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Reducing the Computational Cost of Certification Path Validation in Mobile Payment
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Reducing the Computational Cost of Certification Path Validation in Mobile Payment
Cristina Satizábal1, 2 , Rafael Martínez-Peláez1 , Jordi Forné1 and Francisco Rico-Novella1 
| (1) |
Telematics Engineering Department. Technical University of Catalonia, C/Jordi Girona 1-3, C3, 08034 - Barcelona, Spain) |
| (2) |
Engineering and Architecture Department. Pamplona University, Km 1 via a Bucaramanga, Pamplona (Colombia), |
Abstract
PKI can improve security of mobile payments but its complexity has made difficult its use in such environment. Certificate
path validation is complex in PKI. This demands some storage and processing capacities to the verifier that can exceed the
capabilities of mobile devices. In this paper, we propose TRUTHC to reduce computational cost of mobile payment authentication.
TRUTHC replaces verification operations with hash operations. Results show a better reduction of the cost with ECDSA than
with RSA.
Keywords Public Key Infrastructure (PKI) - mobile payment - certification path validation - hash chains
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