A Lightweight Authentication Scheme in Electric Internet of Things
The traditional authentication mechanism incurred higher computation and communication overhead, which is not applicable for terminal devices directly in Electr
Related Topics:
Energy Internet Smart Authentication
A robust ECC-based authentication framework for energy internet (EI
To address these challenges, we propose a new authentication protocol based on Elliptic Curve Cryptography (ECC) that enables secure communication between EVs and charging stations
A Secure and Scalable Authentication and
Development of a secure and lightweight cryptographic protocol that addresses the evolving needs of smart grid infrastructure while ensuring strong protection
A Secure and Scalable Authentication and Communication Protocol
Development of a secure and lightweight cryptographic protocol that addresses the evolving needs of smart grid infrastructure while ensuring strong protection against potential security threats, thereby
A secure and energy-efficient authentication framework for the internet
In this paper, we introduce the Energy-Efficient IoT Resilient Authentication Framework (EERAF), an innovative solution that leverages elliptic curve cryptography to facilitate secure
An Energy Efficient Authentication Scheme using Chebyshev
These issues inspire us to design a practical Chebyshev polynomials algorithm and then applied it to construct an energy efficient authentication scheme for smart grid environ-ments.
An efficient anonymous certificateless authentication and key
With the vibrant development of the Internet, smart grids have been provided with a suitable environment to flourish. Smart meters record and transmit electricity consumption
ENHANCED SECURITY USING TWO-FACTOR
This study proposes an enhanced two-factor authentication (2FA) scheme for IoT-enabled smart grids that ensures secure device identification, user verification, and reliable communication channels.
Enhanced secure and efficient mutual authentication protocol
This paper proposes an enhanced mutual authentication protocol for IoT-based EI using blockchain technology. Our protocol builds on an existing smart grid authentication protocol and
A Multi-Blockchain-Based Cross-Domain Authentication and
Based on the cross-chain technology of the blockchain and the cuckoo filter, this paper proposes a cross-domain authentication scheme for Power Internet of Things. Firstly, a cross-chain
Enhanced secure and efficient mutual authentication protocol in IoT
In this paper, we proposed a service security architecture based on authentication and authorization for constrained environments during collaborative tasks for Software Defined