DARPA Insight Industry Day Briefing
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Transcript of DARPA Insight Industry Day Briefing
Approved for Public Release, Distribution Unlimited
InsightIndustry DayDr. Michael PagelsProgram Manager
Information Innovation Office
National Rural Electric Cooperative Association Conference Center 21 & 22 September 2010
Approved for Public Release, Distribution Unlimited
Problem: Limited Ability to Automatically Exploit and Cross-Cue Multi-INT Sources
2
Checkpoint: Suspect 1 in Vehicle A passed
HUMINT: Verifies Suspect 3 seen leaving residence
Activity Alert: Vehicle A stops, Suspect 3 enters
HUMINT Report: Suspect 2 interviewed
Suspects converge to same location
1
38
5
6
7 HUMINT: Conflicting information– Suspect 3 seen in Paris
Insight: Cross-cue sensor, initiate tracks, associate track to report
Insight: Associate tracks and threat network information,assess state uncertainties
Insight: Cross-cue, initiate tracks, associate track to report
Insight: Associate tracks, cue video activity processing, alert operator
Insight: Update uncertaintiesand alert
Insight: Update uncertainties and alert, cue source analyst for verification
Insight: Predicts track loss, cross-cue alternative sensor
2
Insight: Stimulate device to update state uncertainties
4
0
Post-Checkpoint: vehicle driving
Comm Device Emission
Operational example:High Value Individual (HVI)tracking with if-and-thenconstraints
Watchlist posted andaccepted by analyst
Insight: Add watchlistto active tasks, initiate data search
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Existing and planned systems connect multiple real-time sources to tactical operations centers for largely manual exploitation and cross-cueing via chat-based operator interaction
• No automated correlation and uncertainty management
• Limits the number of threats to a fraction of the number of operators
• Limits scenario complexity to less than sensors observe
• No automated collection task assessment and management
• Limits the ability to prosecute agile threats
• Limits response times amid rapidly changing conditions
• No integrated human-machine reasoning
• Limits the ability to exploit operator knowledge of context
• Limits operator ability to reason over complex data
• Warfighters cannot select best asset mix to employ for a given mission
• Assets are underutilized or unavailable
Problem: Limited Ability to Automatically Exploit and Cross-Cue Multi-INT Sources
3
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Problem: Limited Ability to Automatically Exploit and Cross-Cue Multi-INT Sources
4
Capability Objective Context and Mission Adaptability
Human Machine Interaction
HVI tracking withmultiple conditional constraints
Detect and track multiple HVIs; satisfy multiple alertingconstraints
• Deliberate decision making and collaboration
• Identity confusion management
• Activity analysis• Resource management
Long term HVI tracking
Identify and track threat dismounts and vehicles through clutter and obscuration
• Suburban domain• Rural domain• Rural-to-Suburban-to-Urban
• Track stitching• Track correlation• Resource management
Estimating the threat network
Identify threat relationships, roles, and associated physical infrastructure
• Compound area networks• Urban area networks• Dispersed rural networks
• Threat network hypothesis generation
• Resource management
Behavioral modeling, prediction, and anomaly detection
Estimate normal patterns of activity on roads, along borders, and in areas friendly forces will be operating
Detect deviations from normalcy
• Mobile force overwatch• Site monitoring• Road monitoring• Border monitoring
• Normalcy estimation• Pattern detection• Pattern prediction• Anomaly detection• Resource management
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Solution: Next Generation ISR Exploitation System, Evaluated At NTC Physical Test Bed
5
Development Incubator• Collected, simulated and
processed data• Variable resolution• Multiple security levels• Support infrastructure
Virtual Environment • Simulated sensor data• Simulated world of various threats,
terrains, and terrain features• Augmented with real-world
collected data
Physical Test Bed• National Training Center• Realistic operational conditions
• Increase the number of participants• Lower the cost of entry for participants
• System evaluation under realistic operational conditions
• Supports Service transition
Theater
Insight Test Bed
Adaptive multisource exploitation & resource management tools
Unified all-source ISR workstation
Algorithm Command, Control & Data Archive
Insight Exploitation & Resource Management (E&RM) System• Build model-based correlation, behavioral modeling, and threat network analysis tools to automatically combine
data across sources and manage uncertainty.• Build resource management tools to identify collection opportunities, and enable efficient use of multi-INT
sensors and platforms across missions.• Build a unified data management and processing environment to support data and processing normalization,
and enable rapid integration of new data sources, exploitation algorithms, and analysis methodologies.• Integrate human and machine processing, including visualization, hypothesis manipulation, crowd-sourcing,
and on-line learning.
