Security and Transportation Technology Business Unit

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Security and Transportation Technology Business Unit Products and Solutions Science Applications International

International Corporation. All rights reserved.

trademarks of SAIC in the U.S. and/or other countries.

1 Security and Transportation Technology Business Unit Products and Solutions Science Applications International Corporation Security and Transportation Technology Business Unit March Science Applications International Corporation. All rights reserved. VACIS, EXPLORANIUM, RailView, RTR-4, Array Motion Imaging, SAIC, and the SAIC logo are trademarks or registered trademarks of SAIC in the U.S. and/or other countries. The Military Mobile VACIS and VACIS GT systems and their technology are subject to the International Traffic in Arms Regulations. The remainder of the VACIS and other product lines and their technology are subject to United States Export Administration Regulations. Diversion contrary to U.S. law is prohibited. The technology may not be resold, transferred, transshipped, exported from the United States or re-exported without prior authorization by the U.S. government. TPN Mar11.

2 Security and Transportation Technology SAIC Corporate Overview Security and Transportation Technology Business Unit Overview 2

3 SAIC Security and Transportation Technology SAIC Corporate Overview Founded in 1969 Fortune 500 company $10.8 billion FY10 revenues 43,000 employees Provides scientific, engineering, and technology applications Solves problems of vital importance to the nation and the world in national security, energy, the environment, critical infrastructure, and health 40 years of steady growth Fortune 500 is a registered trademark of Time, Inc. in the United States and/or other countries 3

4 SAIC Security and Transportation Technology SAIC Industry Rankings #2 Top 250 GSA Vendors Federal Times, May 2010 #3 Worlds Most Admired Companies: IT Services Fortune, March 2010 #3 Barron s 500 Barron s, May 2010 #4 Top 50 Technology Contractors Government Executive, August 2010 #7 Top Homeland Security Contractors Government Executive, August 2010 #9 Top 200 Federal Contractors Government Executive, August 2010 #11 Defense News Top 100 Defense News, July 2010 #17 Top 200 Environmental Firms Engineering News-Record, August 2010 #17 Top 50 Program-Management Firms Engineering News-Record, August 2010 # Greenest Big Companies in America Newsweek, October 2010 #215 Fortune 500 Fortune, April

SAIC Security and Transportation Technology Security and Transportation Technology Business Unit Provides advanced technologies, proven products and custom solutions to serve: Customs authorities

5 SAIC Security and Transportation Technology Security and Transportation Technology Business Unit Provides advanced technologies, proven products and custom solutions to serve: Customs authorities Airport authorities Shipping and trucking industries Terminal operators Helps improve safety and security Helps increase productivity and efficiency Helps reduce costs U.S. and foreign military Law enforcement agencies Emergency first responders Industrial and manufacturing entities 5

imaging systems Gamma-ray and X-ray imaging for cargo

systems Detection and identification of gamma and

detection systems X-ray computed tomography (CT) for

interception of threats in checked and carry-on

systems Optical character recognition (OCR) systems

6 SAIC Security and Transportation Technology Technologies, Products, and Solutions Nonintrusive imaging systems Gamma-ray and X-ray imaging for cargo and vehicles Radiation sensing and classification systems Detection and identification of gamma and neutron radiation sources Explosives and threat detection systems X-ray computed tomography (CT) for detection of explosives and Array Motion Imaging for interception of threats in checked and carry-on baggage Video equipment identification and monitoring systems Optical character recognition (OCR) systems for equipment identification and traffic enforcement, digital video for equipment monitoring 6

7 Nonintrusive Imaging Systems 7

Nonintrusive Imaging Systems VACIS Imaging Systems Overview

Detailed images of the contents of containers, trailers,

radiation dose per scan Variety of configurations available

8 Nonintrusive Imaging Systems VACIS Imaging Systems Overview Powerful imaging technology Gamma-ray and X-ray sources Detailed images of the contents of containers, trailers, railcars, autos and other objects High throughput Very low radiation dose per scan Variety of configurations available Built-in safety features protect operators and bystanders Proven 24/7 support programs 8

VACIS Imaging Systems VACIS Systems Worldwide Deployments 19 15 111

9 VACIS Imaging Systems VACIS Systems Worldwide Deployments VACIS systems installed or under contract (March 2011) 9

10 VACIS Imaging Systems VACIS Systems Worldwide Deployments (continued) 524 VACIS systems installed or under contract (March 2011) Type of System United States Southwest Asia Mexico Canada Asia Latin America/ Caribbean Mobile/Euro Portal Portal FullScan 2 2 Relocatable Military Mobile All-Terrain Railroad Pallet P/IP M IR XPL Total Europe Total 10

Photon counting electronics Nonintrusive Imaging Systems VACIS Imaging Systems Concept of Operations Image Processing Detector array Shadow

11 Photon counting electronics Nonintrusive Imaging Systems VACIS Imaging Systems Concept of Operations Image Processing Detector array Shadow cast by vehicle on detectors Gamma ray or X-ray fan beam Host Computer and Control Console Gamma ray or X-ray source User/Operator Control 11

TPN-09-0307 2Feb10 VACIS XPL Passenger Vehicle Scanning System Product Presentation Science Applications International Corporation Security and Transportation Technology Business Unit The

The technologies may not be resold, transferred, transshipped, exported from the United States or re-exported without prior authorization by the United States government.

