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Improvised Explosive Devices (IED), People Borne Improvised Explosive Devices (PBIED) and Vehicle-Borne Explosives (VBIED), used by homegrown suicide bombers (especially the ISIS trained terrorists), pose a major threat to Europe. Their mitigation is a major challenge for both European Internal Security agencies and NATO. European armies that returned from Iraq and Afghanistan must be prepared for the next GWOT tasks overseas.

According to the report, a growing number of European security and defense forces develop and acquire cutting-edge standoff IED, PBIED & VBIED detection equipment.

The purpose of standoff PBIED, VBIED and weapon detection technologies is to determine at a safe distance if a human subject or a vehicle are carrying explosives or weapons. Concealed explosives detection is perceived as one of the greatest challenges facing the counter-terror and military communities. The threat posed by suicide bombers is the key to the emergence of transformational counter-terror technologies and tactics. The maturity and deployment of advanced standoff detection technologies, capable of detecting suicide bombers and other terrorists at a safe distance, will change the landscape of homeland security and asymmetric warfare.

According to the "Standoff IED, Person-Borne & Vehicle-Borne Explosives and Weapon Detection Technologies: European Market – 2015-2020" report, the 2015-2020 revenues CAGR will stand at 7.5%

The report examines each dollar spent in the market via 2 orthogonal money trails:

1. By 6 Technology Markets:

- Walk-By Explosives & Weapon Sensing Systems
- Pass-through Threat Detection Corridors
- Standoff PBIED Detection
- Standoff VBIED Detection
- Standoff IED Detection
- Other Technologies

2. By 4 Revenue Sources:
- Government Funded R&D
- Government Funded Testing & Evaluation
- New Systems Sales
- Aftersale Revenues

This Standoff IED, Person-Borne & Vehicle-Borne Explosives and Weapon Detection Technologies: European Market – 2015-202 report is a resource for executives with interests in the industry. It has been explicitly customized for decision-makers to identify business opportunities, developing technologies, market trends and risks, as well as to benchmark business plans.

Questions answered in this 215-page report include:

- What will the regional market size be in 2015-2020?
- What are the main Standoff IED, Person-Borne & Vehicle-Borne Explosives & Weapon Detection technology trends?
- Where and what are the market opportunities?
- What are the market drivers and inhibitors?
- Who are the key vendors?
- What are the business and technological challenges?

The Standoff IED, Person-Borne & Vehicle-Borne Explosives and Weapon Detection Technologies: European Market – 2015-2020 report presents in 215 pages, 20 tables and 97 figures, analysis of current and pipeline technologies and 18 leading vendors. The report, granulated into 10 submarkets, provides for each submarket 2013-2014 data & analyses, and projects the 2015-2020 market and technologies from several perspectives, including:

- Business opportunities and challenges
- SWOT analysis
- Market analysis (e.g., market dynamics, market drivers and inhibitors

The report presents:

- Current and pipeline technologies:

1. Standoff Walk-by & Pass-through Threat Detection Corridors:
Walk-through Corridors – Active Electromagnetic Weapons Detection, Passive Electro Magnetic Signature Corridor, Standoff Passive MMWave Doorways, Focal Plane Array Passive MMWave, Walk-through Corridors – Fourier Transform Infrared (FTIR) Spectroscopy Systems, Covert Walk-through Biometric Identification Corridors, Fused Standoff PBIED Detection &Video-based Biometrics, Walk-by Active Centimeter Range (Ku band) Microwave System

2. Open Space Standoff Explosives & Weapon Detection:
Bi-Modal Standoff Open Space IED, PBIED, VBIED – Explosives & Weapon Detection Systems

3. Standoff Vehicle-Borne Explosives Detection:
Standoff Raman Spectroscopy Based VBIED Detection

4. UGV Standoff IED, Person-Borne & Vehicle-Borne Explosives & Weapon Detection:
UGV detection Expectation Management systems, UGV Management software, UGV Mobility technology, Pipeline UGV IED, PBIED & VBIED Detection technologies, Cobham Antenna Technology, IAI CIMS Systems, Standoff MMWave IED Detection robots.

5. Multi-Modal Fused Standoff IED, Person-Borne & Vehicle-Borne Explosives & Weapon Detection:

The CounterBomber Technology Standoff Active MMWave, Standoff Passive MMWave Imaging, Standoff MMWave PBIED Gait signatures Detection technologies, Infra-red Standoff Detection, Standoff Terahertz, Laser-Based Explosives Detection technologies, Standoff Raman Spectroscopy, Standoff Non-linear Wave Mixing Detection Technology, Standoff Light Detection and Ranging (LIDAR) Explosives Detection, Triple Modality Standoff Detection Technology, Differential Phase-Contrast X-ray Imaging, The University of Puerto Rico Advanced standoff Detection Techniques, Rydberg Spectroscopy/Microwave Scattering Based Detection

- Key Vendors:
- Alakai Defense Systems, APSTEC Systems, BAE Systems, Boeing, ChemImage Sensor Systems (CISS), Cobham plc, Flir, Fluidmesh Networks, Genia Photonics, GE Security, Honeywell, IAI, Implant Sciences Corporation, Raytheon, SAGO Systems, TeraView, ThruVision Systems, Rafael.

