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INDUSTRY |
1 |
Aviation Security Industry: Overview |
1.1 |
Economic Turmoil Effects on the Aviation Security Market |
1.2 |
Globalization of the Aviation Security Industry |
1.3 |
Classification of the Aviation Security Industry Business & Industrial Activities |
1.4 |
Forces that Shape the Aviation Security Industry & Markets |
1.5 |
Aviation Security Vendor – Government Relationship |
1.6 |
Barriers to the Aviation Security Market Entry |
1.7 |
Aviation Security Industry: Supply-Side & Demand-Side Analysis |
2 |
Airport Security Industry: Business Models & Strategies |
2.1 |
Variable Economic Conditions |
2.2 |
Airport Security Market Tiers |
2.3 |
Defense Primes & Mega Corporations’ Inroads into the Airport Security Market |
2.4 |
Entry Strategies toward the Airport Security Arena |
2.5 |
Price Elasticity |
2.6 |
Mergers and Acquisitions (M&A) |
3 |
Aviation Security Standards and Regulations |
3.1 |
Aviation Security Standards |
3.2 |
ICAO Airport Security & Safety Regulations |
4 |
Leading Vendors: Profile, Products & Contact Info |
4.1 |
Vendors and Product Lines Summary |
4.2 |
American Science and Engineering, Inc. |
4.3 |
Auto Clear |
4.4 |
ADANI |
4.5 |
Red X Defense |
4.6 |
Syagen Technology |
4.7 |
Thermo Electron Corporation |
4.8 |
Biosensor Applications |
4.9 |
Hitachi |
4.1 |
Scent Detection Technologies |
4.11 |
Ketech Defence |
4.12 |
Mistral Security Inc |
4.13 |
Appealing Products, Inc. (API) / ChemSee |
4.14 |
DetectaChem LLC |
4.15 |
Scintrex Trace |
4.16 |
Flir Systems |
4.17 |
Ion Applications Inc |
4.18 |
BAHIA Corp (Sibel Ltd.) |
4.19 |
CEIA |
4.2 |
Fisher Labs |
4.21 |
Brijot Imaging Systems |
4.22 |
TeraView |
4.23 |
ThruVision Systems |
4.24 |
Gilardoni SpA |
4.25 |
L-3 Communications Security & Detection Systems |
4.26 |
QinetiQ Ltd. |
4.27 |
Westminster International Ltd. |
4.28 |
LIXI, Inc |
4.29 |
MilliVision |
4.3 |
MINXRAY, Inc. |
4.31 |
Morpho Detection Inc. |
4.32 |
Nuctech Co. Ltd. |
4.33 |
Rapiscan Security Products, Inc. |
4.34 |
Scanna MSC Ltd. |
4.35 |
Smiths Detection |
4.36 |
Vidisco Ltd. |
|
TECHNOLOGIES |
5 |
X-ray Baggage & Cargo Screening: Present & Pipeline Technologies |
5.1 |
Aviation Security X-ray Baggage & Cargo Screening Market Background |
5.2 |
Aviation Security Explosives Screening Technologies |
5.2.1 |
X-ray Systems – Characteristics |
5.2.2 |
X-ray Systems – Principles of Operation |
5.2.3 |
2D X-ray, EDS and ETD Explosives Detection Technologies – Pros and Cons |
5.3 |
X-ray Baggage & Cargo Screening Present & Pipeline Technologies |
5.3.1 |
Overview |
5.3.2 |
Threat Image Projection (TIP) |
5.3.3 |
Conventional 2D X-ray |
5.3.4 |
Dual Energy X-ray |
5.3.5 |
Variable View X-ray |
5.3.6 |
Quasi 3-D Dual View Dual-Energy X-ray Imaging |
5.3.7 |
TSA “Advanced Technology” (AT) X-ray Systems |
5.3.8 |
Backscatter Screening X-ray |
5.3.9 |
Coherent Scatter X-ray |
5.3.10 |
Cast & Artificial Limbs Screening: X-ray Backscatter Technologies |
5.3.11 |
Fused X-ray and ETD Screening |
5.3.12 |
Fused Baggage X-ray and RFID Screening |
5.3.13 |
Multi-Threat Multi-Modal X-ray Screening |
5.3.14 |
Advanced 2D Coherent X-ray Baggage Screening |
5.3.15 |
Stereoscopic “3D X-ray” Imaging |
