Practical Secure Certificateless Cryptographic Protocol with Batch Verification for Intelligent Robot Authentication

Nong, Qiang

doi:10.1007/978-3-319-65978-7_73

Cited by 5 publications

(17 citation statements)

References 8 publications

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“…Reference [42] proposed a lightweight authentication protocol, using hash functions and continuous XOR functions to achieve perfect forward security, which can effectively resist internal privilege, stolen verification, and sensor node capture attacks. Reference [43] proposed a certificateless authentication protocol for IoT intelligent robots and introduced a batch verification algorithm to improve the authentication efficiency of the system. The above researches inspire lightweight identity authentication for the perception layer of the IoT-based emergency logistics network.…”

Section: Related Workmentioning

confidence: 99%

“…This certificateless digital signature scheme does not utilize bilinear pairings and reduces the high computation cost. We compare the computation cost of the proposed CL-LAP with the performance of the latest lightweight certificateless authentication protocols [31,[44][45][46]. The computation cost is separated into three categories for comparative purposes, signature generation cost, single message authentication cost, and batch message authentication cost.…”

Section: A Computation Costmentioning

confidence: 99%

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Perception Layer Lightweight Certificateless Authentication Scheme for IoT-Based Emergency Logistics

2023

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Emergency logistics is of great significance for supply security in emergencies. As a crucial component of strategic material reserve and allocation, emergency logistics is characterized by high levels of safety and efficacy. The security of the IoT-based emergency logistics system cannot be overstated, considering the potential damage caused by malicious accessors. Authentication is an essential means of system security. Existing certificateless authentication protocols are mostly based on bilinear pairings, which cannot match the objectives of emergency logistics networks for lightweight deployment and fast authentication of massive nodes. In this paper, we propose a lightweight certificateless authentication protocol (CL-LAP) without bilinear pairings. The security is determined by the discrete logarithm problem on elliptic curves. Nonlinear pairings guarantee energy efficiency and minimum computation cost. In addition, we use batch verification to reduce the authentication cost and tackle the problem of quick authentication in broadcast messages. We conduct a security analysis on the proposed CL-LAP under the random oracle model to demonstrate that the proposed scheme can withstand common security threats and provide the necessary security for the perception layer. The performance analysis indicates that the suggested scheme is less complex and more efficient than similar schemes with the same level of security.

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Section: Related Workmentioning

confidence: 99%

Section: A Computation Costmentioning

confidence: 99%

Perception Layer Lightweight Certificateless Authentication Scheme for IoT-Based Emergency Logistics

2023

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“…It uses a two-wheel differential drive platform to perform feature matching by inputting a known environmental map to obtain environmental information [4]. Nong is also able to recognize sound signals in indoor environments and complete the transport of small objects [5]. Wei et al designed the campus security robot car in combination with the campus security issues that are often concerned by the society.…”

Section: Literature Reviewmentioning

confidence: 99%

Research of Vision-Based Navigation and Positioning Technology for Mobile Campus Intelligent Robot

2019

IJOMAM

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This paper mainly studies the autonomous positioning and navigation technology of intelligent robots. In the campus environment to perform security monitoring tasks, this article uses gps to achieve location tracking. Due to the loss of gps signal due to campus buildings and trees, the monocular vision is further selected as a robot-assisted positioning method, and two positioning methods are combined. Achieve effective location monitoring. On the other hand, the use of monocular visual perception of the road environment to achieve autonomous navigation, mainly to achieve the GPS positioning function, manual road sign positioning function, road area detection function. Therefore, the paper tests the artificial road sign location and road identification respectively. The test results show that the acquisition success rate is 96.5% and the average processing speed is 30.34 frames/s without occlusion interference.

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“…Due to the characteristics and limitations of IoT, the traditional authentication protocol for the internet is not suitable for the IoT environment. There are PKI based authentication system [14,15], certificate-based authentication system [16] and certificateless based authentication protocols [17] for IoT. Still, most of them have various problems, such as energy consumption, computing complexity, security, and centralization.…”

Section: Introductionmentioning

confidence: 99%

A Heterogeneous IoT Node Authentication Scheme Based on Hybrid Blockchain and Trust Value

2020

KSII TIIS

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Node identity authentication is an essential means to ensure the security of the Internet of Things. Existing blockchain-based IoT node authentication schemes have many problems. A heterogeneous IoT node authentication scheme based on an improved hybrid blockchain is proposed. Firstly, the hybrid blockchain model is designed to make the blockchain and IoT environment more compatible. Then the proxy node selection mechanism is intended to establish a bridge between the ordinary IoT node and the blockchain, building by calculating the trust value between nodes. Finally, based on the improved hybrid blockchain, the node authentication scheme of the model and proxy node selection mechanism establishes a secure connection for communication between nodes. Safety and performance analysis shows proper safety and performance.

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Practical Secure Certificateless Cryptographic Protocol with Batch Verification for Intelligent Robot Authentication

Cited by 5 publications

References 8 publications

Perception Layer Lightweight Certificateless Authentication Scheme for IoT-Based Emergency Logistics

Perception Layer Lightweight Certificateless Authentication Scheme for IoT-Based Emergency Logistics

Research of Vision-Based Navigation and Positioning Technology for Mobile Campus Intelligent Robot

A Heterogeneous IoT Node Authentication Scheme Based on Hybrid Blockchain and Trust Value

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