Advanced Infantry Soldier System (AISS)
AISS is a modular, field commander-assistant tool for situational awareness and integrated sensor operation at the tactical level. It combines vital combat building blocks - computing, target observation and acquisition, display, communication and navigation/orientation capabilities - in one, lightweight, interchangeable suite, to create the ultimate system-of-systems.
AISS is powered by a rechargeable Lithium-ion battery that enables 6 hours of operation. AISS components can be used as one complete system, or as individual units, depending on operational needs and provisions.
- Supports communication via serial or USB port to any Customer-furnished radio.
- Ideal for military operation in urban terrain (MOUT); infantry combat missions in open terrain; observation, target acquisition and surveillance; artillery forward observers (FO); remote sensor control and display; and mission and training debriefing
Used for:
Terrain Analysis
Navigation
Friendly-Force Tracking
Rapid target acquisition
Situational awareness
Fire correction and support
Remote briefing
Debriefing
APPLICATIONS
Observation & Target Acquisition: Enabled by using one of the interchangeable target acquisition/intelligence gathering devices, allowing the commander to direct interception and other close-combat forces to points of interest and suspected hostile activity.
Dismounted Mission: Continuous, effiient mission execution when on-the-move in an equipment-intensive environment.
Split Force: Friendly-force tracking and link-up and/or splitting with clear force identification and mission coordination.
Navigation & Orientation: Display of self-position on map/aerial photos supporting pinpointed urban navigation and navigation aids.
Direct Air Support: quick closure of sensor-to-shooter fire cycle, by means of quick target acquisition and automatic transmission/receipt of target coordinates. All of the target inputs can be transferred to selected shooter or supporting platform (fixed wing, mortar, etc.).
Rescue and Evacuation: more efficient coordination and synchronization of response