Multi-domain autonomous network combat solutions for unmanned heterogeneous swarms
Robotic and Autonomous Systems (RAS) is a networked combat solution based on robotic platforms and heterogeneous swarms. The innovative modular solution provides a comprehensive, all-in-one system for planning, operation and management of all types of unmanned platforms and missions that enables tactical superiority at all echelons, enhancing efficiency and transforming capabilities in multi-domain warfare. RAS provides an advantage in peer/near peer adversary combat scenarios, enabling coordinated deployment of swarms of connected, heterogeneous autonomous platforms and payloads.
Designed to support a wide range of human-machine teaming (HMT) operations, RAS enables connectivity and control of air, sea (surface and sub-surface) and land (terrain and sub-terrain) unmanned platforms that extend the range and reach of warfighters and enhance performance in all domains of the modern battlespace. RAS can be integrated with any ROS- compliant platform.
Key Benefits
Key Features
Operational capability
Missions Management System
A unique battle-tested, distributed framework for autonomous systems operation that enables the planning, operation & management of diversified robotic platforms and payloads in multiple domains. The open software for autonomous UGV & UAS operations enables capabilities in key domains.
An integrated solution for mission planning, execution and monitoring, HuntAIR-X enables control of autonomous UAS swarms with a variety of advanced payloads. Autonomous management capabilities enable day and night operations in GNSS-denied environments, with the ability to perform a sustained overwatch mission in a defined area of interest, detect and designate targets and accurately map threats in real-time.
Multi-payload military Unmanned Ground Vehicle (UGV) features unique design and built-in autonomy suite offering a combination of greater capacity, improved maneuverability and must-have on-field agility that are key for greater mission effectiveness.
Fully autonomous UAS solutions, equipped with powerful hardware architecture to support advanced AI algorithms, with diverse battery configurations for exceptional flight endurance and advanced SDR data link in a GPS-denied environment.
Wireless miniature unattended ground sensor system (UGS) designed to establish terrain dominance. The intelligent surveillance capabilities make it highly effective in multiple area coverage and a wide range of applications.
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