1. Intelligence and Information Warfare Directorate Overview
DISTRIBUTION STATEMENT A. Approved for public release; distribution is unlimited.
Intelligence and Information Warfare Directorate Overview
Mr. Henry Muller, SES
Dir, CERDEC Intelligence and Information Warfare Directorate
12 June 2014

2. I2WD Organization Chart I2WD Crossing Cutting Functional Areas
UNCLASSIFIED
Agenda
I2WD Core Mission Areas
I2WD Organization Chart
I2WD Crossing Cutting Functional Areas
I2WD Technical Thrust Areas
Cyber Materiel Development Strategy
Electronic Warfare Roadmap
Technology Investment Opportunities
UNCLASSIFIED

3. I2WD Core Mission Areas
Mission Statement: Research, Develop and Evaluate ISR, EW and Cyber technologies to provide effective, proactive situational awareness, tracking, targeting and survivability solutions that transition into operational relevant capabilities for the Soldier.
RADAR & Combat ID
Intelligence Systems
& Processing
CERDEC Flight Activity Joint Base McGuire-Dix-Lakehurst
Cyber Exploitation and Attack
EW Air/Ground Survivability
SIGINT Technologies

4. I2WD Organization Chart
DRAFT
I2WD Organization Chart
Army Materiel Command (AMC)
U.S. Army Research, Development & Engineering Command (RDECOM)
AMRDEC
ARDEC
ARL
CERDEC
ECBC
NSC
TARDEC
Software Engineering Directorate
Command Power & Integration Directorate
Space & Terrestrial Comms Directorate
Intelligence & Information Warfare Directorate
Night Vision & Electronic Sensors Directorate
Product Realization Directorate
Director Deputy Director Military Deputy Chief Scientist Chief Engineer Chief Technology Officer Executive Officer
Current Operations
Principal Deputy Counter IED
Intel Analysis Cell
CERDEC Flight Activity
EW Air/Ground Survivability Division
Radar & Combat ID Division
Cyber/ Offensive Operations Division
SIGINT & Quick Reaction Capability Division
Intelligence Systems & Processing Division
Operations
DRAFT

5. Alignment I2WD Mission Space Aerial Terrestrial Foundation
RADAR
CO2
S/QRC
EWAGS
ISP
Intel 2020
Force
Protection
Offensive
Operations
ISR
Sensors
I2WD Mission Areas
Intel
Exploitation

6. Next Generation Ground Multi-Intelligence
I2WD Technical Thrust Areas
Next Generation Ground Multi-Intelligence
Multi-Function Airborne ISR (MFAISR)
Relevant ISR to the Edge (RITE)
Integrated Air and Ground Survivability
CYBER, EW, SIGINT (CEWS)

7. Next Generation Ground Multi-Int Thrust Area
Shared Purpose
Shared
Situational Awareness
Integrated Ground ISR Platform
PED
Electronic Warfare
RF Collection
HUMINT
IMINT
(U) Vision - Leverage existing COTS/GOTS technology to enhance current ground intelligence capabilities for collection, processing, exploitation dissemination while capitalizing on I2WD internal developmental S&T efforts
Purpose:
Utilize experience and expertise to support technical portfolio integration, demonstration risk reduction, and transition.
Products:
Quality Systems Engineering and Program Management
Existing teaming from within C4ISR CoE for design/fabrication, logistics, software development, information assurance, communications and technical readiness assessment.
Technical demonstration: Proof of Concept, LBRR.
Collection, analysis and dissemination of program lessons learned
Payoffs:
Support Army Requirements Oversight Council (AROC) decision to INVEST in Multi-INT capabilities.
Support I2WD core mission to provide matured technology capabilities to Programs Of Record (POR)

8. Multi-Function Airborne Intelligence, Surveillance, and Reconnaissance
Purpose:
Individual sensor modalities have historically been stove-piped, limiting collaboration on multi-sensor platforms. A strategy will be developed for a Multi-Int approach to airborne ISR/RSTA, both at the sensor node and at remote locations. The strategy will encompass all Army airborne manned and unmanned platforms addressing open architecture, modularity, and scalability of the payloads.
Product(s):
A multi-division Airborne ISR Integrated Product Team
Technology roadmap for converging architectures of varying sensor modalities
Sensor Interoperability between labs at I2WD for investigating Multi-Int architecture approaches
Aircraft Integration Laboratory capable of simulating an multi-int aircraft configuration and environment
Payoff:
Alignment of future R&D programs at I2WD with a unified multi-int vision
Risk reduction for anticipated multi-int platforms (ARL-E)
Transition technology and techniques to Program Offices (PM SAI, PM FW, etc.) for inclusion in Army PORs (Gray Eagle, EMARSS, ARL-E)

9. RITE Thrust Area
(U) Vision - To Inform the development of future Army capability sets, Align S&T Investments across the directorate, and Fulfill capability gaps targeted toward operational trends in the changing threat environment
Purpose:
Develop an assured, scalable and extended network architecture and a suite of on-the-move capabilities fielded on mounted and dismounted platforms to achieve a robust network and to leverage ISR to provide effective and relevant support to maneuver forces during all phases of unified land operations.
Products:
Advanced Collection at the Edge
Robust & Secure Network Transport
Processing & Dissemination at the Edge
Relevant Tactical Information /Edge Applications
Collaboration and Mtd/Mbl/HH Devices at the Edge
Payoffs:
Situational Awareness to the Edge
PED at/near the Edge – Organic
Synchronization with Tactical TOC (BCT) and Strategic Intelligence