5.4 |
Operational Considerations |
5.5 |
X-ray Screening Technologies: Performance Comparison |
6 |
Air Cargo Screening Market & Technologies |
6.1.1 |
Air Cargo Industry Outlook |
6.1.2 |
Air-Cargo Traffic and Capacity |
6.1.3 |
Trend in Global Air-Freight Traffic by Region |
6.1.4 |
Air Cargo Related Security Risks |
6.1.5 |
Air-Cargo Supply Chain Security |
7 |
Whole Body Scanners (AIT) – Present & Pipeline Technologies |
7.1 |
Passenger Screening Process Using Advanced Imaging Technology |
7.2 |
Whole Body Scanning Present & Pipeline Technologies |
7.2.1 |
X-ray Backscatter AIT Portals |
7.2.1.1 |
Backscatter Imaging Technology – Principles of Operation |
7.2.2 |
Risks/Benefits of X-ray AIT Systems |
7.2.3 |
Active MMWave Whole Body AIT Scanners |
7.2.3.1 |
Principles of Operation |
7.2.3.2 |
MMWave AIT: Techno-Tactical & Economic Considerations |
7.2.4 |
Passive MMWave Whole Body Scanners |
7.2.4.1 |
Principle of Operation |
7.2.4.2 |
System Example: Millivision 350 Portal |
7.2.5 |
Terahertz Whole Body Scanners |
7.2.5.1 |
Terahertz Weapon Detection Portals Technology |
7.2.5.2 |
Terahertz Time Domain Spectroscopy (TTDS) Technology |
7.2.6 |
Comparison of MMWave/Terahertz vs. Backscatter X-ray Portals |
7.3 |
Next Generation AIT |
7.3.1 |
AIT-2 Systems Deployment |
7.3.2 |
Next Generation AIT R&D Program |
7.3.3 |
The DHS S&T Covert “Screen while Walk” Program |
7.4 |
Whole Body Scanning Vendors and Products |
8 |
Explosive Detection Systems (EDS) – Present & Pipeline Technologies |
8.1 |
Explosive Detection Systems (EDS): Market Background |
8.2 |
Explosive Detection Systems (EDS): Technologies |
8.2.1 |
EDS Principle of Operation |
8.2.2 |
Hybrid Tomographic EDS & 2D X-ray Screening |
8.2.3 |
Explosive Detection Systems: Throughput |
8.2.4 |
EDS Throughput vs. Price |
8.3 |
EDT & ETD Checked Luggage Screening |
8.3.1 |
EDS-based Screening Systems Deployment Strategy |
8.3.2 |
Coherent X-ray Scatter Based Multi-level Screening |
8.3.3 |
Checked Luggage Covert Testing Procedures |
8.4 |
EDS Technology Outlook – 2015-2020 |
8.4.1 |
Advanced Coherent X-ray Scattering EDS |
8.4.2 |
Stationary EDS |
8.4.3 |
EDS Liquid and Homemade Explosives Detection |
8.4.4 |
MagViz Distinguishes Potential-Threat Liquids |
8.4.5 |
Superconducting Quantum Interference Device (SQUID) |
8.4.6 |
Quasi Tomographic EDS – 3D X-ray |
9 |
Explosives Trace Detectors (ETD) – Present & Pipeline Technologies |
9.1 |
Explosives Trace Detectors (ETD): Market background |
9.2 |
ETD Technologies |
9.2.1 |
Explosive Materials |
9.2.2 |
ETD Principles of Operation |
9.2.3 |
ETD Core Technologies |
9.2.4 |
Ion Mobility Spectroscopy (IMS) |
9.2.5 |
ChemiLuminescence (CL) |
9.2.6 |
Electron Capture Detectors (ECD) |
9.2.7 |
Surface Acoustic Wave (SAW) |
9.3 |
ETD Devices |
9.3.1 |
Explosives Trace Detectors Configuration |
9.3.2 |
Hand-held & Desktop ETD Devices |
9.3.2.1 |
Sample Collection Methods |
9.3.3 |
Desktop and Portable ETD Devices – Technology Challenges |
9.3.4 |
Hand-held, Desktop ETD – Cost Performance Analysis |
9.3.5 |
ETD Vendors, Products & Prices |
9.3.6 |
TD Alarm Resolution |
9.4 |
ETD Technology Outlook – 2015-2020 |
9.4.1 |
ETD of the Future: Techno-Tactical Challenges |
9.4.2 |
