The Evolution of Night Operations: Beyond Traditional NVGs
Traditional Night Vision Goggles (NVGs) primarily enhance available light, while thermal imaging systems provide a representation of heat signatures. Modern multispectral systems can combine information from multiple sensing technologies to provide operators with a broader view of their environment.
Augmented reality adds another layer by presenting relevant digital information directly within the operator’s field of view.
This approach can reduce the need to repeatedly switch between night vision devices, handheld maps, displays, and other sources of information, helping operators maintain focus on their surroundings.
High-Precision Targeting and IFF with the Lynx Tactical AR Monocular
The ASIO LYNX Tactical AR Monocular combines multispectral sensing with augmented reality to provide additional information within the operator’s field of view.
Multispectral Thermal Performance
LYNX integrates thermal imaging with electro-optical capabilities to support observation in low-light and degraded-visibility environments.
Thermal information can provide additional visual context when conventional daylight observation is limited, helping operators identify relevant features of the environment.
Target Data and Ranging
Integrated sensing and ranging capabilities can support the generation of precise target-related information.
By combining sensor information with digital data, an AR monocular can help operators access relevant information without relying exclusively on separate handheld devices.
Friendly-Force Identification
Integrated tactical information can provide visual cues that support friendly-force identification and situational awareness in low-visibility environments.
Displaying relevant information within the operator’s field of view can help provide additional context when visual identification is challenging.
Enhanced Situational Awareness with Geospatial Data and GeoFusion™
Augmented reality becomes even more valuable when sensor information is combined with geospatial data.
ASIO GeoFusion™ transforms geospatial data and real-time imagery into actionable operational information, helping provide a more coherent understanding of the operational environment.
3D geospatial information can add context to the operator’s view by helping visualize terrain, positions, and other mission-relevant geographic information.
The distinction is important: GeoFusion™ is not a navigation system. It is a technology that helps transform and contextualize geospatial and visual information for operational use.
Network-Centric Operations: Connecting LYNX with ORION and Tactical Networks
Modern tactical operations increasingly rely on connected systems that allow information to move between sensors, platforms, and users.
LYNX can integrate with tactical mission systems such as ORION, enabling relevant mission information to be shared between connected systems.
ORION is a Tactical Mission Enhancement System designed to support situational awareness and tactical decision-making by bringing relevant mission information together in an operational interface.
Together, connected tactical systems can help provide operators with a more consistent operational picture and reduce the need to manage multiple information sources independently.
Minimizing Cognitive Load and SwaP at the Tactical Edge
For dismounted personnel, equipment size, weight, and power consumption are important considerations.
A compact multispectral AR monocular can combine multiple sensing and information capabilities within a single tactical device, helping reduce the number of separate systems an operator needs to manage.
This approach can contribute to a more efficient human-machine interface at the tactical edge, where access to relevant information needs to remain fast and intuitive.