For readers who wish to acquire more information, the report includes 8 in-depth appendices:

1. R&D Programs and Projects
2. The Improvised Explosive Device Defeat Organization (JIEDDO)
3. Vehicle Borne Improvised Explosive Devices (VBIED)
4. Guided Aerial IEDs
5. 2014 IED, PBIED & VBIED Attacks
6. Suicide Terrorism
7. The U.S. PBIED, VBIED & IED Detection Eco-System
8. Short Term Global Geopolitical Outlook

Table Of Contents

Standoff IED, Person-Borne and Vehicle-Borne Explosives and Weapon Detection Technologies: European Market - 2015-2020

1 Executive Summary
1.1 Major Findings
1.2 Major Conclusions
1.3 Standoff IED, PBIED and VBIED Detection Technologies
1.4 Europe Standoff IED, Person-Borne and Vehicle-Borne Explosives and Weapon Detection Market - 2015-2020
MARKET ANALYSIS
2 Market Drivers
3 Market Inhibitors
4 SWOT Analysis
4.1 Strengths
4.2 Weaknesses
4.3 Opportunities
4.4 Threats
5 Competitive Analysis
6 Business Models and Strategies
6.1 Variable Economic Conditions
6.2 Standoff IED, PBIED and VBIED Detection Market Tiers
6.3 Defense Primes and Mega Corporations' Inroads into the Standoff IED, PBIED and VBIED Detection Market
6.4 Entry Strategies Toward the Standoff IED, PBIED and VBIED Detection Arena
6.5 Price Elasticity
6.6 Mergers and Acquisitions (MandA)
6.7 Customer Planning and Procurement Process
INDUSTRY
7 PBIED, VBIED and IED Detection Industry Challenges
7.1 Technological Challenges
7.2 Threat Identification Challenges
7.3 Standoff System Performance Challenges
8 Safe Range Required by Standoff IED, PBIED and VBIED Detection Technologies
9 PBIED, VBIED and IED Detection: Operational Considerations
9.1.1 Person-Borne Explosive Devices (PBIEDs): Standoff Detection Challenges
9.1.2 Vehicle-Borne Improvised Explosive Devices (VBIED) Standoff Detection Challenges
10 Business Challenges and Opportunities
10.1 Introduction
10.2 Standoff Detection and Confirmation of Explosives
10.3 Standoff Detection of Person-Borne and Vehicle-Borne IEDs
10.4 Buried lED and Pressure Initiation Device
10.5 Force Protection
10.6 Enhanced Intelligence, Surveillance and Reconnaissance (ISR)
10.7 Explosively Formed Penetrator Device Detection
10.8 Deep Buried lED Detection
10.9 Blasting Cap Detect and Defeat
10.1 Command Wire Detection and Defeat
10.11 Improved Detection Quality
10.12 Multiple-Threat Standoff Detection
10.13 Cost of Detection
10.14 Increased Automation
10.15 Ease of Integration
10.16 Medium Capacity, Multi-Threat Detection Systems
TECHNOLOGIES
11 Comparison of Standoff IED, PBIED and VBIED Detection Technologies
12 Standoff Walk-by and Pass-through Threat Detection Corridors Technologies
12.1 Walk-through Corridors: Active Electromagnetic Weapons Detection Present and Pipeline Technologies
12.2 Passive Electro Magnetic Signature Corridor
12.3 Standoff Passive MMWave Doorways
12.4 Focal Plane Array Passive MMWave
12.4.1 Walk-by Passive MMWave Imaging System
12.5 Walk-through Corridors: Fourier Transform Infrared (FTIR) Spectroscopy Systems
12.6 Covert Walk-through Biometric Identification Corridors
12.7 Fused Standoff PBIED Detection andVideo-based Biometrics
12.8 Walk-by Active Centimeter Range (Ku band) Microwave System
13 Open Space Standoff Explosives and Weapon Detection Technologies
13.1 Introduction
13.2 Open Space Standoff Explosives and Weapon Detection Technologies Challenges
13.3 Bi-Modal Standoff IED, PBIED and VBIED Detection Systems
13.3.1 Sample: Standoff Fused MMWave and Infrared System
14 Standoff Vehicle-Borne Explosives Detection: Technologies
14.1 Overview
14.2 VBIED Detection: Challenges
14.3 Example: Raman Spectroscopy Based Vehicle Standoff Detector - P. Eye
15 Standoff IED, PVIED and VBIED UGV Detection Technologies
15.1 UGV Expectation Management
15.2 UGV Requirements Management
15.3 UGV Mobility
15.4 UGV Function
