Secure spontaneous device authentication from ambient audio Stephan - PowerPoint PPT Presentation

Information Systems Architecture Science Research Division Secure spontaneous device authentication from ambient audio Stephan Sigg 07.02.2013, Westf¨ alische Wilhelms Universit¨ at M¨ unster

Motivation Related work Spontaneous audio-based device pairing Instrumentation in natural environments Conclusion Motivation Information Systems Stephan Sigg | Spontaneous device authentication from audio | 2 Architecture Science Research Division

Motivation Related work Spontaneous audio-based device pairing Instrumentation in natural environments Conclusion Motivation Trust and proximity We will use audio as a source of common information in proximity Information Systems Stephan Sigg | Spontaneous device authentication from audio | 8 Architecture Science Research Division

Motivation Related work Spontaneous audio-based device pairing Instrumentation in natural environments Conclusion Security from environmental stimuli Shake well before use a a R. Mayrhofer et al., Shake well before use: Authentication based on Accelerometer data, Pervasive 2007 Accelerometer data Secure key by iterative exchange of hashed key-sub-sequences RF-based ad-hoc secure device pairing a a S. Mathur et al., ProxiMate: proximity-based secure pairing using ambient wireless signals, MobiSys 2011 Utilise error correcting codes Public RF-source Information Systems Stephan Sigg | Spontaneous device authentication from audio | 9 Architecture Science Research Division

Motivation Related work Spontaneous audio-based device pairing Instrumentation in natural environments Conclusion Spontaneous audio-based device pairing Information Systems Stephan Sigg | Spontaneous device authentication from audio | 10 Architecture Science Research Division

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Secure spontaneous device authentication from ambient audio Stephan - PowerPoint PPT Presentation

Information Systems Architecture Science Research Division Secure spontaneous device authentication from ambient audio Stephan Sigg 07.02.2013, Westf alische Wilhelms Universit at M unster Motivation Related work Spontaneous

Requirements for Secure Device Authentication Iden&ty in the browser

AdHocPairing Spontaneous audio based secure device pairing for Android mobile devices Stephan

BANDANA Body Area Network Device-to-device Authentication using Natural gAit Dominik Schrmann *

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Using Ambient Radio Signals Andrei Popleteev SnT, University of Luxembourg 2 Image: Particle

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Secure spontaneous device authentication from ambient audio Stephan - PowerPoint PPT Presentation

Information Systems Architecture Science Research Division Secure spontaneous device authentication from ambient audio Stephan Sigg 07.02.2013, Westf alische Wilhelms Universit at M unster Motivation Related work Spontaneous

Requirements for Secure Device Authentication Iden&amp;ty in the browser

AdHocPairing Spontaneous audio based secure device pairing for Android mobile devices Stephan

BANDANA Body Area Network Device-to-device Authentication using Natural gAit Dominik Schrmann *

Authentication, vulnerabilities, exploits, and the secure design principles of Saltzer and

Secure SDN Authentication &amp; Authorization for Multi-tenancy (DNS based PKI model) Author:

Secure Device Pairing What is device pairing? What is

SPONTANEOUS Review this PowerPoint to prepare for competing in spontaneous. Spontaneous

Using a Personal Device to Strengthen Password Authentication from an Untrusted Computer Mohammad

Authentication Nashad Safa Rei Safavi-Naini Siamak Shahandashti 2 Outline Device, Implicit

Web Security Secure Socket Layer (SSL) December 7, 2000 SSL 2 Web Security authentication:

Quantum secure message authentication via blind-unforgeability Christian Majenz Joint work with

Using Ambient Radio Signals Andrei Popleteev SnT, University of Luxembourg 2 Image: Particle

Migration towards a more secure authentication in the Session Initiation Protocol Lars Strand

OUR ROAD TO IOT: SECURE DEVICE GRID 5 October 2015 Kresten Krab Thorup @drkrab

Secure SDN Authentication (DNS based PKI model) Author: www.huawei.com Hosnieh Rafiee

1 2 Security Authentication Principles 3 4 Hypertext Transfer Cryptography Protocol Secure

SCALABLE EARTH OBSERVATION ANALYTICS WITH SCIDB Marius Appel marius.appel@uni-muenster.de EO

Optimal Control of Ripple Formation in Abrasive Water-Jet Cutting Helmut Maurer, Karsten Theien

Soft-gluon resummation for gluon-induced Higgs-Strahlung Vincent Theeuwes Institut fr

When simplicity becomes complex On the road to a scalable and dynamic SURFnet7 network Terena

Asymptotic expansions for the profile of random trees 80000 60000 U k ( n ) 40000 20000 0 10

The moduli spaces of symplectic vortices on an orbifold Riemann surface Hironori Sakai Higher

Defining Henselian Valuations (with a little help from the residue field) Franziska Jahnke WWU

Complete Reform of European Data Protection Law: How Will This Impact Your Business? April 19,

Requirements for Secure Device Authentication Iden&ty in the browser

Secure SDN Authentication & Authorization for Multi-tenancy (DNS based PKI model) Author: