Secure Element Solutions
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The document discusses secure elements in mobile phones which provide security and confidentiality for mobile transactions. A secure element is isolated in the phone's operating system and hardware, and can only be accessed by authorized programs after entering a PIN. Current implementations of secure elements include being embedded in phones, located on SIM cards, or using removable secure element cards. The document proposes solutions for incorporating secure elements in phone memory, SIM cards, or external SD cards to enable encrypted transactions using protocols like NFC, SMS, and HTTPS.
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M I Dentity 3 G 040111
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SmartCard Forum 2011 - Evolution of authentication market
The document discusses strong authentication solutions from Gemalto for enterprises. It describes Gemalto's secure personal devices that are used by billions of individuals worldwide, including SIM cards, credit cards, and e-passports. It then discusses the evolution of the authentication market towards mobility and cloud computing. The document promotes Gemalto's Protiva strong authentication service, which provides a flexible authentication solution that can be deployed both on-premise or as a hosted cloud service. It describes features such as user on-boarding, device fulfillment, and easy billing models.
OmniSource_ppt_2011_7-2 (2)(1)
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What is a Trusted Service Manager?
What is a Trusted Service Manager?
A Trusted Service Manager (TSM) plays a vital role in the Near Field Communication (NFC) ecosystem.
A TSM acts as a trusted middle- man within the deployment of mobile payments:
1. Coordinating technical and business relationships of multiple stakeholders: mobile network operators (MNO), banks and other service providers (SP).
2. Securely installing and personalizing applications on the Secure Element (SE).
3. Handling banking and mobile security and securing consumer information.
4. Performing lifecycle management tasks for installed applications.
5. Securely generating, managing and distributing cryptographic keys
TSM models
An SP communicates with an MNO to add an application on an NFC device.
But the reality is more complex.
Utopian NFC ecosystem with one TSM.
Different organisation see themselves as TSM and no single organisation is trusted by everyone.
One TSM creates ownership issues regarding relationships and data.
Current NFC ecosystem: Root TSM and SP TSM model
A Root TSM - manages the Root Security Domain (SD) on the NFC device and its keys. - informs SP TSMs of key events on applications. - interacts with the phone. - interacts with service provider TSMs.
An SP TSM - provisions, manages, loads and personalises applications into the SD on behalf of SPs. - manages their own secure environment. - interacts with the phone to install and personalise services. - interacts with Root TSMs to communicate state changes of applications.
Why TSM?
1. Multiple markets becoming part of the mobile ecosystem are required to collaborate.
2. TSMs are their Single Point of Contact.
3. Markets such as payments, transit and access control need to cooperate.
4. TSMs allow stakeholders to effectively communicate and handle transactions securely with each other.
Becoming a TSM?
Service providers can keep control of their customers by becoming their own TSM.
This ensures flexibility and scalability to meet future market demands.
SE Interested in becoming a TSM? Watch our video:
David Worthington – Principle Consultant Payment & Chip Technology
Connected vehicles: An Overview on Security, Vulnerabilities and Remedies
White papers on Connected Vehicles on Security & Safety aspects, Vulnerabilities, impact on socio-economic life of People
Please go through this to get a glipse of the facinating opportunities and potential work streams.
raonsecure_en_min
RaonSecure is a leading ICT security company that offers mobile, IoT, and integrated authentication security services and solutions. It has developed technologies like biometric authentication and next-generation authentication services. RaonSecure aims to enhance global security through its R&D programs and by educating security professionals. It is committed to developing cutting-edge security solutions and strengthening the security industry. RaonSecure has over 500 business customers and 30 million individual customers in key sectors, and its products and services include mobile device management, mobile vaccines, virtual keyboards, electronic signatures, and more.
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Secure Element Solutions
- 1. Secure Element The component in a mobile phone providing the security and confidentiality required to support various business models (m-gov, mpayment, m-commerce, m-security, etc.) in this environment, is referred to as a Secure Element (SE). The Secure Element is isolated in the phone’s operating system and hardware and can only be accessed by authorized programs. Another layer of security is provided by requiring you to enter a PIN before accessing the Secure Element to transmit your m-credentials during transactions.
- 2. Motivation for Secure Elements Necessary for several Applications: - Payment - Ticketing - Government - Secure Authentication - …. Because it is considered: - Trusted - Secure
- 3. Current Secure Element Implementations – Embedded in Mobile Phone – SIM Based – Removeable Secure Element (SD Card)
- 5. Secure Element Protocols - NFC - HTTP - SMS - Bluetooth
- 6. Security Algorithms - Public Key Infrastructure - RSA - Elliptic Curve Cryptography - Encrypted SMS - Encrypted Instant Messaging - HTTPS (SSL)
- 7. Our Solution Secure Element in: 1) Phone ‘s memory with a specialized App for iOS, Android, BlackBerry, Windows Phone 2) SIM card as JavaCard, SIM Application Toolkit Applet for all mobile phones. 3) External, removeable, SD card with a specialized App for Android, BlackBerry, Windows Phone. Transactions over - NFC - SMS (encrypted), - HTTP, HTTPS
- 8. Secure Element in the SIM - JavaCard (SIM Application Toolkit ) applet in the SIM - User Interface as: - SIM Toolkit Menu or - Smart Card Web Server (SCWS) - Transaction based upon - Encrypted SMS (ETSI 03.48) - BIP (HTTP)
- 9. Secure Element in Phone’s Memory/SD - App installed in the phone (android, iOS, BlackBerry, Windows Phone, etc) - User Interface in the App - Transaction (based upon the phone’s features) via: - Encrypted SMS - HTTPS - NFC