## 1 Introduction
This work involves meticulous analysis, a comprehensive understanding of the implementation requirements, and thorough testing, all while adhering to the best practices in the field of IT. Furthermore, the solution's flexibility allows for customization by introducing qualified digital certificates stored on physical devices or in the cloud, accounting for future security protocols and technology advancements [5]. Blockchain technology is an authentication-based application that integrates several levels of authentication and security, making it almost impossible to hack or modify the system. It is expected that in the coming years, 6G mobile networks will be cloud-based and virtualized systems [6; 7]. Another important aspect is that it will be essential for the Internet of Things [8]. The Internet of Things environment supported by a cloud server is an evolving theoretical model that integrates both the cloud's and IoT's benefits. As \begin{table}
\begin{tabular}{l l l l l} \hline \hline
**Authentication Methods** & **Moodle Platform** & **Chamilo Platform** & **Canvas Platform** & **Blackboard Platform** \\ \hline Two-factor authentication based on the name and & & & & \\ password of the Moodle account and digital certificate & \(\times\) & \(\times\) & \(\times\) & \(\times\) \\ issued by a certification authority (proposed method) & & & & \\ Single sign-on (SSO) & & & & \\ Lightweight directory access protocol (LDAP) & & & & \\ Email-based self-registration & & & & \\ Default internal authenticator & & & & \\ Web services authentication & & & & \\ External database & & & & \\ Shibbleth & & & & \\ Central authentication service (CAS) & & & & \\ \hline \hline \end{tabular}
\end{table} 
Table 1: Comparison between the created method and other platforms. outlined in the study led by [PERSON] et al., the central objective revolves around devising strategies to enhance security and safeguard interactive web-based learning platforms against cyber threats. This mission is underpinned by a thorough review of the relevant literature [9]. [PERSON] et al. expounded upon the substantive role occupied by e-learning in conjunction with blockchain technology, elucidating their symbiotic potential in enhancing the efficacy of privacy and security protocols. This exploration extends to electronics manufacturing, wherein the consequential impact of e-learning on privacy and security efficacy intersects with the transformative influence of blockchain adoption and integration [10]. [PERSON] et al. 's investigation underscores the evolving security landscape, necessitating robust measures to protect sensitive data in rapidly advancing Internet technologies and artificial intelligence. They posit the significance of state-of-the-art networks like 6G and fortified data transfer protocols in meeting diverse security demands [11]. Collectively, these studies converge on the security challenges intrinsic to e-learning platforms. They identify intricate issues and propose innovative solutions to mitigate the vulnerabilities pervasive in these widely embraced interactive web domains. The articles mentioned above collectively address the thematic discourse concerning security challenges within e-learning platforms while concurrently endeavoring to delineate strategies for preempting security issues intrinsic to these widely adopted and functionally versatile interactive web-based platforms.