• Test multiple concepts of operation (CONOPs)• Test alternative sensor mixes• Test multiple exploitation algorithm solutions
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Notional
Insight E&RM System:Three components
6
TrackMultiple Futures
Prediction
Histories
Cues
ClassifyInterpretation
Registered Data Layers:• Open Source (OSINT)• Law Enforcement• Commercial Sources• IMINT (Imagery, Video, Wide
Area Motion Imagery (WAMI))• GMTI/VMTI• SIGINT• COMINT• MASINT• CI/HUMINT• Soldier Information• SIGACTS• Ground Based Sensors
Threat Description Information Needs
Known Threats
Forensic Studies
New Behaviors and Features
SearchExtraction &
Link DiscoveryThreat Description
Anomaly RecognitionTracksID of IndividualsBehavior Patterns Node and Link AnalysisRolesBackground/Environment
Analysts
1: Analysis and Resource Management System
Threat and Background Models
• Leadership• Mission Planning• Bombmakers• Supply Chain• Financers• Recruiting• IED Emplacers• GIS
Multi-Mode Collection (Sensing)
Actionable Intelligence
Information Needs
Archive for Forensic Studies and Forensic Analysis Reach back
Resource Management
Collection Tasks
2: Unified All-sourceISR Human-Machine Interface
3: Integration, Processing and Data Archive Environment
Notional Architecture
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Insight E&RM System Component 1: Analysis & resource management system
Develop information exploitation analysis tools which automatically combine and process data across multiple sources to fulfill multiple ISR missions
• model-based correlation• behavioral modeling• threat network analysis
Develop collection and sensor management tools smart enough to know when and how to cooperatively prosecute missions and targets
Provide the foundational research for enhancing algorithmic performance by visualization of intermediate results, human intervention in hypothesis resolution, and interactive on-line learning
Technology push towards open, modular systemsUnbundle exploitation system development stovepipes
into minimal components to reduce the time and cost to develop future ISR systems
7
Development Incubator
Physical Test Bed
Virtual Environment
User interaction drives the automated exploitation process
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Insight E&RM SystemComponent 2: Unified all-source ISR human-machine interface
Modern human-computer interface (HCI), which acts as the visual and procedural gateway to Insight’s management and exploitation capabilities
Provide foundational research into enhancing effective interaction between human and E&RM system
Provide access to exploitation tools and products over a wide range of interface devices to maximize multiple echelon coverage
Adaptable, customizable, context-aware, unified interface capable of supporting dynamic, interactive missions
• Social network leveraged to maximize collaboration• “Push” technology leveraged for information discovery• Adapts to task and mission focus covering all training,
planning and exploitation phases• Plug-in architecture supporting rapid integration and
evaluation of innovative HCI technologies• Standards-based implementation supporting dissemination
of HCI technologies to other systems and domains
8
Insight Analyst
User interaction drives the automated exploitation process
User interaction with both real and virtual data supporting multiple exploitation phases
Insight Workstation
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Insight E&RM System Component 3: Integration, Processing and Data Archive Environment
Architected to maintain an adaptive and agile user experience by rapidly integrating new algorithms via a standardized application programming interface
Manages and monitors the mapping of the E&RM system’s dynamic algorithms on to a distributed heterogeneous execution environment of computing and visualization resources
Captures the provenance of all products in the processing chain to explain the reasons behind algorithmic exploitation results
Provides the unified data source for all processing• Common standards-based, spatial, temporal and error
measure registration techniques to unify layers across pixel, text and other data representations
• Real sensor output and virtual/simulated data coexist• Leverage existing diverse COTS database technologies
9
TrackMultiple Futures
Prediction
Histories
Cues
ClassifyInterpretation
New Behaviors and Features
SearchExtraction &
Link Discovery
Threat Description
Threat and Background Models• Leadership• Mission Planning• Bombmakers• Supply Chain• Financers• Recruiting• IED Emplacers• GIS
Multi-Mode Collection (Sensing)
Information Needs
Resource Management
Collection Tasks
Distributed Heterogeneous Execution EnvironmentDiverse platforms required for diverse missions
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Global ISR solution has two elements
Development Incubator• Collected, simulated and
processed data• Variable resolution• Multiple security levels• Support infrastructure
Virtual Environment • Simulated sensor data• Simulated world of various threats,
terrains, and terrain features• Augmented with real-world
collected data
Physical Test Bed• National Training Center• Realistic operational conditions
• Increase the number of participants• Lower the cost of entry for participants
• System evaluation under realistic operational conditions
• Supports Service transition
Theater
10
Insight Test Bed
Adaptive multisource exploitation & resource management tools
Unified all-source ISR workstation
Algorithm Command, Control & Data Archive
Insight Exploitation & Resource Management (E&RM) System
Solution: Next Generation ISR Exploitation System, Evaluated At NTC Physical Test Bed
• Build model-based correlation, behavioral modeling, and threat network analysis tools to automatically combine data across sources and manage uncertainty.