15.5 The Human Operator
15.6 Future IED, PBIED and VBIED Detection UGV
15.7 Cobham Antenna Systems Standoff IED, PVIED and VBIED UGV IED Detection Technology
15.8 Israel Aerospace Industries CIMS System
15.9 Rafael - EZ-K9e Stand-off MMWave IED Detection System
16 Multi-Modal Fused IED, PBIED and VBIED Detection Technologies
16.1 Technology Review
16.2 Example: The CounterBomber® System
17 Standoff IED, PBIED and VBIED Detection Pipeline Technologies
17.1 Introduction
17.2 Standoff Active MMWave PBIED, VBIED and IED Detection
17.2.1 Principle of Operation
17.2.2 Active Standoff MMWave Imaging Systems
17.2.3 Disadvantages of Standoff Active MMWave Technology
17.3 Standoff Passive MMWave Imaging
17.3.1 Principle of Operation
17.3.2 Advantages of a Passive Millimeter Wave (PMMW) System:
17.3.3 TREX Enterprises Standoff Passive MMWave Technology
17.3.4 GEN2 Standoff Passive MMWave PBIED Detection Technology
17.3.5 Standoff "Illuminators of Opportunity" Passive MMWave Imaging
17.3.6 Mechanically Scanning Standoff MMWave PBIED, VBIED and IED Detection
17.4 Standoff MMWave PBIED Gait Characteristics Detection
17.5 Infra-red Standoff Detection Technologies
17.5.1 The DHS-Toyota Standoff IR Detection System
17.6 Standoff Terahertz Explosives and Weapons Detection Technologies
17.6.1 Overview
17.6.2 Standoff Terahertz Contraband Detection Technology
17.6.3 Terahertz Detection Advantages over Other Technologies
17.6.4 Standoff Active Terahertz Heterodyne Concealed Explosives and Weapons Standoff Detection Imagers
17.6.5 Standoff Active Terahertz Absorption Spectroscopy Using Principal Component Analysis
17.6.6 Example: Active Terahertz Standoff Explosives Detection System of TeraView
17.6.7 Passive Terahertz Standoff Weapons and Explosives Detection
17.6.8 Passive Terahertz Detection System: ThruVision Systems
17.7 Laser-Based Standoff Explosives Detection
17.7.1 Introduction
17.7.2 Standoff Laser-induced Breakdown Spectroscopy (LIBS)
17.7.3 Next Generation Standoff LIBS Systems
17.7.4 Laser-Based Molecular Signatures Technologies
17.7.5 Laser-Based Stimulated Raman Adiabatic Passage (STIRAP) Technologies
17.7.6 External Cavity Quantum Cascade Lasers Standoff IED Detection
17.7.7 Standoff Laser Induced Fluorescence (PLP/LIF) Technology
17.7.7.1 PLP/LIF Standoff Explosives Detection: Principle of Technology
17.7.7.2 Next-Generation Standoff PLP/LIF Systems
17.8 Standoff Raman Spectroscopy
17.8.1 Introduction
17.8.2 Standoff Coherent Anti-Stokes Raman Spectroscopy
17.8.3 Standoff Resonant Raman Spectroscopy
17.8.4 Next-Generation Standoff CARS Systems
17.9 Standoff Non-linear Wave Mixing Detection Technology
17.9.1 Principle of Operation
17.9.2 Next-Generation Standoff Non-linear Wave Mixing PBIED, VBIED and IED Detection Technology
17.1 Standoff Light Detection and Ranging (LIDAR) Explosives Detection
17.10.1 Overview
17.10.2 Next-Generation LIDAR Systems
17.11 Triple Modality Standoff Detection Technology
17.12 Differential Phase-Contrast X-ray Imaging
17.13 The University of Puerto Rico Advanced Detection Techniques RandD
17.14 Rydberg Spectroscopy/Microwave Scattering Based Detection
REGIONAL MARKET
18 Europe Standoff IED, PBIED and VBIED Detection Market - 2013-2014 Data, 2015-2020 Forecast
18.1 Europe Standoff IED, PBIED and VBIED Detection Market by Technology Market
18.1.1 Europe Standoff IED, PBIED and VBIED Detection Technology Market - 2013-2020
18.1.2 Europe Standoff Walk-by Explosives and Weapon Sensing Systems Market - 2013-2020
18.1.3 Europe Pass-through Standoff Threat Detection Corridors Market - 2013-2020
18.1.4 Europe Standoff Person-Borne Explosives Detection Market - 2013-2020
18.1.5 Europe Standoff Vehicle-Borne Explosives Detection Market - 2013-2020
18.1.6 Europe Standoff IED Detection Market - 2013-2020
18.1.7 Europe Standoff IED, PBIED and VBIED Detection Other Technologies Market - 2013-2020
