UNCLASSIFIED//FOR OFFICIAL USE ONLY DISTRIBUTION STATEMENT C: Distribution authorized to Department of Defense (DoD) and U.S. DoD Contractors only. This.

Slides:



Advertisements
Similar presentations
1 Copyright 2011 Hero Security & Surveillance, Inc. Mesquite Solar Energy Plant Security & Surveillance Plan By Brian Levy.
Advertisements

Airpower: the Industry Vision
Enter Your Organization Enter Name of Technology
Sensors and location technologies – the front end of ISR
Failure is not an option Tactical Missions Computer System The C4i/C5i alternative PIONEERS IN MOBILE and MARINE COMPUTER SYSTEMS
ODS3F –Observation and Detection Systems For Forest Fire Monitoring
Presented by: Team NightStriker Course: EDSGN Section: 006.
LSN (LifeSafetyNow ™) Perimeter Protection Systems.
Technology Plan EDLD 5362 Casey Smith.
MOTOROLA and the Stylized M Logo are registered in the US Patent and Trademark Office. All other product or service names are the property of their respective.
BAA for Advancement of Technologies in Equipment for Use by Special Operations Forces (Solicitation Number: BAAST-12) U.S. Special Operations Command (USSOCOM)
Distribution Statement A: Approved for Public Release; Distribution is unlimited. 1 Electronic Warfare Information Operations 29 MAR 2011 Val O’Brien.
Intelligence, Surveillance, and Reconnaissance
Tadiran Electronic System A member of the Elisra Group Operates as a system House for: Intelligence & EW systems (Electronic Warfare) Spectrum Management.
Moody F061 ISE Conceptual System Design “Sets the Stage” State the problem Identify the need Conduct advanced system planning & feasibility analysis.
Geospatial Information Interoperability Exploitation-Portable (GIIEP)
Commodity Architectures and Army Research Challenges Workshop on Edge Computing Using New Commodity Architectures (EDGE) 24 May 2006 J. Michael Coyle Program.
Security Offering. Cyber Security Solutions 2 Assessment Analysis & Planning Design & Architecture Development & Implementation O&M Critical Infrastructure.
WISENET Wireless Sensor Network Project Team: J. Dunne D. Patnode Advisors: Dr. Malinowski Dr. Schertz.
SoNDa Sensor Network for Data Explore! 1. SoNDa Sensor Network for Data Explore! KEYWORDS Wireless Sensors Communication 2.
“Quality Security Solutions - On Time, On Cost, and As Promised.” 1 UNCLASSIFIED Lt Col Don Wussler Director Force Protection C2 Systems ESC/FD
California Common Operating Picture (Cal COP) for Public Safety
C4ISR via OA Mike Danjczek November, 2014 Copyright GTS 2014.
1 Corporate Overview CIC Luncheon Feb 15, Industry Leader Lockheed Martin #1 Aerospace and Defense Company with Revenue Greater than $20 Billion.
Operations Security (OPSEC) Introduction  Standard  Application  Objectives  Regulations and Guidance  OPSEC Definition  Indicators.
HPC use in Testing Ad Hoc Wireless Sensor Networks
Coalition Interoperability via Formatted Messaging
Delivering innovative ISTAR solutions SG.E
Robotic Sensor Network: Wireless Sensor Platform for Autonomous Topology Formation Project: Sponsored By: Advisor: Dr. S. Jay Yang, CEManager: Steven.
Command & Control Capabilities
Sustainability/Logistics – Transportation and Distribution Management (4b) Technology Enabled Capability Demonstration Alan Santucci
UAS Combat Threat Survivability SURVICE Engineering Company
FLTC Perspective Focused Long Term Challenges (FLTCs) are an innovative approach to match user requirements with relevant technology development, while.
C4ISR and Information Warfare Naval Weapons Systems.
1 Distribution Statement “A” (Approved for Public Release, Distribution Unlimited)5/15/2012 Advanced Radio Frequency Mapping (RadioMap) Dr. John Chapin.
Overview of Information and Signal Processing Program 24 January 2007 Liyi Dai, Program Manager Computing & Information Sciences Division Mathematical.
Intelligence Support to Operations