• Build resource management tools to identify collection opportunities, and enable efficient use of multi-INT sensors and platforms across missions.
• Build a unified data management and processing environment to support data and processing normalization, and enable rapid integration of new data sources, exploitation algorithms, and analysis methodologies.
• Integrate human and machine processing, including visualization, hypothesis manipulation, crowd-sourcing,and on-line learning.
• Test multiple concepts of operation (CONOPs)• Test alternative sensor mixes• Test multiple exploitation algorithm solutions
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Insight Test Bed Component 1: Development incubator
Technology clearinghouse supporting development and rapid evaluation of new capabilities for inclusion in Insight’s E&RM System
• Provide access to technical and military experts• Provide operationally relevant mission descriptions and
context• Incremental evaluation utilizing historical data, virtual
environment and physical test bedProvides an unclassified data warehouse that lowers
the cost of participation via system evaluation and maximizes analysis of trade-offs for innovative development
• Generates “dialable” individualized views into the data• Captures processed data necessary for component
development and evaluationEnables leveraging of other funding opportunities
which broadens participation to non-traditional performers
Validates Insight’s Measure of Performance (MOP) development and evaluation among performers
Coordinates transition outreach and demonstrations
11
Registered Data Layers:• Open Source (OSINT)• Law Enforcement• Commercial Sources• IMINT (Imagery, Video, Wide Area Motion
Imagery)• GMTI/VMTI• SIGINT• COMINT• MASINT• CI/HUMINT• Soldier Information• SIGACTS• Ground-based Sensors
Multi-Mode Collection (Sensing)
Collection Tasks
Development Incubator
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Insight Test Bed Component 2: Virtual environment
Enables evaluation of ISR exploitation systems using simulated sensor data, augmented with real-world collected data, within a simulated world of various threats, terrains and terrain features.
• Test on sequestered data or data at higher classification levels not available in development incubator
• Test with data from simulated sensor and threat operating conditions beyond those in development incubator
• Assess system-level performance impacts of novel component-level algorithms
Enables system evaluation within multiple CONOPs, alternative sensor mixes, and multiple exploitation algorithm solutions
• Provide data-rich environment to evaluate system-level tradeoffs of sensors with different performance points
• Experiment with human-machine interaction in realistic simulated world environment
• Assess against varying terrain and threat contextsEnables closed-loop system tests prior to deployment to
reduce risk• Adapt high fidelity sensor simulations to Insight system• Merge recorded, live, and simulated data to enable realistic
system test and performance analysis
12
Virtual environment • Simulated sensor data• Simulated real world• Augmented collected data
Physical Test Bed
Coupling a virtual world to the real world
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Insight Test BedComponent 3: Physical test bed
Populates the development incubator with data & is used to derive parameters for the virtual environment, from multiple data collections in a militarily relevant environment
Validates the development incubator and virtual environment results against validated scenarios executed in a militarily relevant environment
Used to develop and evaluate CONOPs and CONEMPs necessary for successful Service transition
Leverage physical test bed• Facilities to house, operate, exercise, and compute within
an operational infrastructure• Physical environment reflective of operational settings• Sources of clutter reflective of operational settings• Civilian and military personnel, and equipment sufficient to
execute validated scenarios• Infrastructure to capture all “truth” required for evaluation
