Nex-G Innovations

The objective of the SIM Card Training & Certification is to equip participants with an in-depth understanding of SIM card technology, including its architecture, functionality, and security mechanisms. Participants will learn about SIM card standards (GSM, 3G, 4G, 5G), provisioning, personalization, and authentication processes.

The training also covers SIM card lifecycle management, mobile network integration, and evolving technologies such as eSIM and remote SIM provisioning. By the end of the program, participants will be able to implement, manage, and certify SIM card solutions in various telecommunications environments.

Code: NES_SK_2250

Duration: 40 Hrs / 4 Weeks / Customized

Mode: Corporate (Instructor Led - Online / Offline / Onsite), Individual (Instructor Led - Online / Offline)

+91-8826900551

• The smart card hardware platform
• The smart card hardware interface
• The smart card software platform
• Open platform / GlobalPlatform
• Java Card platform components
• Low level operating system
• Java Card virtual machine (JCVM)
• Java Card API (framework classes)
• GlobalPlatform API
• Java Card Runtime Environment (JCRE)
• Application layer (Applets)
• Smart card manufacturing, issuing and deployment
• Over the Air distribution of applications
• Commercial applications
• Financial services
• Electronic signatures
• Roaming control
• Value added services on a SIM
• New technologies
• USAT (Extended S@T)
• Near field communications (NFC) and RFID
• Virtual Sim card
• USB and USB-2 support
• Java Card 3 and GlobalPlatform 3 base technologies
• Secure VoIP, Mobile broadcast TV

Module 2 - SIM Cards And Cellular Networks

• GSM
• CDMAone/CDMA2000
• UMTS and LTE
• 5G & IOT
• SIM card configurations
• SIM network applications
• SIM card hardware types
• SIM card generations
• GSM network parameters
• Authentication of a cellular phone with the GSM network
• UMTS, LTE, 5G & IOT SIM
• Communication between SIM and Handset
• Applet-Handset interaction

Module 3 - Developing SIM Applications

• Obtaining SIM cards for development purposes
• Development environments
• Java Card v2.x Applet basics
• Java Card 1.x/2.x limitations (with respect to standard Java)
• Java Card 3.x “connected” edition limitations and differences
• Applet intra-vendor compatibility and virtual machine quality
• Applet execution speed
• Java card memory management and memory types
• Transient memory
• The Java Card API and Libraries
• Package Java.lang (Java Card core library)
• Package Javacard.framework
• Package Javacard.security (base cryptographic library)
• Package Javacardx.crypto (extension cryptographic library)
• Package Javacard.rmi
• GlobalPlatform libraries
• Package sim.toolkit
• Package sim.access
• Package uicc.access
• Package uicc.toolkit
• Package uicc.usim.access
• Host Java smartcard access packages
• Package Javacardx.smartcardio
• Applets and packages on the card
• AID – Application Identifier
• Pre and post issued Applets
• Compiling and uploading packages and Applets
• Compiling an Applet
• Uploading an Applet to the SIM, authentication schema
• Installing an Applet onto the SIM
• Applet startup, registration and execution

Module 4 - Compiling and testing the example application

• Installing the Gemalto developer suite
• The example project JavaCardExampleR99
• Unpacking and setting up the example, Importing the example project into the eclipse workspace
• The example project‟s file structure
• Project files (in project directory root)
• Building and starting the example project
• The GSM Simulator running the example project
• The virtual phone‟s root menu
• Screen shot of the virtual GSM phone “dialing” a number
• Screen shot of the virtual GSM phone sending a SMS
• Example application source code overview
• The Applet main class
• Constants used in an Applet
• The class constructor
• The static install method
• The processToolkit method
• The dialNumber method
• The sendSMS method
• How to test your SIM application
• Using a SIM emulator
• Using a physical SIM Card

Module 5 - Results and analysis

• The application development phase
• The application testing phase
• The integration-test phase
• The pilot phase
• The manufacturing phase
• The deployment phase

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