© Copyright 2009 All Rights Reserved 1 Measuring DLoD impacts in trials David Hathaway 26 th ISMOR.
Soldier Systems Technology Roadmap: Project Update Soldier Human and Systems Integration Workshop Château Cartier, Gatineau, September 21-22, 2010 LCol.
Information Technology Needs and Trends in the Electric Power Business Mladen Kezunovic Texas A&M University PS ERC Industrial Advisory Board Meeting December.
Secure Communications Panel Ted Clowes Cubic Defense Applications Ted Clowes Cubic Defense Applications.
PM UA Networks System Integration 2004 Combat Vehicles Conference
C4ISR for the Military: Development and Implementation Presentation to the Security Network’s C4ISR, Robot Platforms, and Sensor Conference Greg Collins,
ANGELFIRE… PROVEN PERFORMANCE! Possible Architectures And External Interface Specifications Presented to Program Office 16 SEP 04 (Team 3)
The Telemedicine & Advanced Technology Research Center (TATRC)
1 Earth Science Technology Office The Earth Science (ES) Vision: An intelligent Web of Sensors IGARSS 2002 Paper 02_06_08:20 Eduardo Torres-Martinez –
1 Joint Doctrine: The Authoritative Vocabulary For and Explanation of Joint Warfare and Joint Operations October 16, 2015 Representing Reality\Big Data\Big.
SYSTEM OF SYSTEMS (SOSSEC) CONSORTIUM
Guardian Overview Brief
Roles and Responsibilities FO01 Slide 1. Introduction  Operations – potentially fewer procedures  IATG 12:10  Compliance is strongly recommended 
Information Fusion Command and Control (IFC2) The OTBSAF is generating the simulated ground truth as well as displaying it in the OTBSAF GUI.
Approved for public release; distribution is unlimited. 10/7/09 Autonomous Systems Sensors – The Front End of ISR Mr. Patrick M. Sullivan SPAWAR ISR/IO.
Chapter 3 Conceptual System Design
Bringing DoD Technologies to Law Enforcement Applications James Sim Drakontas LLC NIJ Demonstration Project: Situational Awareness Tools.
Soldier/Vehicle/Communications Integration Marc-André Rochon Technical Specification Lead Integrated Soldier System Project September 21-22, 2010 Château.
BORDER SECURITY USING WIRELESS INTEGRATED NETWORK SENSORS (WINS) By B.S.Indrani (07841A0406) Aurora’s Technological and Research Institute.
Persistent Surveillance – Aerostats for Border Security
Activu-Powered Video Wall Prominently Featured during President Obama’s Visit to the National Cybersecurity and Communications Integration Center On January.
Concepts to Capabilities Technical Intelligence Group 5100 Springfield St. Suite 210 Dayton, OH Phone: (937) Fax: (937)
As of Sep 121 “The ultimate determinant in war is a man on the scene with a gun. This man is the final power in war. He is control, he determines.
ILink Systems, Inc Feb, 2014 Government IT Solutions.
Machine Reasoning and Learning Workshops III and IV Kickoff Wen Masters Office of Naval Research Code 311 (703)
Surveillance and Security Systems Cyber Security Integration.
PLACEHOLDER SLIDE ON SIPR!
MetaOS Concept MetaOS developed by Ambient Computing to coordinate the function of smart, networked devices Smart networked devices include processing.
Army S&T Systems Adaptive Red Team Technical Support & Operational Analysis (TSOA) Quad Charts 1.
WISENET Wireless Sensor Network
Asymmetric Warfare Group/Unique d
DDR&E Advanced Capabilities Overview
THE PULSE OF CRITICAL OPERATIONS
Presentation transcript:

UNCLASSIFIED//FOR OFFICIAL USE ONLY DISTRIBUTION STATEMENT C: Distribution authorized to Department of Defense (DoD) and U.S. DoD Contractors only. This document contains critical technology information. Other requests for information concerning Army S&T Systems Adaptive Red Team (ART) TSOA activities shall be referred to the Army S&T Systems ART TSOA Project Office, 5426 Bay Center Drive, Suite 275, Tampa, FL (Phone: ). Quad Charts Army S&T Systems Adaptive Red Team Technical Support & Operational Analysis (TSOA) 15-4