10. Integrated Air and Ground Survivability
Integrated Within-Platform
VICTORY backplane
Engagement Optimizer
Int. Grd Survivability
Detect, ID,DF
Threat warning
RFCM
Soft Kill
LWR
Data Fusion
Coordinated Response
Communication
IASE:
HF/MWS
EO/IR CM
RWR
RF CM
Air
Ground
(U) Vision - Optimize total survivability through integration and coordination of individual systems, groups of systems, and platforms
Purpose:
Coordinated and deliberate development of a state of the art suite of effective, interoperable and tailorable survivability capabilities to protect air and ground platforms.
Products:
Advanced components and capabilities designed to counter current and emerging threats to Warfighter platforms
Interface specifications to facilitate integration of new capabilities into the vehicle architecture
Data models and transfer framework that enable improved SA through DPED for mission commanders
Payoffs:
Improved system of systems performance, designed to reduce casualties to soldiers and equipment
Improved SA for commanders
Reduced timeline for integration of new technologies and capabilities

11. I2WD CYBER, EW, SIGINT (CEWS) Thrust
UNCLASSIFIED
I2WD CYBER, EW, SIGINT (CEWS) Thrust
(U) Vision - Leverage All Tactical Assets to Enable Cyberspace Operations
(U) Vision - Leverage All Tactical Assets to Enable Cyberspace Operations
Purpose: The CEWS thrust area will focus on coalescing various CYBER, EW and SIGINT capabilities into demonstrable integrated solution sets. Initial focus will be on enhancing Cyber SA via tactical assets and integrating and analyzing obtained data in existing DCGS and Mission Command systems. The CEWS thrust area will furthermore serve as I2WD’s primary contribution to the CERDEC Cyber SIGMA Initiative.
Payoff:
Ability to leverage tactical assets to significantly augment Cyber SA for the tactical commander.
Ability to leverage tactical assets to enable Cyberspace Operations.
Ability to maintain near real time awareness of operation environment to include BDA of ongoing missions.
Product:
Development of a core set of data models for ingestion of CEMA data from multiple tactical sensors at various classification levels.
New data analytics to identify and correlate Cyber SA events.
Demonstration of integrated Cyber, EW and SIGINT within tactical DCGS and Mission command infrastructure.

12. Army Cyber Materiel Development Strategy

13. Army Materiel Cyber Strategy Basic Structure
Army Cyber Mission
Required Capabilities & Gaps
Mission Execution TTP’s
CONOP
Long term Cyber
Strategic Vision
Cyber Environment
Cyberspace as a Domain
Cyber Environment decomposition
Projected technology trends
The 3 section identified where agreed upon by all task force members as the appropriate scope for the document.
Cyber Environment – This section will cover the operational environment within the domain as well as the threat to Army systems, threat technologies which are to be potential targets for CNO operations, as well as Army military systems and networks and how we can expect each of these elements to evolve over the timeline associated with this strategy document.
Long Term Cyber Strategic Vision – This section will define how the Army will operate in cyberspace in the near term, as well as how the army anticipates operating in this domain in the far term. This section must include a list, at a high level, of the desired Cyber operational capabilities and known gaps.
Cyber Strategy – based on the previous two sections, this section of the strategy document will look across DOTMLPF and develop roadmaps identifying what current limitations and or investments must be made to achieve the state vision and meet each of the desired operational capabilities (both in the near and long term)
Cyber STRATEGY
Materiel Acquisition Strategy
S&T Investment plan & roadmaps addressing all aspects of DOTMLPF required to achieve stated vision

14. Multi Function Electronic Warfare

15. MFEW Technical Development PhaseMS B
TRL 6
Transition to
PM EW
Technology
Maturity
Agreement
Analysis &
Demonstrations
Collaboration
Government
Industry
International Partners
Critical Technology
Evaluation Analysis
& Maturation
CDD
CONOPS
Analysis

16. Technology Investment Opportunities

17. Technology Investment Opportunities
Situational Awareness
DF/GEO Techniques
CREW Compatible Sensing
Distributed Multi-Sensor Fusion
Theater Net-centric Geolocation (TNG) Interface
Techniques (Deny / Degrade / Disrupt)
Techniques Optimization (EA/ES) – Commercial and Military Communication Protocols
Distributed / Collaborative EW
High Effectiveness/High Efficiency EA Techniques
Hardware
SDR Technology – Rapid Maturation and Transition of EW Capabilities to the Soldier through DoD endorsed SDRs deployed within the current force structure
Processing Advancements - FPGAs, GPPs, DSPs
Component Improvements – Amplifiers, Antennas…

18. Technology Investment Opportunities
Architecture (HW/SW)
Modular, Open and Scalable Architecture Designs and Specifications
EW Networking Specification – Standardized network interfaces between EW systems and EW Management Software
Scheduling and Resource De-confliction
Cyber/EW
EW Enabled Cyber
Integrated Cyber/EW
Interference Mitigation
Suite of Interference Mitigation Techniques