Capability to electronically incorporate other remote facilities that provide unique capabilities via existing Secret/Defense Research Enterprise Network
13
Physical test bed• National Training Center• Realistic operational conditions
Defense Research Enterprise Network• Secure links to other facilities• Extended operational conditions
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The National Training CenterFort Irwin, CA
14
Kirkush
Hamadan
Ahvaz
Dezful
H3
H1
H2
10
Arbil
An Najaf
Ramadi
Ar Rutbah
Karbala
Al QaimHadithah
Dam
Mosul
Tall Afar
Kuwait City
H3
H1
H2
10
Al Kut
Al Amarah
As Samawah
Al Basrah
Hadithah
Al Hillah
Fallujah
Dahuk
Az Zubayr
Al Qadisiyah
An Nasiriyah
Baghdad
Tikrit
Samarra
Kirkuk Sulaymaniyah
Bashur
Baqubah
SYRIAAl Hasakah
Dayr az Zawr
Al Mayadin
An Najaf
Al Muthanna
Al Basrah
Dhiqar
Maysan
Wasit
Babil
Karbala
Baghdad
Diyala
Al Anbar
Hadithah
Salah ad Din
At Ta’mimAs Sulaymaniyah
Ninawa
Arbil
Dahuk
SAUDIARABIA
IRAN
Ad Diwaniyah
MND-W
MND-NC
MND-S
MND-N
MND-B
5Source: NTC Command BriefFOR OFFICIAL USE ONLY - Distribution authorized to U.S. Government Agencies only
Realistic training environment used by ground forces to prepare for Iraq and Afghanistan rotations
Large training area located in the high Mojave Desert
US Army’s premiere Combat Training Center
Dedicated to training Brigade Combat Teams prior to deployment
Extensive existing instrumentation and infrastructure
Realistic OPFOR and clutter environment
Cooperative leadership permits experimentation without training interference
Major military exercises conducted monthly
Robust operational environment, tailored to both Iraq and Afghanistan
Scale
10km
EnvironmentBrigade: ~6000Officer Controllers: ~400Tactical Vehicles: ~2,000Role Players Population: ~3,000Civilian Vehicles: ~300Insurgents: ~300Civilian Main Post Population: ~10,000Main Post Military Population: ~ 3,000Commuting Workforce: ~2,000Area: ~300 sq kilometers
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Insight BAA Technical Areas of Interest
15
1. Integration, Processing and Data Archive Environment
2. Adaptive Multisource Exploitation System
3. Collection and Resource Management System
4. Unified All-source ISR Human-Machine Interface
5. Physical Test Bed6. Virtual Environment7. **Development
Incubator8. **Transition Discovery
and Oversight9. Accelerated Innovation
** Technical Areas 7 & 8 will not be solicited under the Insight BAA
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Notional Insight Program Organization
16
Virtual EnvironmentSingle Prime
Physical Test Bed& Test Integration
Single Prime
Unified All-source ISR HMI
Single Prime
Adaptive Multisource Exploitation System
Single Prime
Integration, Processing & Data
ArchiveSingle Prime
DARPAInsight Program
Manager
Collaborating Program Managers
Architecture Leadership Group
All Contractor Principle Investigators
Development IncubatorSingle Prime
Government or FFRDC
ContractingContracting Officers’
Technical Representatives
Transition Discovery& Oversight Team
Single PrimeGovernment or FFRDC
Senior Advisory GroupService Stakeholders
IC StakeholdersEmeritus Scientists
Science & Engineering Technical Advisors
Evaluation Leadership Group
All Contractor Evaluation Leads
Collection & Resource ManagementSingle Prime
Accelerated Innovation
Multiple ContractsCommercial & University
“Unity of Effort” via ACAs and contract incentives
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FY10 FY11 FY12 FY13 FY14 FY15 FY16
Phased Development Plan
17
Field Test1 23 Oct through 02 Nov 2010
Field Test 2
Release Phase 1 BAAQ4FY10
Phase 1 leverages FT 1
Collaborations
Field Test 3‐9
24 month phase 1 30 month phase 2
TRANSTIONTRANSTION TRANSTION
TRANSTIONTRANSTION
PERSEASTAILWIND
FITTGuardDog
RC2
HARTWANDARGUSVADERVIRAT
Apr 2012
Mar 2011
Phase 1 Characteristics
Capabilities Demonstrations Exploitation System Test Bed
• HVI tracking with multiple conditional constraints
• Long term HVI tracking in heavy clutter
• Estimating & predicting the enemy network
• Ability to correlate across multiple sensor sources; WAMI, Radar, COMINT, OSINT, crowd-sourcing, text-based, and NFOV FMV sensors
• Incorporate automated resource management
