FIDO & The Mobile Network Operator - Goode Intelligence & Nok Nok LabsNok Nok Labs, Inc
The rise in mobile and cloud computing continue to drive the urgent need to rethink whether authentication is fit for purpose. The Mobile Network Operators (MNO) are well positioned to participate in this evolution, by enabling the secure storage of credentials within the SIM and delivering authentication-driven services to their business customers.
These slides cover:
- The respective roles of the FIDO Alliance, The Organization for the Advancement of Structured Information Standards (OASIS) and The OpenID Foundation;
- GSMA’s Mobile Connect program which supports the use of mobile devices for authentication purposes;
- The benefits of Nok Nok’s FIDO Ready™ technology for the MNO
Leveraging Fingerprint Verification on Mobile DevicesNok Nok Labs, Inc
Brendon Wilson, Director, Product Management and Dr William J. Blanke, Mobile Lead Architect, Nok Nok Labs share information the recently introduced Touch ID API and its implications for a mobile authentication strategy. This session also looks at other smartphone and tablet-based authentication solutions, plus the FIDO protocols.
Nitin Suri has nearly 10 years of experience in Salesforce, Veeva CRM, and business intelligence projects. He has extensive experience architecting, developing, customizing, configuring, integrating, and supporting a variety of Salesforce and Veeva applications. He has also designed and implemented various data integration and business intelligence solutions involving technologies like Informatica, SQL Server, and Oracle.
This document discusses new trends in mobile authentication. It suggests that smartphones and their built-in sensors can enable simpler and more secure authentication compared to passwords. Biometric authentication methods like fingerprint sensors, facial recognition, and voice recognition are discussed as easier and more secure alternatives to traditional passwords. The document also introduces the FIDO protocol as a way to standardize authentication across devices, applications, and services using public-key cryptography instead of reusable passwords.
Confabulation and segregation about different Virtex FPGA families of XILINX is presented. Starting with the features of latest Spartan-6 FPGA followed by Spartan-3A-DSP, 3AN, 3A, 3E and Spartan-3 are correlated, contrasted accordingly and the changes over these generations are also deliberated. For every family, Introduction and ordering information, Functional description, DC and switching characteristics and Pin out descriptions are mentioned and elucidated.
This document provides a service repair manual for the 2003-2008 Honda Element. It allows users to perform most maintenance and repair work in their garage. The manual contains step-by-step instructions and hundreds of illustrations to guide readers through repair procedures. It also includes wiring diagrams to help diagnose electrical systems issues. The full manual can be downloaded as a PDF for use on both Windows and Mac devices.
FIDO & The Mobile Network Operator - Goode Intelligence & Nok Nok LabsNok Nok Labs, Inc
The rise in mobile and cloud computing continue to drive the urgent need to rethink whether authentication is fit for purpose. The Mobile Network Operators (MNO) are well positioned to participate in this evolution, by enabling the secure storage of credentials within the SIM and delivering authentication-driven services to their business customers.
These slides cover:
- The respective roles of the FIDO Alliance, The Organization for the Advancement of Structured Information Standards (OASIS) and The OpenID Foundation;
- GSMA’s Mobile Connect program which supports the use of mobile devices for authentication purposes;
- The benefits of Nok Nok’s FIDO Ready™ technology for the MNO
Leveraging Fingerprint Verification on Mobile DevicesNok Nok Labs, Inc
Brendon Wilson, Director, Product Management and Dr William J. Blanke, Mobile Lead Architect, Nok Nok Labs share information the recently introduced Touch ID API and its implications for a mobile authentication strategy. This session also looks at other smartphone and tablet-based authentication solutions, plus the FIDO protocols.
Nitin Suri has nearly 10 years of experience in Salesforce, Veeva CRM, and business intelligence projects. He has extensive experience architecting, developing, customizing, configuring, integrating, and supporting a variety of Salesforce and Veeva applications. He has also designed and implemented various data integration and business intelligence solutions involving technologies like Informatica, SQL Server, and Oracle.
This document discusses new trends in mobile authentication. It suggests that smartphones and their built-in sensors can enable simpler and more secure authentication compared to passwords. Biometric authentication methods like fingerprint sensors, facial recognition, and voice recognition are discussed as easier and more secure alternatives to traditional passwords. The document also introduces the FIDO protocol as a way to standardize authentication across devices, applications, and services using public-key cryptography instead of reusable passwords.
Confabulation and segregation about different Virtex FPGA families of XILINX is presented. Starting with the features of latest Spartan-6 FPGA followed by Spartan-3A-DSP, 3AN, 3A, 3E and Spartan-3 are correlated, contrasted accordingly and the changes over these generations are also deliberated. For every family, Introduction and ordering information, Functional description, DC and switching characteristics and Pin out descriptions are mentioned and elucidated.
This document provides a service repair manual for the 2003-2008 Honda Element. It allows users to perform most maintenance and repair work in their garage. The manual contains step-by-step instructions and hundreds of illustrations to guide readers through repair procedures. It also includes wiring diagrams to help diagnose electrical systems issues. The full manual can be downloaded as a PDF for use on both Windows and Mac devices.
This document provides instructions for removing and installing various components on a Ford vehicle, including:
1. The windshield washer fluid reservoir, windshield washer motor, instrument cluster, tachometer, speedometer cable core, fuel gauge, switches, and lighting components like headlights and turn signals.
2. The steps generally involve disconnecting electrical connections and negative battery cable, removing retaining screws or clips, replacing components, and reinstalling in reverse order while reconnecting any electrical connections.
3. Precautions are provided for working with electronic modules to avoid static electricity damage, and instructions for aiming headlights properly after replacement.
This document provides instructions for servicing various components of a vehicle, including:
1. Removal and installation steps for windshield wiper linkage, washer fluid reservoir, washer motor, speedometer cable, instrument cluster, tachometer, fuel gauge, wiper and headlight switches.
2. Precautions for working with electronic modules to avoid static damage.
3. Removal and installation of headlight bulbs, including warnings about high pressure halogen gas and contaminants.