Facsimile Authentication Based on MAC

Chaisri, Chavinee; Mettripun, Narong; Amornraksa, Thumrongrat

doi:10.1007/978-94-007-2598-0_66

Cited by 4 publications

(4 citation statements)

References 9 publications

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“…This scheme can prevent birthday and exhaustive key search attacks, as discussed in the security analysis of the paper. In 2012, Chaisri et al [28] proposed the concept of utilizing MD5 and DES to protect the document integrity of a fax. DES is used to encrypt and maintain the MD5 value.…”

Section: B Lightweight Solutions Based On Keyed Macmentioning

confidence: 99%

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Lightweight Secure Message Delivery for E2E S2S Communication in the IoT-Cloud System

Sibahee

Abduljabbar

et al. 2020

IEEE Access

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The continuous increase in the use of smart devices and the need for E2E smart2smart (S2S) services in IoT systems play effective and contemporary roles in the field of communication, and a large amount of resources is required. Thus, IoTs and cloud computing must be integrated. One of the results of this integration is the increase in the number of attacks and vulnerabilities in the E2E S2S message delivery service of such an IoT-cloud system. However, none of the traditional security solutions can be sufficiently regarded as a secure and lightweight mechanism for ensuring that the security requirements for E2E S2S message transmission in the IoT-cloud system are fulfilled. This work aims to provide an efficient and secure, lightweight E2E S2S message delivery function, which includes the E2E S2S secure key and biometric parameter exchange function, a bio-shared parameter and bio-key generation function, secure lightweight E2E S2S communication negotiation and secure E2E S2S lightweight message delivery. The secure, lightweight cryptographic communication procedure is negotiated between a pair of smart devices during each E2E session to minimize the power consumption required of limited-energy devices. Such a negotiation process prevents known attacks by providing responsive mutual authentication. Lightweight message delivery by the two smart devices can satisfy the basic security requirements of E2E communication and ensure that the computational cost required for a real-time system is as low as possible. INDEX TERMS Message delivery function, IoT-cloud system, smart devices, E2E S2S, mutual authentication.

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Section: B Lightweight Solutions Based On Keyed Macmentioning

confidence: 99%

“…DISCUSSION: The limitations of existing works [25], [26], [27], [28], [29], [30], [31], [32] can be viewed from different aspects. First, most of these solutions suffer from a computational overhead that is not supported by smart device resources with respect to performing ECC in the data delivery function.…”

Section: B Lightweight Solutions Based On Keyed Macmentioning

confidence: 99%

Lightweight Secure Message Delivery for E2E S2S Communication in the IoT-Cloud System

Sibahee

Abduljabbar

et al. 2020

IEEE Access

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“…Although, their experiment showed that their proposed method was strong for machine authentication of printed and security document, their method lacked an authenticity checking for electronic document which was sent via Internet. In 2011, C. Chaisri et al [3], proposed the method of authentication and integrity for fax document using Message Authentication Code (MAC). They generated the MAC value from the content of fax document by using MAC algorithm together with secret key and added it into fax document before sending.…”

Section: Introductionmentioning

confidence: 99%

Text integrity verification for faxed document using pixel reorganizing technique

Pramoun

Amornraksa

2013

2013 10th International Conference on Electrical Engineering/Electronics, Computer, Telecommunications and Information Technolo

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since text in faxed document can be altered by malicious person who can get the faxed document directly from fax machine without permission from the real recipient, the method of text integrity verification for faxed document is proposed to detect any modification of text content in the faxed document. To solve such problem, digital camera is first employed to capture the faxed document in order to obtain a faxed document image. However, there will be some RST (rotation, scaling and translation) distortions occurring in that captured image, which consequently affects the accuracy of text integrity verification, we thus propose pixel reorganizing technique to reduce such distortions. Text content in the faxed document image is then verified based on the use of MAC algorithm in order to detect any altered text in the faxed document. The experimental results show the efficiency of our proposed method with various text font sizes in detecting altered text content in the faxed documents.

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“…In 2012, Chaisri et al [8] proposed the concept of maintaining the integrity of a faxed document. They suggested a scheme to protect the integrity of a faxed document by using data encryption standard (DES) to encrypt and protect the hashed value MAC-MD5.…”

Section: Introductionmentioning

confidence: 99%

Robust image document authentication code with autonomous biometrie key generation, selection, and updating in cloud environment

Abduljabbar

Jin

Hussien

et al. 2015

2015 11th International Conference on Information Assurance and Security (IAS)

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Recently, security issues are obstructing the development and using of cloud computing services. Authentication and integrity play an important role in the cloud security, and numerous concerns have been raised to recognize any tampering with exchanges of the image document between two entities (sender and receiver) within the cloud environment. However, none of the existing solutions reduce the probability of known attacks by combining cryptographic hash function with a strong factor that should be periodically changed. For this reason, in this paper we propose a robust one-time image document authentication scheme based on combining non-interactive onetime biometric key and a robust wavelet-based cryptographic hashing scheme. The result of the combination is one-time image document authentication code (OMAC). OMAC is hidden in an image document as a cover image through reversible data embedding steganography. The proposed scheme has several important security attributes, such as key agreement, biometric key management, robust OMAC, invulnerability, and efficiency. In biometric key management, key generation, key selection, and key update algorithms are performed autonomously by the sender and the receiver; thus, no interaction between them is needed.

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Facsimile Authentication Based on MAC

Cited by 4 publications

References 9 publications

Lightweight Secure Message Delivery for E2E S2S Communication in the IoT-Cloud System

Lightweight Secure Message Delivery for E2E S2S Communication in the IoT-Cloud System

Text integrity verification for faxed document using pixel reorganizing technique

Robust image document authentication code with autonomous biometrie key generation, selection, and updating in cloud environment

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