18.2 Europe Standoff IED, PBIED and VBIED Detection Market by Revenue Source
18.2.1 Europe Standoff IED, PBIED and VBIED Detection Revenue Source - 2013-2020
18.2.2 Europe Standoff IED, PBIED and VBIED Detection Government Funded RandD Market - 2013-2020
18.2.3 Europe Standoff IED, PBIED and VBIED Detection Government Funded Testing and Evaluation Market - 2013-2020
18.2.4 Europe Standoff IED, PBIED and VBIED Detection Sales Market - 2013-2020
18.2.5 Europe Standoff IED, PBIED and VBIED Detection Aftersales Market - 2013-2020
VENDORS
19 Major Vendors
19.1 Alakai Defense Systems
19.1.1 Company Profile
19.1.2 Products and Recent Activities
19.1.3 Contact Info
19.2 APSTEC Systems
19.2.1 Company Profile
19.2.2 Products
19.2.3 Products and Recent Activities
19.2.4 Contact Info.
19.3 BAE Systems
19.3.1 Company Profile
19.3.2 Products and Recent Activities
19.3.3 Contact Info
19.4 Boeing
19.4.1 Company Profile
19.4.2 Products and Recent Activities
19.4.3 Contact Info
19.5 ChemImage Sensor Systems (CISS)
19.5.1 Company Profile
19.5.2 Standoff IED Detection Products
19.5.3 Contact Info
19.6 Cobham plc
19.6.1 Company profile
19.6.2 Products and Recent Activities
19.6.3 Contact Info.
19.7 Flir
19.7.1 Company Profile
19.7.2 Products and Recent Activities
19.7.3 Contact Info
19.8 Fluidmesh Networks
19.8.1 Company Profile
19.8.2 Products and Recent Activities
19.8.3 Contact Info
19.9 Genia Photonics
19.9.1 Company Profile
19.9.2 Products and Recent Activities
19.9.3 Contact Info.
19.1 GE Security
19.10.1 Company Profile
19.10.2 Products and Recent Activities
19.10.3 Contact Info
19.11 Honeywell
19.11.1 Company Profile
19.11.2 Contact Info
19.12 IAI
19.12.1 Company Profile
19.12.2 Products and Recent Activities
19.12.3 Contact Info
19.13 Implant Sciences Corporation
19.13.1 Company Profile
19.13.2 Products
19.13.3 Contact Info
19.14 Raytheon
19.14.1 Company Profile
19.14.2 Products and Recent Activities
19.14.3 Contact Info
19.15 SAGO Systems
19.15.1 Company Profile
19.15.2 Standoff IED Detection Products
19.15.3 Contact Info
19.16 TeraView
19.16.1 Company Profile
19.16.2 Products and Recent Activities
19.16.3 Contact Info
19.17 ThruVision Systems
19.17.1 Company Profile
19.17.2 Standoff IED Detection Products
19.17.3 Contact Info
APPENDICES
20 Appendix A: Standoff IED, PBIED and VBIED Detection RandD Programs and Projects
20.1 DARPA, Standoff IED Detection MEDS Program
20.2 Algorithm and Analysis of Raw Images Project
20.3 Detection Technology and Material Science Project
20.4 Explosives Trace Detection Project
20.5 Person-Borne Improvised Explosive Devices (PBIED) Detection Project
20.6 Predictive PBIED, VBIED and IED Detection Project
20.7 Vehicle-Borne Improvised Explosive Devices (VBIED) Detection Project
20.8 Homemade Explosives Characterization Project
20.9 IED Risk Prediction Project
20.1 VBIED Full Mission Characterization Project
20.11 Cross-Cultural Validation of SPOT (Screening Passengers by Observation Techniques) Behaviors Project
20.12 Future Attribute Screening Technologies Mobile Module (FAST M2)
20.13 Hostile Intent Detection-Automated Prototype Project
20.14 Passive Methods for Precision Behavioral Screening Project
20.15 Violent Intent Modeling and Simulation (VIMS) Project
21 Appendix B: The Improvised Explosive Device Defeat Organization (JIEDDO)
22 Appendix C: Vehicle Borne Improvised Explosive Devices (VBIED)
22.1 Introduction
22.2 VBIED Technologies
22.3 VBIED Detection Considerations
22.4 Terror Groups that Use VBIED
23 Appendix D: Guided Aerial IEDs
24 Appendix E: Recent (2014) IED, PBIED and VBIED Attacks
25 Appendix F: Suicide Terrorism
26 Appendix G: The U.S. PBIED, VBIED and IED Detection Eco-System
27 Appendix H: Short Term Global Geopolitical Outlook

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