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U.S. Airport Security Market - 2015-2020

U.S. Airport Security Market – 2014 & 2020

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One cannot underestimate the importance of effective airport security in the U.S. Since the end of the cold war, no single event has had a greater effect on the U.S. geopolitics and defense than the 9/11 attacks, which were made possible by the pre-9/11 airport security processes loopholes.

The U.S. airport security technologies, industry & markets are going through major shifts. New and maturing sectors and technologies such as automated border control kiosks, cargo screening, cybersecurity, airport perimeter security systems and advanced ICT technologies create new market niches and fresh business opportunities. According to the report, the U.S. cumulative 2015-2020 aviation security market will reach $22.5 Billion.

According to the report, the market growth is boosted by the following drivers:

The U.S. air passenger and cargo volume growth
The need to invest in aviation cybersecurity
Advancements in security infrastructure and screening technologies
The need to streamline airport security processes and reduce passengers’ waiting time
Replacement and upgrades of outdated systems
Growing aftersale revenues

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

1. By 15 Technology Markets:

Baggage & Cargo X-ray Scanners
Security Related ICT & Cybersecurity
Whole Body Scanners (AIT)
Explosive Detection Systems (EDS)
Security Related Baggage Handling Systems (BHS)
Explosives Trace Detectors (ETD)
Metal Detectors
Liquid Explosives Detectors
Shoe Scanners
Workforce ID Documents Screening Systems
Automated Border Control
CCTV & Radar Surveillance
C2/C4ISR Systems
Perimeter Fencing
Multi-modal Security Systems and Other Modalities

1. By 3 Revenue Sources:

Product Sales
Aftersale Revenues
Planning, Consulting & Training

This U.S. Airport Security Market – 2015-2020 report is a valuable resource for executives with interests in the industry. It has been explicitly customized for airport security industry decision makers to identify business opportunities, developing technologies, market trends and risks, as well as to benchmark business plans.

Questions answered in this 2 volume 374 page report include:

What will the U.S. market size be in 2015-2020?
What are the main Airport Security technology trends?
Where and what are the U.S. Airport Security market opportunities?
What are the Airport Security market drivers and inhibitors?
Who are the key Airport Security vendors?
What are the challenges to the Airport Security market?

The U.S. Airport Security Market – 2015-2020 presents in 374 pages, 40 tables and 129 figures, analysis of current and pipeline technologies and 37 leading vendors. The report is granulated into 18 submarkets, presents for each submarket 2011-2014 data and analyses, and also 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)
Current and pipeline technologies by 15 technology markets (see list above)
Companies operating in the market (Profiles, Products and Contact Info): ADANI, American Science and Engineering Inc., Appealing Products Inc. (API), Auto Clear, BAHIA Corp (Sibel Ltd.), Biosensor Applications, Brijot Imaging Systems, CEIA, ChemSee, DetectaChem LLC, Fisher Labs, Flir Systems, Ion Applications Inc., Gilardoni SpA, Hitachi, IBM, Ketech Defence, L-3 Communications Security & Detection Systems, LIXI Inc., Lockheed Martin, MINXRAY Inc., MilliVision, Mistral Security Inc., Morpho Detection Inc., Nuctech Co. Ltd., QinetiQ Ltd., Rapiscan Security Products Inc., Red X Defense, Scanna MSC Ltd., Scent Detection Technologies, Scintrex Trace, Smiths Detection, Syagen Technology. Thermo Electron Corporation, TeraView, ThruVision Systems, Vidisco Ltd., Westminster International Ltd.
Airports Security Screening Data at over 501 U.S. airports: The report provides screening data at each and every airport with over 100,000 screened passengers per annum. The data include for each airport, details on the number of screened passengers and the annual growth rate
For readers who wish to acquire more information, the report includes 3 in-depth appendices:
Appendix A: IATA & ICAO “Checkpoint of the Future”
Appendix B: Airport Passenger Screening Checkpoints
Appendix C: IATA Passenger Growth Forecast

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2 Volumes:

