1 |
Executive Summary |
1.1 |
Major Findings |
1.2 |
Major Conclusions |
1.3 |
Standoff Person- Borne and Vehicle-Borne Explosives & Weapon Detection Technologies |
1.4 |
Global Standoff Person- Borne and Vehicle-Borne Contraband Detection Market 2012-2016 |
1.4.1 |
Standoff Explosives & Weapon Detection Systems Sales 2012-2016 |
1.4.2 |
Maintenance, Upgrade & Refurbishment Market 2012-2016 |
1.4.3 |
Consolidated Standoff Person-Borne and Vehicle-Borne Explosives & Weapon Detection Market 2012-2016 |
2 |
Introduction |
2.1 |
Scope |
2.2 |
Methodology |
2.3 |
Assumptions |
3 |
Market Drivers |
4 |
Market Inhibitors |
5 |
SWOT Analysis |
6 |
Competitive Analysis |
7 |
Background and Challenges of PBIED & VBIED |
7.1 |
PBIED & VBIED Detection: Operational Considerations |
7.2 |
Person-Borne Explosive Devices (PBIEDs): Standoff Detection Challenges |
7.3 |
Vehicle-Borne Improvised Explosive Devices (VBIED) Standoff Detection Challenges |
7.4 |
Suicide Terrorism |
7.5 |
The US PBIED & VBIED Detection Scenario |
8 |
Business Challenges and Opportunities |
9 |
PBIED & VBIED Detection: Technological Challenges |
9.1.1 |
Standoff PBIED & VBIED Threat Identification |
9.1.2 |
Standoff System Performance |
10 |
Global Standoff Person- Borne and Vehicle-Borne Contraband Detection Market 2012-2016 |
10.1 |
Standoff Explosives & Weapon Detection Systems Sales 2012-2016 |
10.2 |
Maintenance, Upgrade & Refurbishment Market 2012-2016 |
10.3 |
Consolidated Standoff Person-Borne and Vehicle-Borne Explosives & Weapon Detection market 2012-2016 |
10.3.1 |
Market by Segment (Sales vs. Maintenance, Upgrade & Refurbishment) |
10.3.2 |
Market by Modality |
11 |
Walk-by and Pass-through Standoff Threat Detection Corridors: Technologies and Markets 2012-2016 |
11.1 |
Walk-by and Pass-through Standoff Threat Detection Technologies |
11.1.1 |
Walk-through Corridors: Active Electromagnetic Weapons Detection |
11.1.2 |
Passive Electro Magnetic Signature Corridor |
11.1.3 |
Standoff Passive MMWave Doorways |
11.1.4 |
Focal Plane Array Passive MMWave |
11.1.5 |
Walk-by Passive MMWave Imaging System |
11.1.6 |
Walk-through Corridors: Fourier Transform Infrared (FTIR) Spectroscopy Systems |
11.1.7 |
Covert Walk-through Biometric Identification Corridors |
11.1.8 |
Fused Standoff Video Surveillance and Biometrics |
11.1.9 |
Example: IOM PassPort |
11.2 |
Walk-by Sensing Systems Market 2012-2016 |
11.2.1 |
Global Market by Customer Sector |
11.2.1.1 |
Systems Sales by Sector – 2012-2016 |
11.2.1.2 |
Maintenance, Upgrade & Refurbishment Market by Customer Sector – 2012-2016 |
11.2.1.3 |
Global Walk-by Sensing Systems Market by Customer Sector – 2012-2016 |
11.2.2 |
Walk-by Sensing Systems Sales by Country/Region& Sector |
11.2.2.1 |
US Systems Sales by Sector – 2012-2016 |
11.2.2.2 |
Walk-by Sensing Systems EU Sales by Sector – 2012-2016 |
11.2.2.3 |
Middle East Walk-By Sensing Systems Sales by Sector – 2012-2016 |
11.2.2.4 |
China, India and Japan Walk-By sensing Systems Sales by Sector – 2012-2016 |
11.2.2.5 |
ROW Walk-By sensing Systems Sales by Sector – 2012-2016 |
11.2.3 |
Walk-by Sensing Systems Market by Region |
11.2.3.1 |
Systems Sales by Country/Region- 2012-2016 |
11.2.3.2 |
Walk-by Sensing Systems Maintenance, Upgrade & Refurbishment Market by Country/Region – 2012-2016 |
11.2.3.3 |
Total Walk-by Sensing Systems Market by Country/Region – 2012-2016 |
11.3 |
Pass-through Threat Detection Corridors Markets 2012-2016 |
11.3.1 |
Global Pass-through Threat Detection Corridors Market by Customer Sector |
11.3.1.1 |
Pass-through Threat Detection Corridors, Systems Sales by Sector – 2012-2016 |
11.3.1.2 |
Pass-through Threat Detection Corridors, Maintenance, Upgrade & Refurbishment Market by Customer Sector – 2012-2016 |
11.3.1.3 |
Pass-through Threat Detection Corridors, Global Market by Customer Sector – 2012-2016 |
11.3.2 |
Pass-through Threat Detection Corridors, Systems Sales by Country/Region& Sector |
11.3.2.1 |