12 TPN Feb10 VACIS XPL Passenger Vehicle Scanning System Product Presentation Science Applications International Corporation Security and Transportation Technology Business Unit The VACIS product line and its technologies are subject to United States Export Administration Regulations. Diversion contrary to U.S. law is prohibited. The technologies may not be resold, transferred, transshipped, exported from the United States or re-exported without prior authorization by the United States government. Science Applications International Corporation. All rights reserved. SAIC, VACIS, the SAIC logo, and From Science to Solutions are registered trademarks of Science Applications International Corporation in the United States and/or other countries.

13 Overview Performance Resolution: 7 mm (0.28 in) Throughput: Hundreds of vehicles per hour Physical dimensions: 3.7 m (12.1 ft) L x 3.3 m (10.8 ft) W x 3.2 m (10.5 ft) H System weight: 1,600 kg (3,500 lb) Typical dose per scan: Complies with ANSI N43.17 Features X-ray system Compact X-ray source featuring switched-energy technology Operational modes automatic operation in free-flow or stop-and-go traffic conditions Personnel one operator Software design Windows operating system Powerful image-analysis tools Benefits Scans the entire vehicle including occupants Low radiation dose per scan High throughput scans hundreds of vehicles per hour Compact physical footprint Supports remote, centralized image analysis Flexible operation free-flow and stop-and-go traffic World-class training and 24/7 technical support Windows is a registered trademark of Microsoft Corp. in the U.S. and/or other countries 13

Key Features Scans vehicles from bumper to bumper including occupants Very low radiation dose per scan complies with all applicable U.S. and international regulations including ANSI N43.

14 Key Features Scans vehicles from bumper to bumper including occupants Very low radiation dose per scan complies with all applicable U.S. and international regulations including ANSI N43.17 Material discrimination provides color-coded scan images that allow trained operators to clearly and quickly distinguish organic materials from inorganic materials Automatically scans hundreds of vehicles per hour in the typical flow of checkpoint traffic in both non-stop and stop-and-go traffic conditions Compact system fits into most existing inspection lanes Remote image analysis allows inspectors to screen vehicles from a separate location 14

screening at high-throughput checkpoints Helps government security personnel protect critical national assets Image by

15 Applications Helps inspectors intercept weapons and explosives before they can reach a targeted location Helps relieve security personnel of the need for time-consuming hand searches at road security checkpoints Ideal for vehicle screening at high-throughput checkpoints Helps government security personnel protect critical national assets Image by wadester16 under Image public domain under Title 17, Chapter 1, Section 105 of US Code 15

16 Bumper-to-Bumper Scanning Scans the entire vehicle, including occupants Helps trained operators intercept threats, contraband and other suspicious items Allows the entire vehicle to be quickly and efficiently screened 16

17 Dose (microsv) VACIS XPL Passenger Vehicle Scanning System Low Radiation Dose Less than Eating one banana 1 VACIS XPL system direct dose per scan to vehicle occupants Drinking water for 1 year 3 3 Dental X-ray 1 Reference: Food Values of Portion Commonly Used, 16th edition, Bosen and Church. Chart of Nuclide, F. William Walker et al. 2 Current ANSI N43.17 dose limit to vehicle occupants 3 Reference: Radiobiology for the Radiologist, by Eric Hall and BEIR V, National Academy of Science 17

Material Discrimination The system s specially filtered X-ray source simultaneously screens vehicles at two different energies Metal and organic objects are electronically separated by the system s

18 Material Discrimination The system s specially filtered X-ray source simultaneously screens vehicles at two different energies Metal and organic objects are electronically separated by the system s advanced computer processing Potential organic threats such as explosives, stowaways and drugs are highlighted in shades of yellow and red, allowing trained operators to quickly evaluate them Simulated explosives (organic material) 18

Automated Operation Light or No Traffic The system s barrier arms remain raised Vehicles simply drive though the system without stopping The system automatically

19 Automated Operation Light or No Traffic The system s barrier arms remain raised Vehicles simply drive though the system without stopping The system automatically captures scan images for each vehicle Signage and speed bumps are used to manage traffic speeds to obtain optimum scan images with minimal impact on throughput 19

