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Volume 9 Issue 2


pCLSC-TKEM: a Pairing-free Certificateless Signcryption-tag Key Encapsulation Mechanism for a Privacy-Preserving IoT

Seung-Hyun Seo(a),(*), Jongho Won(b), Elisa Bertino(b)

Transactions on Data Privacy 9:2 (2016) 101 - 130

Abstract, PDF

(a) Department of Mathematics, Korea University Sejong Campus 2511 Sejong-ro, Sejong City 30019, Korea.

(b) Computer Science Department, Purdue University, West Lafayette, IN, 47907, USA.

e-mail:crypto77 @korea.ac.kr; won12 @purdue.edu; bertino @purdue.edu


Abstract

Certificateless Signcryption Tag Key Encapsulation Mechanism (CLSC-TKEM) is an effective method for simultaneously providing key encapsulation and a digital signature on the tag. It has applications in several security services such as communication confidentiality, integrity, authentication, and non-repudiation. Moreover, because CLSC-TKEM is based on certificateless public key cryptography (CL-PKC), it has the advantage of not requiring public key certificates. In addition it does not suffer from the key escrow problem which is instead a major drawback of identity-based public key cryptography (ID-PKC). Unfortunately, current constructions of CLSC-TKEM rely on the use of bilinear pairing-based operations that are computationally very expensive for small IoT devices. In this paper, we present a new construction of CLSC-TKEM that does not require bilinear pairing operations. We refer to our new construction on pairing-free Certificateless Signcryption Tag Key Encapsulation Mechanism (pCLSC-TKEM). We also provide a simple construction for pairing-free certificateless hybrid signcryption by combining pCLSC-TKEM with a data encapsulation mechanism (DEM). We provide a security model for pCLSC-TKEM. Then, we prove that our pCLSC-TKEM is secure against both an adaptively chosen ciphertext attack and existential forgery in the random oracle model. We have implemented our pCLSC-TKEM construction and previous pairing-based CLSC-TKEM constructions in order to compare their performance. Our experimental results demonstrate that pCLSC-TKEM is much more efficient that previous pairing-based CLCS-TKEM constructions.

* Corresponding author.

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ISSN: 1888-5063; ISSN (Digital): 2013-1631; D.L.:B-11873-2008; Web Site: http://www.tdp.cat/
Contact: Transactions on Data Privacy; Vicenç Torra; U. of Skövde; PO Box 408; 54128 Skövde; (Sweden); e-mail:tdp@tdp.cat

 


Vicenç Torra, Last modified: 01 : 14 August 28 2016.