2 For Official Use Only Objective, Functions, and Driving Factors 1. Provide Timely Mission Command and Tactical Intelligence COP Battle Space Owner (relevant) Realtime Situational Awareness Data Compression and Transfer Data Standard / Common Operational Environment Communications Sensor & Data Fusion Autonomy Data Dissemination Secure Communications Data Handling & Storage 2. Reduce Soldier Overburden Weight Volume Set Up User Interface Electronic Burden Trouble Shooting Training Ergonomics Integrated Capabilities Transport Multi-Functional Capabilities Logistics supportability Availability Sustainable Scalable Functionality Adaptability/Flexibility Customizable 3. Enhance Lethality and Accuracy Detecting Locating Targeting BDA Marking Identifying Target Discrimination Reduce collateral damage Reduced TLE / CAS HUMINT SIGINT STANO Devices 4. Increase Force Protection (Soldier/Vehicle /Base) Camouflage and Concealment Active Defense Counter Multi- Threats Cover from Direct /Indirect Fire Enhance Troop Movement VBIED / PEIED Perimeter Security ECP Expeditionary Power Long Range Surveillance Sense and Warn Assessment Criteria = System Performance plus… … Perceived Usefulness and Ease of Use – Integration with CONOPS - Robustness to Enemy TTPs - Transportability - Manpower Requirements – Power and Energy - Supportability - Time to Assemble/ Disassemble – Training - Integrate-ability - Ability to Scale

3 For Official Use Only Project Name ART/TSOA 15-4 Pictures of your technology here. Include components, platform, support package with transportation. * Do not include any proprietary information on this slide! Project Information: POC and address Company or Funding Source: Government Funded (Y/N) Source of gov’t funds or name of program: Have you been to a previous TSOA? What have you changed on the tech since then? Capabilities: What does your technology do? How does it do it ? System Description: What is your system? Size, weight and power ? Do you have a common Data Format (ie. Cursor on Target/SEWIG/ RaptorX, ISA) Software (Y/N) Government owned or proprietary?

4 For Official Use Only Ground Based Persistent Surveillance System ART / TSOA 15-4 (EXAMPLE ONLY) Project Information: POC/Contact: John Smith; ART Focus: Increase FP, Enhance Lethality and Accuracy Government Funded Program: (Y/N): Yes Source of Funds / Name of Program: PM-GBPSS Have you Been to a TSOA before (Y/N); if yes, what has changed since that event: Yes; Enhanced Software Capabilities, COT Implementation, HD Sensors, Enhanced Usability, Alternative Energy Capabilities: The Ground Based Persistent Surveillance System (GBPSS) is a suite of COTS and GOTS stand-off detection and assessment sensors integrated to provide a “beyond-the- fence” multi-mission capability for RSTA and FP. The system utilizes Radar, UGS, and Shot Detection systems for detection of threats, Thermal and Day Sensors for assessment of targets, and LRFs and Laser Pointers for directing response forces and geo-location. Range performance is from fence line out to ~10+km. The system components are integrated onto a standard military trailer and utilizes a 6 meter mast to elevate the sensors for enhanced Situational Awareness (SA). Multiple systems are also networkable (hardwired/wireless) for a Common Operating Picture (COP) where multiple users can share data or a single operator can control multiple assets. System Description: What is your system? Trailer Based FP/Persistent Surveillance System used for the detection and assessment of potential threats. Size, Weight and Power: Military trailer (approx 165” x 86” x 72.5”) 3500lbs Curb Weight 24VDC system with on-board batteries, recharged by an on- board 3kW MEP-831A diesel generator, utility power, or solar power Do you have a common Data Format (ie. Cursor on Target/SEWIG): CoT capable, ICD-101, ICD-101A, XML, ISA Software (Y/N); Government owned or proprietary: Yes; Proprietary – C2 node is a single laptop hardwired or wirelessly linked to the trailer system