Technology Emerging requirements

•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at (µP) Contactlessbased cards not Memory/Log iCardc cards. Capabilities •µP cards are still evolving with technology advancements. This type of card exhibits: slow operation, large die size, changing horizon, and cTheostly t oNew purchas Horizone. •Readers (PCD) need to read/write and comply to three levels of supported Smart Card technology. •The ability to locally encode and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential Smart Card Technology Emerging requirements

•ISO-1Capabilities4443 Standard is in progress, butToday is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not Memory/Logic cards. •µP cards are still evolving with technology advancements. This type of card exhibits: slow operation, large die size, changing operating system horizon, and• coTransitstly to purchase. •Readers (PCD) need• Transitto read/write an “extensions”d comply to three levels of supported Smart Card technology. •The ability to locally• en“Pilot-level”code and distribute card Securitys is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential Smart Card Technology EmerginLookingg requir Forwardements •ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not• MRegionalemory/Logic cTransitards. •µP cards are still evolving with technology advancements. This type of card exhibits:• slFinancialow operation, l arge die size, changing operating system horizon, and costly to purchase. •Readers (PCD)• neUS-wideed to read/w Securityrite and comply to three levels of supported Smart Card technology. • World-wide Security •The ability to locally encode and distribute cards is necessary. •Whatever smar(Borderst card is issued, and it m uPorts)st be durable, reliable and secure. . • Interoperability Issues •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential TranTransitsit AnAn EEnd-nd-to-Eto-Endnd SSoolluutitionon Media + Hardware + Business Management

Access and Open Reader Central Computer Card Biometric Technology Architecture Features Secure and Fast Biometric Capabilities

Tri- Magstripe Reader® - High Reliability - Security - Local Reports -Disaster Micro Recovery - Table Requests RTD - Reporting Disposable Contactless Services - Smart Card Base Distributed Management Master Processing Module - Cardholder Solution Support

Contactless Memory SIB

Win32 Expandable Dual Interface Memory Microprocessor Environment CUB-SAM

Micro-RTD Tri-Reader Master Module Magnetic Ticket Transports

technology & Unattended product suite Vending

Fareboxes Turnstiles & Faregates CICO Validator Card Media SmartSmart CardCard TechTechnologynology EmerginEmergingg re requirementsquirements •ISO-14443 Standard is in progress, but is not worldwide in •ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) application. This standard is primarily focused at microprocessorr (µP) based cards not Memory/Logic cards. based cards not Memory/Logic cards. •µP cards are still evolving with technology advancements. This type •µP cards are still evolving with technology advancements. This type of card exhibits: slow operation, large die size, changing operating of card exhibits: slow operation, large die size, changing operating system horizon, and costly to purchase. system horizon, and costly to purchase. •Readers (PCD) need to read/write and comply to three levels of •Readers need to read/write and comply to levels of supported Smart Card technology. supported Smart Card technology. •The ability to locally encode and distribute cards is necessary. •The ability to locally encode and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and •Whatever smart card is issued, it must be durable, reliable and secure. secure. •Magnetic, Memory/Logic and µP cards will co-exist for years to •Magnetic, Memory/Logic and µP cards will co-exist for years to come. come.

Cubic Proprietary and Confidential ContactlessContactless SSmartmart CardCard StandardStandard ISOISO 1444314443

Application (i.e.. fare collection) Card OS (Not Included In Standard) Security (Not Included In Standard) raft Submitted. Debates ongoing. Part 4 -Protocol

Part 3 - Initialization & Anti -collision ISO Committee debating this. (Type A and Type B)

Part 2 - RF Power & Signal Char’s ISO Committee vote complete. (Type A and Type B)

ISO Committee vote complete . Part 1 - Physical Card Characteristics Back to technology & product suite click on Tri-Reader Memory / Logic Cards

State Machine Processor R - Card F ~ 0 - 6.5cm ROM (Keys) (Standard Antenna) 2kB - Communications (1kB)

0 App.1App.2 Apps 15

Total l

e o

2kB r u

t 13.56 MHz

t

l

n

n a

e 10% AM (100% AM)

o

V

v

C

E

d g

TM s

ected

e n

e FRAM

r

s i

o

d e

m (EE Memory)

l

i

t i c 115 k Baud (106 k Baud)

Prot

T

S

u c B A Single Carrier (Subcarrier) FCC Article 15 Certified - GO CARD® Each Application Memory Usage 7 User Pages (16 bytes) 1 Key and Page Application Type