20 Automated Operation Heavy or Stop-and-Go Traffic (Step 1) A vehicle to be scanned (1) is held behind a lowered barrier arm (2) The system s vehicle presence sensor (3) waits for the vehicle ahead (4) to clear the system Two VACIS XPL systems shown in side-by-side configuration in existing traffic lanes 20

Automated Operation Heavy or Stop-and-Go Traffic (Step 2) The system s vehicle presence sensor (1) recognizes that the vehicle ahead (2) has cleared the system The system

21 Automated Operation Heavy or Stop-and-Go Traffic (Step 2) The system s vehicle presence sensor (1) recognizes that the vehicle ahead (2) has cleared the system The system automatically raises a barrier arm (3) to release the vehicle to be scanned (4) Two VACIS XPL systems shown in side-by-side configuration in existing traffic lanes 21

Automated Operation Heavy or Stop-and-Go Traffic (Step 3) The vehicle to be scanned (1) now moves through the system and is scanned automatically the system s vehicle presence sensor (2) recognizes

22 Automated Operation Heavy or Stop-and-Go Traffic (Step 3) The vehicle to be scanned (1) now moves through the system and is scanned automatically the system s vehicle presence sensor (2) recognizes that the system is occupied during the scan The barrier arm (3) lowers automatically to hold the next vehicle (4) The cycle repeats Two VACIS XPL systems shown in side-by-side configuration in existing traffic lanes 22

23 Compact Design The system s physical footprint measures just 3.7 m (12.1 ft) long x 3.3 m (10.8 ft) wide x 3.2 m (10.5 ft) high The system weighs just 1,600 kg (3,500 lb) The system can be installed directly in existing traffic lanes in most cases The system requires minimal civil works (mainly trenching for cables) The entire system can be set up (after completion of civil works) or disassembled in half a day 23

Remote Image Analysis Analysis workstations can be located adjacent to the inspection area or remotely hundreds of miles away Scan images from multiple systems can be analyzed at a central facility

24 Remote Image Analysis Analysis workstations can be located adjacent to the inspection area or remotely hundreds of miles away Scan images from multiple systems can be analyzed at a central facility All vehicle identification information can be removed from the scan images prior to being sent for analysis, preserving the integrity of the analysis process Analyzed images with annotations can be returned to secondary inspection and interdiction personnel in the inspection area together with identification information Images and data are transferred to and from the respective locations in nearreal time (customer-supplied Ethernet with sufficient bandwidth required) 24

25 World-Class Support SAIC s available world-class maintenance and training programs currently support hundreds of VACIS systems around the globe Worldwide training and 24/7 technical support provided by dedicated, factory-trained technicians Hands-on safety and operator training provided by experienced users of the equipment 25

26 Scanning Demonstration 2 The VACIS product line and its technologies are subject to United States Export Administration Regulations. Diversion contrary to U.S. law is prohibited. The technologies may not be resold, transferred, transshipped, exported from the United States or re-exported without prior authorization by the United States government. Science Applications International Corporation. All rights reserved. SAIC, VACIS, the SAIC logo, and From Science to Solutions are registered trademarks of Science Applications International Corporation in the United States and/or other countries.

27 Scanning Demonstration No Weapons (Control Run) Reference photo of simulant weapons in front of unloaded test vehicle 27

28 Scanning Demonstration No Weapons (Control Run) Raw scan image of unloaded vehicle 28

29 Scanning Demonstration No Weapons (Control Run) Enhanced scan image of unloaded vehicle 29

30 Scanning Demonstration Handguns Photos showing placement of two handguns (.45-caliber automatic pistols) 30

31 Scanning Demonstration Handguns Raw scan image of vehicle with two handguns 31

32 Scanning Demonstration Handguns Enhanced scan image of vehicle with two handguns 32

33 Concept of Operations Handguns Enhanced scan image of vehicle with two handguns close up of gun #1 33

34 Concept of Operations Handguns Enhanced scan image of vehicle with two handguns close up of gun #2 34

35 Concept of Operations Machine Guns Photos showing placement of machine guns (7.62 mm AK-47s) 35

36 Scanning Demonstration Machine Guns Raw scan image of vehicle with two machine guns 36

37 Scanning Demonstration Machine Guns Enhanced scan image of vehicle with two machine guns 37

38 Scanning Demonstration Machine Guns Enhanced scan image of vehicle with two machine guns close up of gun #1 38

39 Scanning Demonstration Machine Guns Enhanced scan image of vehicle with two machine guns close up of gun #2 39

100 Percent Screening of Cargo Containers (Session 3A: Security II)

100 Percent Screening of Cargo Containers (Session 3A: Security II) MTS R&T Coordination Conference November 16-17, 17, 2004 Washington, D.C. Victor J. Orphan Science Applications International Corporation