US Pass-through Threat Detection Corridors, Systems Sales by Sector – 2012-2016 |
11.3.2.2 |
EU Pass-through Threat Detection Corridors, Systems Sales by Sector – 2012-2016 |
11.3.2.3 |
Middle East Pass-through Threat Detection Corridors, Systems Sales by Sector – 2012-2016 |
11.3.2.4 |
China, India and Japan Pass-through Threat Detection Corridors, Systems Sales by Sector – 2012-2016 |
11.3.2.5 |
ROW Pass-through Threat Detection Corridors, Systems Sales by Sector – 2012-2016 |
11.3.3 |
Pass-through Threat Detection Corridors, Market by Region |
11.3.3.1 |
Systems Sales by Country/Region – 2012-2016 |
11.3.3.2 |
Pass-through Threat Detection Corridors, Maintenance, Upgrade & Refurbishment Market by Country/Region – 2012-2016 |
11.3.3.3 |
Pass-through Threat Detection Corridors, Market by Country/Region- 2012-2016 |
12 |
Open Space Standoff Explosives & Weapon Detection: Technologies and Market 2012-2016 |
12.1 |
Open Space Standoff Explosives & Weapon Technologies |
12.1.1 |
Introduction |
12.1.2 |
Open Space Standoff Explosives & Weapon Detection Technologies Challenges |
12.1.3 |
Review of Open Space Explosives & Weapon Detection Technologies |
12.1.4 |
Bi-Modal Standoff Person- Borne and Vehicle-Borne Explosives & Weapon Detection Systems |
12.1.5 |
Sample: Standoff Fused MMWave & Infrared System |
12.1.6 |
Pipeline Standoff Explosives Detection Technologies |
12.1.7 |
Standoff Active MMWave Screening |
12.1.8 |
Standoff Passive MMWave Imaging |
12.1.8.1 |
Principle of Operation |
12.1.8.2 |
Advantages of a Passive Millimeter Wave (PMMW) system: |
12.1.8.3 |
TREX Enterprises Standoff Passive MMWave Technology |
12.1.8.4 |
GEN2 Standoff Passive MMWave PBIED Detection Technology |
12.1.8.5 |
Standoff ‘Illuminators of Opportunity’ Passive MMWave Imaging |
12.1.8.6 |
Mechanically Scanning Standoff MMWave Screening |
12.1.9 |
Standoff MMWave PBIED Gait Characteristics Detection |
12.1.10 |
Standoff Infrared Detection |
12.1.11 |
Standoff Terahertz Concealed Explosives & Weapons Detection |
12.1.11.1 |
Concealed Explosives & Weapons Standoff Detection Technologies: Overview |
12.1.11.2 |
Standoff Terahertz Contraband Detection Technology |
12.1.11.3 |
Terahertz detection advantages over Other Technologies |
12.1.11.4 |
Standoff Active Terahertz Heterodyne Concealed Explosives & Weapons Standoff Detection Imagers |
12.1.11.5 |
Standoff Active Terahertz Absorption Spectroscopy Using Principal Component Analysis |
12.1.11.6 |
Example: Active Terahertz Stand-off Explosives Detection System of TeraView |
12.1.11.7 |
Passive Terahertz Standoff Weapons &Explosives Detection |
12.1.11.8 |
Passive Terahertz Detection System: ThruVision Systems |
12.1.12 |
Standoff Laser-Based Explosives Detection |
12.1.12.1 |
Introduction |
12.1.12.2 |
Standoff Laser-induced Breakdown Spectroscopy (LIBS) |
12.1.12.3 |
Future Standoff LIBS Systems |
12.1.13 |
Standoff Raman Spectroscopy |
12.1.13.1 |
Raman Spectroscopy Technology: Introduction |
12.1.13.2 |
Standoff Coherent Anti-Stokes Raman Spectroscopy |
12.1.13.3 |
Future Standoff CARS Systems |
12.1.14 |
Standoff Non-linear Wave Mixing Detection Technology |
12.1.14.1 |
Principle of Operation |
12.1.14.2 |
Future Standoff Non-linear Wave Mixing PBIED & VBIED detection technology |
12.1.15 |
Standoff Laser Induced Fluorescence (PLP/LIF) Technology |
12.1.15.1 |
PLP/LIF Standoff Explosives Detection Principle of Technology |
12.1.15.2 |
Future Standoff PLP/LIF Systems |
12.1.16 |
Standoff Light Detection and Ranging (LIDAR) Explosives Detection |
12.1.16.1 |
Overview |
12.1.16.2 |
Future LIDAR Systems |
12.1.17 |
Standoff Resonant Raman Spectroscopy |
12.2 |
Open Space Explosives & Weapon Detection Systems Markets 2012-2016 |
12.2.1 |
Global Market by Customer Sector |
12.2.1.1 |
Systems Sales by Customer Sector – 2012-2016 |
12.2.1.2 |
Open Space Explosives & Weapon Detection: Maintenance, Upgrade & Refurbishment Market by Customer Sector – 2012-2016 |
12.2.1.3 |