U.S. Airport Security Market – 2015-2020 – Volume 1

U.S. Airport Security Market – 2015-2020 – Volume 2

U.S. Airport Security Market – 2015-2020 – Volume 1

1	Summary
2	Extended Summary
2.1	Scope
2.2	Major Findings
2.3	Major Conclusions
2.4	U.S. Airport Security Market – 2011-2020
	THE MARKET
3	Market Background
3.1	Aviation Security Terror Threats
3.2	Aviation Security Strategy
3.3	Aviation Security Market Demand Side
3.4	Airports
3.5	Airlines
3.6	Freight Forwarders
3.7	Customs Services
3.8	Security Service Providers
3.9	Aviation Passenger Screening Technologies Outlook: 2015-2020
3.1	The Transportation Security Administration
3.10.1	Screening Partnership Program
3.10.2	Screening Training and Other Programs
3.10.3	Passengers Checkpoint Support Program
3.10.4	Screening Technology Maintenance & Utilities Program
3.10.5	U.S. Aviation Regulations and Enforcement Programs
3.10.6	Airport Management, IT and Support Programs
3.10.7	The U.S. Air Cargo Security Program
3.10.8	Secure Flight Program
3.10.9	Federal Air Marshal Service Program
3.11	U.S. Passenger Screening Data by 501 Airports
4	Aviation Security Market Drivers
5	Aviation Security Market Inhibitors
6	Aviation Security: 20 Business Opportunities and Challenges
7	Aviation Security Industry: SWOT Analysis
7.1	Strengths
7.2	Weaknesses
7.3	Opportunities
7.4	Threats
8	Aviation Security Market Competitive Analysis
9	U.S. Airport Security Market – 2011-2014 Data and 2015-2020 Forecast
9.1	Market by Revenue Segment
9.1.1	Market Size – 2011-2020
9.1.2	Market Dynamics – 2012-2020
9.1.3	Market Breakdown – 2011-2020
9.2	Market by Technology
9.2.1	Market Size – 2011-2020
9.2.2	Market Dynamics – 2015-2020
9.2.3	Market Breakdown – 2015-2020
10	Disclaimer & Copyright

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U.S. Airport Security Market – 2015-2020 – Volume 2

	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

Tables

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2 Volumes:

U.S. Airport Security Market – 2015-2020 – Volume 1

U.S. Airport Security Market – 2015-2020 – Volume 2

U.S. Airport Security Market – 2015-2020 – Volume 1

Table 1	U.S. Airport Security Market [$M] by Technology – 2011-2020
Table 2	U.S. Airport Security Market [$M] by Technology – 2011-2020
Table 3	U.S. Airport Security Market AGR [%] by Technology – 2011-2020
Table 4	U.S. Airport Security Market Share [%] by Technology – 2011-2020
Table 5	TSA Passengers and Baggage Installed Base [Units] and Procurement Plans Statistics by Modality.
Table 6	U.S. Passenger Screening [M] by 501 Airports
Table 7	Aviation Security Market – Competitive Analysis
Table 8	U.S. Airport Security Market [$M] by Revenue Segment – 2011-2020
Table 9	U.S. Airport Security Market AGR [%] by Revenue Segment – 2011-2020
Table 10	U.S. Airport Security Market Share [%] by Revenue Segment – 2011-2020
Table 11	U.S. Airport Security Market [$M] by Technology – 2011-2020
Table 12	U.S. Airport Security Market AGR [%] by Technology – 2011-2020
Table 13	U.S. Airport Security Market Share [%] by Technology – 2011-2020

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U.S. Airport Security Market – 2015-2020 – Volume 2

Table 1	People Screening Vendors and Product Lines
Table 2	EDS, ETD and 2D X-ray Technologies – Pros and Cons
Table 3	Pros and Cons of Multi-Modal X-ray Technology
Table 4	Comparison of X-ray Detection Technologies
Table 5	Backscatter People Screening AIT Portals – Advantages & Disadvantages
Table 6	Backscatter Body X-ray Dose vs.other Common Radiation Exposure Sources
Table 7	MMWave Reflectivity of Basic Explosives and Human Tissue
Table 8	Examples of Object Emissivity
Table 9	Active MMWave Screening: Advantages & Disadvantages
Table 10	Whole Body Scanners: Products, Vendors and Technologies
Table 11	Product Comparison of High-Volume EDS Machines
Table 12	Trace vs. Bulk Explosives Detection Technologies
Table 13	Trace Explosive Detection Technologies
Table 14	Trace Detection – Pros and Cons
Table 15	Hand-held Trace Explosives Detectors – IMS & GC/IMS Price & Performance Comparison
Table 16	TSA Approved Tabletop ETD Systems Performance: by Products
Table 17	Eight Desktop ETD Systems: Vendors, Products, Technology & Prices
Table 18	Portable – Swab ETD: Vendors, Products, Technology and Prices
Table 19	Hand-held ETD Systems: Vendors, Products, Technology and Prices
Table 20	Trace Detection Document Scanners
Table 21	Potential ETD Machines-Equipment Assumptions
Table 22	Magnetism and Detection Capabilities
Table 23	Conductivity and Detection Capabilities
Table 24	50 Metal Detection Portals: Products, Vendors, and Prices
Table 25	Liquid Explosives Scanners – Vendors/Products/Prices
Table 26	Shoe Scanners: Vendors, Products & Prices
Table 27	Perimeter Security Technologies Performance, Device Cost, Installation & Aftersales Costs Comparison