TM - Ramtron Smart Card Technology ContactlessEmerging requir Smartemen tsCards

•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) basProvidesed cards not Mexpandedemory/Logic ca rdflexibilitys. •µP cards are still evolving with technology advancements. This type overof card exmagnetichibits: slow operation, large die size, changing operating system horizon, and costly to purchase. More memory and Higher Security •Readers (PCD) need to read/write and comply to three levels of sFasterupported Sm Transactionsart Card technology. and Lower •The ability to locally encode and distribute cards is necessary. Maintenance•Whatever smart card is issued, it must be durable, reliable and secure. Published. Standards…Multiple Suppliers •Magnetic, Memory/Logic and µP cards will co-exist for years to - coBetter,me. Cheaper & Faster

Cubic Proprietary and Confidential Cubic Proprietary and Confidential Smart Card Technology TheEmergin Productiong requiremen Processts

•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not Memory/Logic cards. ASIC/Microprocessor Design •µP cards are still evolving with technology advancements. This type of card exhibits:Semi-Conductor slow operation, large die siz eFabrication, changing operating system horizon, and costly to purchase. •Readers (PCD)Wafer need to r eProcessingad/write and comply to three levels of supported Smart Card technology. •The ability to loModulecally encode aAssemblynd distribute cards is necessary. •Whatever smarCardt card is iProductionssued, it must be durable, reliable and secure. . •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential Smart Card Technology EmerginThe Playersg requirements

•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not Memory/Logic cards. •µPProduction cards are still evo lvProcessing with techn otypicallylogy advancem managedents. This type by of card exhibits: slow operation, large die size, changing operating sys2tem to hor 3iz oprimaryn, and costly tparticipants:o purchase. •Readers (PCD) need to read/write and comply to three levels of supporSemiconductorted Smart Card technology .House (with or without •The abASICility to lo cdesigner)ally encode and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . Card Manufacturer •Magnetic, Memory/Logic and µP cards will co-exist for years to - come. Operating Systems Developer

Cubic Proprietary and Confidential LeadingSmart SemiconductorCard Technolo Housesgy Emerging requirements •ISO-14443 Standard is Philipsin progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not MemoryST/Logi cMicroelectronics cards. •µP cards are still evolving with technology advancements. This type of card exhibits: slow operInfineonation, large die size, changing operating system horizon, and costly to purchase. •Readers (PCD) need toAtmel read/write and comply to three levels of supported Smart Card technology. •The ability to locally encoFujitsude and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . Samsung •Magnetic, Memory/Logic and µP cards will co-exist for years to - come. Toshiba

Cubic Proprietary and Confidential Smart Card Technology LeadingEmergin Cardg requir Manufacturersements

•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards noSchlumbergert Memory/Logic cards. •µP cards are stGiesekeill evolving wi th& te cDevrienthnology advancements. This type of card exhibits: slow operation, large die size, changing operating system horizonGemPlus, and costly to purchase. •Readers (PCD) need to read/write and comply to three levels of supported SmarOrgat Card technology. •The ability to locally encode and distribute cards is necessary. Oberthur •Whatever smart card is issued, it must be durable, reliable and secure. . ASK •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential Smart Card Technology LeadingEmergin Operatingg requir Systemements

Developers•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not MemorIBMy/Logic cards. •µP cards are still evolving with technology advancements. This type of card exhibits: slow operation, large die size, changing operating system horizon, and cosKeycorptly to purchase. •Readers (PCD) need toSchlumberger read/write and comply to three levels of supported Smart Card technology. •The ability to locally enGiesekecode and distrib u&te c aDevrientrds is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . GemPlus •Magnetic, Memory/Logic and µP cards will co-exist for years to - come. Mobile Mind

Cubic Proprietary and Confidential WAP Phone (“coming soon”)

Transit Store

3rd Party Kiosk

Internet User NBMS Customer Service Operations Out-of-system sales Transit Kiosk (MRM)

Consumer

ATM Retail POS Cash EFTPOS Collection & Acquiring Reconciliation

General Settlement & Accounting Reconciliation

financialfinancial servicesservices Electronic Funds Pool Funds Management Transfer BusBusBus LinkLinkLink

The “contactless” Smart Card eliminates the need for correct change and significantly reduces boarding time. WhyWhyWhy RegionalRegional?Regional? Transit?

