2ICx OVERVIEW Primary Industry Focus SecurityTransportationAlthough founded in 2003, numerous ICx Technologies business units have been in business for more than 20 years…as far back as 1975…more than 100 years combined850+ Employees400+ Engineering and R&D70+ PhDResearch, development and manufacturing in the US, Canada and GermanyHeadquarters in Arlington, Virginia, USA2007 revenues over $130MGlobal customer baseICx debuted on NASDAQ (ICXT) in November, 2007page 22
3WHAT ICx DOES INTEGRATED SYSTEMS Research Develop Manufacture Service Integrated Command & Control Application Software w/API & SDK suiteAnalytics SoftwareVideo ManagementSoftware & HardwareGround-Based Radar SystemsThermal ImagingMobile Security PlatformsResearchDevelopManufactureServiceSupportINTEGRATED SYSTEMSAccess Control & Intrusion DetectionBiological SensorsExplosives SensorsRadiation SensorsChemical SensorsTransportation Systemspage 33
4SYSTEMS DIVISION PLATFORMS IMAGING RADAR COMMAND & CONTROL CAMELEON ITSORIONSTS-350SKYWATCHCAMELEON TACTICALDEFENDIRSTS-1400 & 4400We offer a full line of surveillance products.Thermal cameraswe have fielded more perimeter security radars than any other company in the world and were just added to Boeing SBI teamour platform group has integrated radars and cameras and is widely deployed at the borderwe combine the sensor data into a unified command and control infrastructurePURE ACTIVILLUMINATORSTS-12000VISIONIRSTS & 30000CERBERUSSTARWATCH GMSpage 44
5DETECTION DIVISION CHEMICAL BIOLOGICAL RAD/NUCLEAR EXPLOSIVES GRIFFIN 450 & X-SORBERAIRSENTINELIDENTIFINDERFIDO XT & ONBOARDWith this technology platform we have built a portfolio of the most advanced CBRNE sensor in the industry. We make sensor faster, smaller, cheaper and more reliable bringing laboratory quality sensing into the front lines of homeland defenseCHEMSENSE 600IBACSTRIDE SYSTEMSFIDO FASTGATEAGENTASE CAD-KITBIOCAPTUREINTERCEPTORFIDO PAXPOINTpage 55
6XT Detector Robot-mounted configuration Hand-held configuration Tethered head for interrogation of hard-to-reach placesRemovable tether for one-handed operationRobot-mounted configurationExtremely light, less than 2 lbs.May be fully integrated or used as a plug-and-play payloadPresenters: use the Fido Technical Overview as the speaker’s notes source for this briefing.
7Origins of Fido - DARPA Dog’s Nose Program Program to detect landmines12 teams selected including MIT, Tufts, Caltech, Texas Instruments, RockwellObjective: match canine performanceICx Nomadics developed only successful sniffer systemDeveloped and demonstrated Fido technologyProven comparable to dogs in side-by-side tests
8Chain of Events Leading to IED Deployment • IED bombers must store, transport, handle, and deploy large amounts of explosive material• At each stage there is an exploitable explosive chemical signature• STORAGE: Vapor sampling and detection using Fido provides a capability to find weapons caches where explosives are stored prior to being turned into an IED• TRANSPORTING THE EXPLOSIVES: Vehicles that transport explosives from weapons caches to a bomb builder will reek of explosives vapor while the explosive is in the vehicle, and for a good amount of time afterward due to contamination.• BOMB BUILDER: The location of the bomb builder will provide a detected explosives vapor signature, as well as his clothing and hands.• TRANSPORTING THE IED: Once built the IED must be delivered to the enemy’s target area, resulting in additional opportunities for interdiction.• CONCEALMENT: Deployed IEDs are the most challenging detection scenario for vapor detection, and might provide the least long-term benefit when compared to breaking of other chains, as the enemy’s bomber network is not necessarily compromised.• Can detect explosives secreted in homes, buildings, or underground• Can detect explosives in vehicles or vehicle that recently held explosives• Can detect explosives on persons or clothingIf detection occurs prior to IED deployment, the risk to the general population could be greatly reduced!
9Urban Use Scenarios… Find where the bad guys live or make devices Swipe Elevator ButtonsIf positive, swipe buttons individually to find the floorThen swipe door knobs on that floor to find the door knob or knobsFor positives, get a search warrant
10Urban Use Scenarios… Screen motorcycles Screening parked motorcycles is easier than screening people. It also eases concerns about racial profiling.
11Urban Use Scenarios… Heightened Threat Awareness Screening Vapor space of handbags – quick and easyCell phone buttons – covertly if desiredRandom hand sampling at VIP eventsTickets at spectator eventsAnywhere you need to separate the good from the bad!
12Effective Application of Fido Trace-level detection of explosive residues on suspected terrorists and their personal effectsSuspicious item screening (rooms, backpacks, vehicles)Covert investigation (cracks around doors and windows, items handled by suspicious individuals)Ideal for integration onto robots due to small size, low power consumption and communications capabilitiesItems that have come into contact with explosive handler can be swiped to identify presence of explosives.
13Technology Background on Fido - AFP Amplifying Fluorescent Polymers (AFP) are the detection principle of the Fido XTAFP materials fluoresce intensely in the absence of explosives materialsUpon binding to target analytes, the fluorescence is quenched proportionally to the concentration of analyte in the sampleThe AFP is structured like Receptors wired in a series (see next slide)ExplosivesNo ExplosivesAFPs produce a dramatic reduction in their fluorescence when TNT and other nitroaromatic compounds bind to thin films of the polymers. This enables detection of TNT and related substances at levels three orders of magnitude below that of the most sensitive commercially-available laboratory instruments. The current sensor prototype can detect low femtogram masses of TNT. It is possible to detect the extremely low concentrations of explosive vapors encountered in the vicinity of landmines.The vial at left contains beads coated with the amplifying fluorescent polymer material in water containing approximately 1 ppm TNT. The vial at right contains no TNT. The quenching effect is easily seen even with the naked eye.