ETD of the Future: Performance & Operational Goals |
9.4.3 |
Advanced Sample Collection |
9.4.4 |
Dual Technology ETD |
9.4.5 |
Nano Technology Systems |
9.4.6 |
ETD MicroChemLab on a Chip |
9.4.7 |
Coated Micro-Cantilever ETD Detector |
9.4.8 |
Nanotechnology Platform Based ETD Detector |
9.4.9 |
TSA, Next Generation ETD Technologies R&D |
9.4.10 |
Integrated Explosives, Chemical Warfare and Narcotics Trace Detectors |
10 |
Metal Detectors – Present & Pipeline Technologies |
10.1 |
Metal Detectors Market Background |
10.2 |
Metal Detectors Technologies |
10.3 |
Hand-held Metal Detectors |
10.3.1 |
Hand-held Metal Detectors – Vendors |
10.4 |
Walk-through Metal Detection Portals |
10.4.1 |
Introduction |
10.4.2 |
Walk-through Electromagnetic Portals: Glossary |
10.4.3 |
Overview |
10.4.4 |
Walk-through Metal-Detection Portals: Principles of Operation |
10.4.5 |
Walk-through Metal Detection Portals Throughput |
10.4.6 |
Walk-through Metal Detection Portals – Vendors, Products & Prices |
11 |
Liquid Explosives Detectors – Present & Pipeline Technologies |
11.1 |
Liquid Explosives Screening Market Background |
11.2 |
Liquid Explosives Scanners |
11.3 |
Liquid Explosives Screening |
11.4 |
DHS’s SENSIT Program |
11.5 |
Liquid Detection: Techno-Tactical Considerations |
11.6 |
Liquid Explosives Scanners – Vendors, Products and Prices |
12 |
Shoe Scanners – Present & Pipeline Technologies |
12.1 |
Shoe Scanners Market Background |
12.2 |
Shoe Scanners Technologies |
12.3 |
Shoe Scanners: Vendors, Products and Prices |
13 |
Airport Workforce & Visitors ID Documents Screening Systems – Present & Pipeline Technologies |
13.1 |
Airport Workforce and Visitors Identification Market |
13.1.1 |
Airport Workforce and Visitors Identification Market Drivers |
13.1.2 |
Airport Workforce and Visitors Identification Market Inhibitors |
13.2 |
Fused Biometric, Document Authentication and Interrogation Portals |
14 |
Airport Automated Border Control – Present & Pipeline Technologies |
14.1 |
Airport Automated Border Control Market Background |
14.2 |
The Concept of Airport Automated Border Control |
14.3 |
Function of Airport Automated Border Control |
15 |
Airport CCTV & RADAR Surveillance – Present & Pipeline Technologies |
15.1 |
Airport CCTV Surveillance |
15.2 |
Airport Surface Movement Radar |
15.2.1 |
Airport Surface Movement Radar Technology |
15.2.2 |
Digital Airport Surveillance Radar (DASR) Technology |
16 |
Aviation Security C2/C4ISR Systems – Present & Pipeline Technologies |
16.1 |
Aviation Security C2/C4ISR Market Background |
16.2 |
Aviation Security C2/C4ISR Technologies |
17 |
Aviation Security ICT & Cybersecurity – Present & Pipeline Technologies |
17.1 |
Security-related Aviation ICT Market & Technology |
17.2 |
Civil Aviation Related Cybersecurity |
17.2.1 |
Cyber Terror & Crime |
17.2.2 |
Denial of Aviation Service |
17.2.3 |
Deliberate Manipulation of Aviation Sector Information |
17.2.4 |
Detection of Unauthorized Aviation Cyber Activity |
17.2.5 |
Key Cyber Security Vendors |
18 |
Airport Perimeter Fencing – Present & Pipeline Technologies |
18.1 |
Airport Perimeter Security Market Background |
18.1.1 |
Airport Perimeter Security Technology Background |
18.1.2 |
Airport Perimeter Security Challenges |