Figures

2 Volumes:

U.S. Airport Security Market – 2015-2020 – Volume 1

U.S. Airport Security Market – 2015-2020 – Volume 2

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U.S. Airport Security Market – 2015-2020 – Volume 1

Figure 1	Airport Perimeter & Terminal Security Areas
Figure 2	A Multi-lane People Screening Site
Figure 3	IATA Outlook of an Airport Passengers Security Screening Infrastructure
Figure 4	Future of Aviation Security
Figure 5	Aviation Security Layers of Security
Figure 6	Airport Passengers Screening – Segments
Figure 7	Airport Terminal Screening Infrastructure
Figure 8	TSA – Organizational Structure
Figure 9	U.S. Airport Security Market [$M] by Revenue Segment – 2011-2020
Figure 10	U.S. Airport Security Market AGR [%] by Revenue Segment – 2011-2020
Figure 11	U.S. Airport Security Market Share [%] by Revenue Segment – 2011-2020
Figure 12	U.S. Airport Security Market [$M] by Technology – 2011-2020
Figure 13	U.S. Airport Security Market Share [%] by Technology – 2011-2020

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U.S. Airport Security Market – 2015-2020 – Volume 2

Figure 1	Government Industry Aviation Security Life Cycle
Figure 2	Government – Private Sector Aviation Security Techno-Tactical Technology Assessment Process
Figure 3	Aviation Security Industry – Government Relationship
Figure 4	A New Product Technology Assessment Process
Figure 5	Scheme of Multi-Level Protection of a Civil Airport against Acts of Unlawful Interference
Figure 6	Major Explosives Detection Technologies: Bulk vs. Trace
Figure 7	X-ray Conveyor-Based Screening Systems – Principles of Operation
Figure 8	Conventional X-ray
Figure 9	Dual Energy X-ray
Figure 10	Screened Cabin Bag Dual Energy X-ray Image
Figure 11	Material Differentiation by Dual Energy X-ray
Figure 12	Dual Energy Z Map
Figure 13	Variable View X-ray System
Figure 14	Multi-View Dual Energy Baggage X-ray Screening
Figure 15	Convectional 2D Image (Left) vs. Quasi 3D Image (Right)
Figure 16	A Dual View Advanced Technology X-ray System
Figure 17	Backscatter X-ray Technology
Figure 18	Coherent X-ray Technology
Figure 19	Cast and Artificial Limbs Screening System
Figure 20	A Prosthetic Limbs Backscatter Image Showing a Gun Hidden Underneath a Cast
Figure 21	Fused Dual-Modality Explosives & Nuclear Screening System
Figure 22	3D Stereoscopic X-ray Camera and Images
Figure 23	3D Stereoscopic Baggage X-ray Luggage Inspection Scheme
Figure 24	Global Air Cargo Size [Million Tons]: 2001-2020
Figure 25	Air Cargo Supply Chain
Figure 26	Canadian Air-Cargo Security Screening Process
Figure 27	Flow of Cargo from Shipper to Air Carrier
Figure 28	Global Freight Traffic Forecast until 2029
Figure 29	Air-Cargo Container X-ray Screening System
Figure 30	Advanced Imaging Technology Passenger Screening Process
Figure 31	People Backscatter Imaging Technology
Figure 32	Dose Comparison: Environmental Radiation vs. Backscatter Scan
Figure 33	Spectrum of MMWave Technologies
Figure 34	Active MM-Wave Imaging Technology – Block Diagram
Figure 35	MM-Wave AIT Principal of Operation
Figure 36	A Passive MMWave Whole-Body Scanner Layout
Figure 37	Passive MMWave Scanner: Typical Threat Images
Figure 38	Electromagnetic Spectrum of the THz-Region.
Figure 39	Whole-Object EDS Scheme
Figure 40	Tomographic EDS Principle of Operation
Figure 41	EDS Throughput [BPH] vs. System Price [$K]
Figure 42	Checked Baggage Inspection System & Three Levels of Screening
Figure 43	100% Tomographic EDS & ETD Screening Flow Scheme
Figure 44	“Fractional Tomographic EDS & ETS” Screening Flow Scheme
Figure 45	100% Multi-Level (EDS, X-ray & Coherent X-ray Scatter) Screening
Figure 46	Aviation Security: “100% EDS” Screening Flow Scheme
Figure 47	Conventional Rotary Gantry EDS
Figure 48	Stationary Gantry EDS
Figure 49	The RTT Prototype X-ray Source
Figure 50	The RTT EDS Prototype
Figure 51	MagViz Images