• Provide user interaction though an advanced human-computer interface
• Unified workstation that integrates human and machine processing, including visualization, hypothesis manipulation, crowd-sourcing, and on-line learning
• Automated correlation, behavioral modeling, and threat network analysis across multiple sources
• Baseline control algorithms
• Assemble collected, simulated and processed data supporting tasks
• Assemble metrics & test harness• Evaluate collected, simulated and
processed data supporting new algorithms and CONOPs/ CONEMPs integration
• Evaluate correlation, control, human-machine algorithms on test + variants of each sensor
Release Phase 2 BAAQ4FY12
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www.darpa.mil
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InsightIndustry Day
Global ISR Data Collection #1
Dr. Michael PagelsProgram Manager
Information Innovation Office
National Rural Electric Cooperative Association Conference Center 21 & 22 September 2010
Approved for Public Release, Distribution Unlimited
GISR-DC 1Sensor Systems & Processed Products to Insight
2
VADER (GMTI)
ARGUS-IS (WAMI)
SIGINTSIGINT
SIGINT
MX-14 / EO
SENSOR SYSTEM
PROCESSEDPRODUCT TO Insight
VADER • Target detections, locations & time tags• STANAG 4607 MTI & VEGS Tracks
ARGUS-IS • Full FOV Mosaic (in JPEG 2k format)
• Archival imagery: JP2K frames + headers
• Video window imagery: JP2K frames + headers
TAILWIND • Stitched LWIR imagery• Local area contrast enhancement
• De-noise• Temporal filter• Sharpening • Tracks• 3-D models• Alerts• Video summary
SIGINT Deanonymonized geolocations
SIGINT Geolocations
SIGINT •Device geolocations with IDs
•Device tracks
MX-14 / EO •Single FMV stream•EO imagery nadir to MX-14
•Surface Model•Orthos
JSTARS Tracks
JSTARS (GMTI)
TAILWIND (EO/IR)
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GISR-DC 1Airborne Systems
3
Airborne Systems
Operating Altitude (MSL)
23000 ft
18000 ft
14000 ft
10000 ft
9000 ft
8000 ft
7000 ft
SIGINT
ARGUS
SIGINT
TAILWIND
SIGINT
Antennas at ground station shelters @
Building 6223
VADER
MX-14/EO
VADER flight path
(15 km offset)
Typical collection flight paths
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GISR Data Collection #1Focus Areas/Scenarios
GISR-DC 1AOIs & Scenarios
4
Medina Wasl
Medina Jabal
Medina Irwin
Calibration Box
FOB DetroitCitadel
Scenario1Urban
Scenario 2Urban/Rural
Scenario3Small
urban/Rural
Scenario 4Small
urban/urban/Rural
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GISR-DC 1Insurgent Scenarios
5
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GISR-DC 1Scenario 1: Urban – Medina Irwin
6
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GISR-DC 1Final Product Delivery
7
System Onsite Data Post? Final Product & Delivery Mechanism
VADER •STANAG 4607 data; Raw IQ data; “Quicklook” data•VEGS track & shape files
No Duplicate HDs delivered to VDL
ARGUS-IS Imagery organized by focal plane array (when archived, organized by time); Video streams sent to ground
No Duplicate HDs delivered to VDL
TAILWIND Imagery from 4 IR cameras; Imagery from 1 VNIR HSI; Imagery from 1 EO
Yes Stitched LWIR imageryDuplicate HDs delivered to VDL
SIGINT •Binary signal data broken in time sliced files•ASCII event metadata
Yes •Geolocations with error ellipses & IDs (temporary)•Temporary->permanent ID mappings•Event metadata merged with above data to report permanent IDs
•Labeled geolocations delivered to VDL
SIGINT RF data, tracking data, receiver metadata, tipping data
Yes Labeled geolocations delivered to VDL
SIGINT Ground Live geolocations; raw IQ data No Labeled geolocations delivered to VDL
SIGINT DF data & INS Yes Geolocations & tracks; updated geolocations with IDs delivered to VDL
MX-14 Single FMV stream (from 6 EO cameras) No Copied and delivered to VDL
EO imagery nadir to MX-14 DLTV & spotter video files
No Copied and delivered to VDL
Truth Vehicle track files & personnel/dismount track files; event logs
Yes Merged annotated tracks delivered to VDL
National SIGINT TBD No TBD
National IMINT TBD No TBD
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GISR-DC 1Schedule
8
NTC Schedule
GISR DC 1 Collection Schedule
GISR DC 1 Schedule