15Graphic Representation of AFP The figure on the left is an animation that activates upon the first action after this slide is brought up. It is illustrating how only molecules of interest (orange ones) bind to the polymer. When the explosive molecules bind to AFP chromophores in a chain, the subsequent polymer molecules in the chain stop emitting light, resulting in a rapid decrease in overall fluorescence (quenching) for a period of time based on the number of explosive molecules present. This process is reversible, and, after a few seconds, the Fido sensing element clears itself out, begins to fluorescence again, and is ready for further use. Note that the explosive molecules do remain bound to the polymer - this is the reason that the Sensing Elements deplete after a period of time and must be changed.As the explosives molecules are drawn through the sensing element, they bind to the AFP, resulting in a decrease in fluorescence within the sensing element (known as the “quenching effect”)The quenching effect is indicated through both a visible (bar chart) and audible signal (similar to a Geiger counter’s output) to the operator. Discretion of the audible signal is possible with the use of ear buds.This process is reversible – the Fido clears down quickly after a hit and is ready for additional sampling (note that the explosive molecules do remain bound to the polymer)The orange dots represent explosive molecules that bind to the AFP, the gray dots represent air and other benign molecules continuously flowing through the sensing element
16Important points about using AFP 1) sensitivity:AFP enables detection of certain types of explosives at levels three orders of magnitude (1,000 times) below that of the most sensitive commercially-available laboratory instruments. The current sensor prototype can detect low femtogram masses of nitro-aromatic explosives such as TNT, and pg-ng levels of other explosives such as RDX and PETN.
17Important points about using AFP 2) selectivity:Reduced false positives as we will not alarm on farmers handling just fertilizer or people with heart medication3) speed of results:The Fido XT yields results in a matter of seconds versus longer sampling times for IMS devices (allows for higher throughput rates)4) ability to verify initial results:After receiving a “hit” the Fido XT recovers in a matter of seconds as the explosives are “flushed out” from the continuous air flow generated by the internal pump. Current IMS devices sometimes are down for 45 minutes to several hours after receiving a “hit”.5) size and portability:Unlike IMS based devices which have to be a certain size, the AFP based Fido XT is small enough to integrate with the majority of commercially available robotic systems, and also has the potential to integrate onto UAV platforms. The current payload weighs 13.5 oz, with room to decrease in size.
18Simplified XTi User Interface For official use only
19Example of Alert & No Alert Signals Source: XTi Pictorial Manual for Arabic customer (note: right to left order)For official use only
22Sampling of US Military Customers US Army Rapid Equipping ForceSOCCENTiRobot (supporting JIEDDO)US Army National Training Center (supporting various training bases)US Army Camp VictoryUS Army Ft. BlissUS Army RDECOMUS Army TARDECUS Army NVESDUS Army Prototype Integration FacilityUSMC Warfighting LabUSMC 1MEFUSAF Air Force Research LabUSAF Al KasikUSAF Grand Forks AFBUSAF Charleston AFBWisconsin Air National GuardUSN Office of Naval ResearchRobotics Systems JPOUSMC Camp Pendleton Base SecurityUS Army Camp EggersHanscom AFBUS Army Ft. StewartAndersen AFBNaval Support Activity Panama CityUS Army Ft. MonroeOhio Air National GuardFor official use only
23Fido® Explosives Detection System “U.S. Army Greatest Inventions” – 2005 & 2006As of 1 JUL 082.7 lbsDetects common military explosives & munitionsCanine-comparable sensitivity for key compoundsHandheld or robot mountedPROGRAM STATUSRS-JPO is the Army Acquisition AuthorityOn track to become Program of Record 2009Army Infantry School is the proponent –POC Mr. Jim LynnDraft CPD forthcoming in Aug 2008Projected BOIP – One Fido per Maneuver SquadDA System Coordinator – Mr. Steve CampbellOver 800 in use in Iraq and AfghanistanTechnical support provided by JRRF and Contractor in-theater & CONUSTrain-the-trainer and Operator’s courses availableOver 200 Fidos at MOB sites and training centersOBTAINING SYSTEMSMIPR funds to PEO Ground Combat Systems, SFAE-DCS-UGV, MS266, 6501 East 11 Mile Road, Warren, MI JPO, ATTN: Ms. Colleen Setili, (586)Purchase direct from GSA Schedule, Contract Number GS-07F-6031RSubmit JUONS/ONSs through CoC and copy the APM (for deployed or scheduled to deploy units only)CONTACT INFORMATIONMAJ Michael ZahuranicAPM, Maneuver SystemsPEO Ground Combat SystemsSFAE-GCS-UGV, MS 2666501 East 11 Mile RoadWarren, MI(586)DSN:
24Foreign Sales For official use only Afghanistan Iraq UK Spain India JapanGermanyJordanBruneiAzerbaijanThailandSouth KoreaVietnam (sale pending)For official use only
25Advantages Over Other Systems Superior sensitivity to certain explosive compounds (e.g., TNT detection at low femtogram)More selective (e.g., does not respond to fertilizers)Fast clear-down time after overdose (minutes vs. hours)No nuclear source (no regulatory hassles)Small, portable, lightweight (~2 kg)Very power-efficient (2-4 hours on standard rechargeable camcorder battery)Only sensor that can be effectively be mounted on robotsCan work in desert environmentsFor Official Use Only