and contested environments through the integration of inertial sensing and visual odometry

Sightline Intelligence analyzes how training data, environmental variation, and sensor differences shape the performance and limitations of AI and machine learning systems in military applications

EDGE Microwave outlines how GNSS signals are vulnerable to interference, exploring impacts across key operational domains and the mitigation approaches used to ensure reliable positioning, navigation, and timing

UAV Propulsion Tech highlights six critical factors for sourcing UAV engines, covering performance, fuel compatibility, lifecycle cost, reliability, supply chain integrity, and integration support