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Spatial Integrated Systems, founded in 1997, specializes in integrating complex software and hardware systems. Their Autonomy System (SAS) offers intelligent autonomy solutions for various missions, including cooperation and warfare operations. With a focus on autonomy and minimal human supervision, SIS provides cutting-edge technical solutions incorporating robotics, AI, and 3D imaging. They have partnerships with NASA and serve various DoD customers.
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Spatial Integrated Systems, Inc. Rick “Simo” Simon Director – Spatial Integrated Systems 757 461-5206, 103 15 May 2019 11M RHIB MANTAS 7M RHIB Jet Skis & Emilys
SIS Corporate Profile • Office Locations • Virginia Beach, VA • Rockville, MD • Kinston, NC • Training Center SVHEC South Boston, VA • Bremerton, WA (remote site) • Charlotte, NC (remote site) • Harrisburg, PA (remote site) • Portsmouth, NH (remote site) • Philadelphia, PA (remote site) • Dulles, VA (remote site) • Quantico, VA (remote site) • Atlanta, GA (remote site) • Orlando, FL (remote site) Small Business founded in 1997, focusing on Research, Development, Test and Evaluation (RDT&E) specializing in integration of complex software and hardware systems. SIS develops, implements, and deploys high-end technical solutions that incorporate technologies of Robotics, Artificial Intelligence, Digital 3D Imaging and Product Lifecycle Management.
SIS AutonomySystem (SAS) • “Intelligent Autonomy”, based off of the NASA-JPL Autonomous Control software - Mars Rover Program • Partnership with NASA Jet Propulsion Lab since 2006 • DoD customers: OSD-SCO, DARPA, USA, USN, USMC, USCG, ONR, NOAA • Mission level goal based autonomy; adaptable to multiple missions • Intelligent control of multiple vehicles to perform goal-based missions • USV, UUV, UGV, UAV • Warfare Missions demonstrated: • FP, MIW, ASW, ISR, ASUW, Riverine Warfare, Harbor Patrol, High Value Unit Escort, etc. • Cooperative Group Operations - Swarm • “Sliding Autonomy”– Remote Control to Fully Autonomous - variable between “man-on-loop” and “man-in-loop” • Portability / flexibility of system (any vehicle) • Mission Behaviors Developed & Tailored for Sensor Payloads / Missions • Persistent Presence • Minimal Reliance on Communication Links • Minimal Required Human Supervision –One controls many
Swarm I vs Swarm II Swarm I vs Swarm II ONR USV Swarm Demonstration Aug 2014 ONR USV Swarm II Demonstration Sept – Oct 2016 Distribution Statement A: Approved for public release