18.1.3 |
Airport Perimeter Security: Risk Management |
18.2 |
Perimeter Security Technologies |
18.2.1 |
Intrusion Detection Sensors |
18.2.2 |
Multi-layered Airport Perimeter Security |
18.2.3 |
Multi-Sensor Airport Perimeter Security Fusion |
18.2.4 |
Airport Perimeter: CCTV Surveillance |
18.2.5 |
Automatic Perimeter: Intrusion Assessment |
18.2.6 |
Airport Perimeter Security: Command and Control |
18.2.7 |
Airport Perimeter Security: Communications |
18.2.8 |
Airport Perimeter Security: Command and Control Systems |
18.2.9 |
Pipeline Technologies |
19 |
Workforce & Visitors ID Documents Screening – Present & Pipeline Technologies |
19.1 |
Biometric ID Systems |
19.2 |
Biometric ID Challenges |
20 |
Airport Security-related Baggage Handling Systems (BHS) – Present & Pipeline Technologies |
20.1 |
Security-related Airport Baggage Handling Systems (BHS) |
20.2 |
Checked Luggage Configurations |
20.2.1 |
High-Volume In-Line Checked Luggage BHS Systems |
20.2.2 |
Checked Luggage Configuration 2: Medium-Volume In-Line BHS |
20.2.3 |
Checked Luggage BHS Configuration – 3: Mini In-Line Checked Luggage Screening System |
20.2.4 |
Checked Luggage BHS Configuration – 4: Stand-Alone EDS |
21 |
Multi-modal Aviation Security Systems and Other Modalities – Present & Pipeline Technologies |
21.1 |
Multi-Modal & Multi-Threat Screening Portals |
21.1.1 |
Multi-modal Aviation Security Systems: Overview |
21.1.2 |
Multi-modal Aviation Security Systems: Technology Status |
21.1.3 |
Multi-modal Aviation Security: Core Technologies |
21.1.4 |
Example: Detection Systems Fusion Protocol (DSFP) |
21.1.5 |
Market Needs |
21.1.6 |
HSRC High Throughput Multi-Threat People Screening Portal Vision |
21.2 |
Qylatron Multi-Modal Multi Threat Automated Screening Checkpoint |
21.2.1 |
Future People Screening Portals – Technology Essentials |
21.3 |
Future Multi-Threat Detection Technologies |
21.3.1 |
Molecularly Imprinted Polymer (MIP) Sensors |
21.3.2 |
MOS-Based Electro-Chemical Sensor Networks |
21.3.3 |
Future Shoe Scanners |
21.3.4 |
Hand-held Weapons and CBRNE Detectors |
21.3.5 |
Evolving Hand-held MMWave Wand – Sample |
22 |
Counter – MANPAD Technology |
22.1 |
MANPAD Threats |
22.2 |
Counter – MANPAD Strategies |
22.3 |
Counter – MANPAD Technologies |
22.3.1 |
Flare-based Countermeasures |
22.3.2 |
Directed Infrared Countermeasures (DIRCM) systems |
22.4 |
Civilian Aviation Security Counter MANPAD RDT&E Programs |
22.5 |
Market Forecast |
|
APPENDICES |
23 |
Appendix A: IATA & ICAO “Checkpoint of the Future” |
23.1 |
Present People Screening Checkpoint Performance |
23.2 |
IATA-ICAO Checkpoint of the Future |
24 |
Appendix B: Airport Passenger Screening Checkpoints |
25 |
Appendix C: IATA Passenger Growth Forecast |
25.1 |
Forecast Summary |
25.2 |
Future Growth Trend Highlights |
25.3 |
Analysis of the 10 Largest Air Passenger Markets |
25.4 |
Growth by Regions |
25.5 |
Domestic Air Passengers Markets Trends |
25.6 |
Global Passenger Demand Drivers |
26 |
Appendix D: Abbreviations |
27 |
The Report Research Methodology |
27.1 |
Report Structure |
27.2 |
Assumptions |
27.3 |
Research Methodology |
27.4 |
Who Is This Report For? |
27.5 |
Research Methods |
27.6 |
Terms of Reference |
28 |
Disclaimer & Copyright |