Figure 52	ULF-MRI RDT&E Program Timeline
Figure 53	3D Stereoscopic X-ray Camera and Images
Figure 54	3D Stereoscopic X-ray Luggage Inspection Scheme
Figure 55	Explosive Materials Classification
Figure 56	The Most Commonly Used Explosives Classification
Figure 57	Trace Detection General Principle of Operation
Figure 58	Tabletop ETD: Operational Workflow
Figure 59	Explosives Trace Detection Technologies
Figure 60	Ion Mobility Spectroscopy (IMS)
Figure 61	Electron Capture Detectors (ECD)
Figure 62	Surface Acoustic Wave (SAW) Detectors
Figure 63	Explosives Trace Detection Configuration: Hand-held ETD, Tabletop ETD, & Boarding Card Screening ETD
Figure 64	The Airborne Concentration of Various Explosives
Figure 65	Typical Sensitivity of Various Explosive Trace Detection Technologies
Figure 66	Tabletop ETD Devices
Figure 67	SNL – ETD MicroChemLab on a Chip
Figure 68	Components of SNL MicroHound Trace Explosives Detection System
Figure 69	Ames “Conductive CNT Explosives Detector”
Figure 70	Hand-held Weapon Detector – Proper Scanning Path
Figure 71	Walk-through Metal-Detection Portals Technologies
Figure 72	The EU Airport Automated Border Control Concept
Figure 73	Automated Border Control Process
Figure 74	Face Recognition Based Automated Border Control
Figure 75	Airport Surface Movement Radar
Figure 76	Airport Surface Movement Radar Imaging Field
Figure 77	An Airport Security Command, Control & Communication Meta-System
Figure 78	Airport Perimeter Security C2/C4ISR System Topology
Figure 79	Airport Security C2/C4ISR System Block diagram
Figure 80	Airport Emergency Communication: Technologies
Figure 81	Airport Security Communication: Obstacles to Interoperability
Figure 82	The European “Computer Emergency Response Teams & Command Centre” (CERTs .CERT/CCs)
Figure 83	Airport Perimeter Security Systems
Figure 84	Airport Perimeter, Security Layers
Figure 85	Dumb Perimeter Barriers
Figure 86	Airport Perimeter
Figure 87	Airport Perimeter Security Infrastructure
Figure 88	Intersection of Risk Assessment
Figure 89	Checked Luggage ETD, EDS & X-ray Screening Configuration – 1
Figure 90	Checked Luggage ETD, EDS & X-ray Screening Configuration – 2
Figure 91	Schematic Visualization of a Mini in-Line System
Figure 92	Checked Luggage ETD, EDS & X-ray Screening Configuration 3 – Mini In-Line System with Light Integration
Figure 93	Checked Luggage ETD, EDS & X-ray Screening Configuration 4 – Stand-Alone EDS
Figure 94	Artist View of a Checkpoint of the Future
Figure 95	Future Screening Checkpoint (HSRC 2002 Forecast)
Figure 96	Future Multi-Threat People Screening Checkpoint – (HSRC 2002 Concept)
Figure 97	Airport Pre-Screening Program Process
Figure 98	Airport CBP Pre-Screening Systems and Data Flow
Figure 99	Qylatron Multi-Modal Multi Threat Passenger Screening Portal
Figure 100	Fused Technologies – Concealed Weapons Detection
Figure 101	Molecular Imprinting Technique
Figure 102	Map of MANPADS Attacks on Civil Aircraft – 1975-2012
Figure 103	An IR MANPAD View of a Civilian Aircraft
Figure 104	Overview of MANPADS
Figure 105	Flare-based MANPAD Countermeasures
Figure 106	DIRCAM CONOPS
Figure 107	The “Skyshield” Counter MANPADS
Figure 108	BAE Systems and Northrop Grumman Counter MANPAD Systems
Figure 109	Average X-ray Screening Rate [Passengers per Hour] by Region.
Figure 110	The IATA “Checkpoint of the Future” Lanes
Figure 111	IATA “Checkpoint of the Future” Concept
Figure 112	Single Queue Serving Multiple People Screening Checkpoints
Figure 113	A Single Queue Serving Multiple Screening Positions
Figure 114	Two Single Lanes Serving Multiple Screening Positions
Figure 115	Separated Lines in Single Queue Serving Multiple Screening Positions
Figure 116	Checkpoint Staff Allocation

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U.S. Airport Security Market - 2015-2020

Cumulative 2015-2020 Market: $22.5 Billion

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