Experience permits us to meet transport-security needs with a turn-key solution at a regional level

Smart card technologies at all transit ports High-volume systems and at transit buildings Central systems updated to support regional access

Federal Intermodal Transportation RegionalSmart CardIntegration Tech Process…nology Emerging requirements

The•ISO- 1“End4443 St Game”andard is iofn pr Fareogress ,Policy but is not Evolution. worldwide in application. This standard is primarily focused at microprocessor (µP) Abas Commoned cards no t FareMemo rmediay/Logic ca andrds. Fare Product set•µP ca acrossrds are st illMultiple evolving w iOperators.th technology advancements. This type of card exhibits: slow operation, large die size, changing operating Allowssystem hor forizon Seamless, and costly to pTravelurchase. and Regional •Readers (PCD) need to read/write and comply to three levels of sTransportationupported Smart Card tPlanning.echnology. Provides•The ability t oConsolidated locally encode and Regionaldistribute card Riderships is necessary . and•Whate Revenuever smart ca rReporting.d is issued, it must be durable, reliable and secure. Allows. Linked service Promotional Strategies •Magnetic, Memory/Logic and µP cards will co-exist for years to - acrosscome. Operators.

Cubic Proprietary and Confidential US Security Market Exploding…

– Federal Buildings – US Visit / Borders – Seaports and Airports SmartSecurity Card Applications Technology Emerging requirements

•ISO-14443 Standard is in progress, but is not worldwide in application. This• stTransitandard is primarily focused at microprocessor (µP) based cards not• MBordersemory/Logic cards. •µP cards are still evolving with technology advancements. This type of card exhibits:• slPortsow operation, large die size, changing operating system horizon, and costly to purchase. •Readers (PCD)• neHotelsed to read/write and comply to three levels of supported Smar•t COfficeard techno lBuildingsogy. •The ability to locally encode and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential U.S.Smart Entry Exit Card “Enhanced”“Enhanced” Tech CredentialsnoloCredentialsgy ForFor PedestriansPedestriansEmergin andandg re VehiclesVehiclesquirements •ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not Memory/Logic cards. •µP cards are still evolving with technology advancements. This type of card exhibits: slow operation, large die size, changing operating system horizon, and costly to purchase. •Readers (PCD) need to read/write and comply to three levels of supported Smart Card technology. •The ability to locally encode and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential FasterFastFast SecuritySecurity Security CheckCheck Checks

Smart Card enabled biometrics provide multiple “layers of personal identification” for the trusted passenger reducing the need for more time - consuming inspections. AccessAccessAccess SecuritySecuritySecurity

Hotel reservations, , and office access are all facilitated by fast, secure, reliable contactless cards Intermodal Port of the Future Briefing to the Ship Operations Cooperative Program

Presented by the Puerto Rico Ports Authority 1 Smart Card Technology EmerginPassportg requir Conceptements

•ISO-14443 Standard is in progress, but is not worldwide in application. This standard is primarily focused at microprocessor (µP) based cards not Memory/Logic cards. •µP cards are still evolving with technology advancements. This type of card exhibits: slow operation, large die size, changing operating system horizon, and costly+ to purchase. •Readers (PCD) need to read/write and comply to three levels of supported Smart Card technology. •The ability to locally encode and distribute cards is necessary. •Whatever smart card is issued, it must be durable, reliable and secure. . Embedded Contact-less Technology •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.• Millions in production for transit

• Fast (70 mCus)bic Proprietary and Confidential Smart Card Technology NextEmergin Twelveg reMonths…quirements • TWIC•ISO-1444 specifying3 Standard is in Portprogres standardss, but is not wor lfordwide in application. This standard is primarily focused at microprocessor (µP) compliance…addbased cards not Memory/L ocontactgic cards. less to demos • Border•µP cards aprogramsre still evolving considerationwith technology adva nofce mcontactents. This tylesspe forof ca fast,rd exhi bisecurets: slow op accesseration, large die size, changing operating system horizon, and costly to purchase. • Gov’t•ReadersR (PFP’sCD) ne existed to re aford/w rcontactite and com plessly to thr“Hee ylebrid”vels of card • Bothsuppor tefingerd Smart andCard t efacechnolo biometricsgy. verified with contact•The ability lessto loc amemorylly encode an cardsd distribute cards is necessary. • Transit•Whatever s/ mUSDOTart card is is spavedued, it m uthest be way…continuingdurable, reliable and secure. with. transit extensions for financial and security •Magnetic, Memory/Logic and µP cards will co-exist for years to - come.

Cubic Proprietary and Confidential