Global Open Space Explosives & Weapon Detection Market by Customer Sector – 2012-2016 |
12.2.2 |
Open Space Explosives & Weapon Detection: Systems Sales by Country/Region& Sector |
12.2.2.1 |
Open Space Explosives & Weapon Detection Systems: US Sales by Customer Sector – 2012-2016 |
12.2.2.2 |
Open Space Explosives & Weapon Detection Systems: EU Systems Sales by Customer Sector – 2012-2016 |
12.2.2.3 |
Open Space Explosives & Weapon Detection Systems: Middle East Systems Sales by Customer Sector – 2012-2016 |
12.2.2.4 |
Open Space Explosives & Weapon Detection Systems: China, India and Japan Systems Sales by Customer Sector – 2012-2016 |
12.2.2.5 |
Open Space Explosives & Weapon Detection Systems: ROW Systems Sales by Customer Sector – 2012-2016 |
12.2.3 |
Open Space Explosives & Weapon Detection Systems: Market by Region |
12.2.3.1 |
Systems Sales by Country/Region- 2012-2016 |
12.2.3.2 |
Open Space Explosives & Weapon Detection Systems: Maintenance, Upgrade & Refurbishment Market by Country/Region – 2012-2016 |
12.2.3.3 |
Open Space Explosives & Weapon Detection Systems: Market by Country/Region- 2012-2016 |
13 |
Standoff Vehicle-Borne Explosives Detection: Technologies and Market 2012-2016 |
13.1 |
Technologies |
13.1.1 |
Overview |
13.1.2 |
VBIED Detection: Challenges |
13.1.3 |
Example: Raman Spectroscopy Based Vehicle Standoff Detector – P. Eye |
13.2 |
Standoff Vehicle Borne IED Detection Systems Markets 2012-2016 |
13.2.1 |
Global Standoff Vehicle Borne IED Detection Systems Market by Customer Sector |
13.2.1.1 |
Systems Standoff VBIED Detection Sales by Customer Sector – 2012-2016 |
13.2.1.2 |
Vehicle Borne Detection systems Maintenance, Upgrade & Refurbishment Market by Customer Sector – 2012-2016 |
13.2.1.3 |
Vehicle Borne IED Detection Market by Customer Sector – 2012-2016 |
13.2.2 |
Vehicle Borne IED Detection Systems Sales by Country/Region& Sector |
13.2.2.1 |
US Vehicle Borne IED Detection Systems Sales by Customer Sector – 2012-2016 |
13.2.2.2 |
EU Vehicle Borne IED Detection Systems Sales by Customer Sector – 2012-2016 |
13.2.2.3 |
Middle East Vehicle Borne IED Detection Systems Sales by Customer Sector – 2012-2016 |
13.2.2.4 |
China, India and Japan Vehicle Borne IED Detection Systems Sales by Customer Sector – 2012-2016 |
13.2.2.5 |
ROW Vehicle Borne IED Detection Systems Sales by Customer Sector – 2012-2016 |
13.2.3 |
Vehicle Borne IED Detection Market by Region |
13.2.3.1 |
Systems Sales by Country/Region – 2012-2016 |
13.2.3.2 |
Vehicle Borne IED Detection Systems Maintenance, Upgrade & Refurbishment Market by Country/Region – 2012-2016 |
13.2.3.3 |
Standoff Vehicle Borne IED Detection Market by Country/Region – 2012-2016 |
14 |
Vendors |
14.1 |
ADT Security Services |
14.2 |
Axsys Technologies |
14.3 |
Brijot Imaging Systems |
14.4 |
Flir |
14.5 |
Fluidmesh Networks |
14.6 |
GE Security |
14.7 |
Honeywell |
14.8 |
TeraView |
14.9 |
ThruVision Systems |
15 |
Appendix A: Standoff Person-Borne and Vehicle-Borne Explosives & Weapon Detection Programs and Projects |
15.1 |
Localization of Threat Substances in Urban Environment (LOTUS) |
15.2 |
Algorithm and Analysis of Raw Images Project |
15.3 |
Detection Technology and Material Science Project |
15.4 |
Explosives Trace Detection Project |
15.5 |
Person-Borne Improvised Explosive Devices (PBIED) Detection Project |
15.6 |
Predictive Screening Project |
15.7 |
Vehicle-Borne Improvised Explosive Devices (VBIED) Detection Project |
15.8 |
Homemade Explosives Characterization Project |
15.9 |
IED Risk Prediction Project |
15.1 |
VBIED Full Mission Characterization Project |
15.11 |
Cross-Cultural Validation of SPOT (Screening Passengers by Observation Techniques) Behaviors Project |
15.12 |
Future Attribute Screening Technologies Mobile Module (FAST M2) |
15.13 |
Hostile Intent Detection-Automated Prototype Project |
15.14 |
Passive Methods for Precision Behavioral Screening Project |
15.15 |
Violent Intent Modeling and Simulation (VIMS) Project |
16 |
Appendix B: Acronyms |