The Experts below are selected from a list of 6 Experts worldwide ranked by ideXlab platform

Silvance O. Abeka - One of the best experts on this subject based on the ideXlab platform.

  • Security Investigation on Remote Access Methods of Virtual Private Network
    Global Journals Inc. (US), 2020
    Co-Authors: S. Nyakomitta, Silvance O. Abeka
    Abstract:

    Remote Access is one of the prevalent business trends in today’s computing pervasive business environments. The ease of Access to internal private networks over the internet by telecommuter devices has given birth too many security threats to the endpoint devices. The application client software and data at rest on the endpoint of Remote Access Methods such as: Tunneling, Portal, Desktop Applications and Direct Access do not offer protection for the communication between the VPN gateway and internal resources. This paper, therefore investigate the security pitfalls of Remote Access for establishing virtual private network Methods. To address these challenges, a Remote Access Method to secure endpoint communication is proposed. The study adopted investigative research design by use of empirical review on the security aspect of the current state VPN Remote Access Methods. This necessitates the review of the research article on the current state and related works which leads to critiques and offer proposed solution to Remote Access endpoint VPN. The scope of this study is limited to secure virtual private network endpoint data communication. In this paper, an investigation of these Access technologies given

S. Nyakomitta - One of the best experts on this subject based on the ideXlab platform.

  • Security Investigation on Remote Access Methods of Virtual Private Network
    Global Journals Inc. (US), 2020
    Co-Authors: S. Nyakomitta, Silvance O. Abeka
    Abstract:

    Remote Access is one of the prevalent business trends in today’s computing pervasive business environments. The ease of Access to internal private networks over the internet by telecommuter devices has given birth too many security threats to the endpoint devices. The application client software and data at rest on the endpoint of Remote Access Methods such as: Tunneling, Portal, Desktop Applications and Direct Access do not offer protection for the communication between the VPN gateway and internal resources. This paper, therefore investigate the security pitfalls of Remote Access for establishing virtual private network Methods. To address these challenges, a Remote Access Method to secure endpoint communication is proposed. The study adopted investigative research design by use of empirical review on the security aspect of the current state VPN Remote Access Methods. This necessitates the review of the research article on the current state and related works which leads to critiques and offer proposed solution to Remote Access endpoint VPN. The scope of this study is limited to secure virtual private network endpoint data communication. In this paper, an investigation of these Access technologies given

Ilham Arnomo - One of the best experts on this subject based on the ideXlab platform.

  • simulasi pengamanan database web server repository institusi melalui jaringan lan menggunakan Remote Access
    JUST IT : Jurnal Sistem Informasi Teknologi Informasi dan Komputer, 2018
    Co-Authors: Ilham Arnomo
    Abstract:

    The research objective is to use Remote Access Method for backup databases on institutional repositories web server. So that the institutional repository web administrator in a university library can secure the institutional repository database at any time. Using an experimental approach Methodology with research procedures: collecting data and information about the SLiMS (Senayan Library Management System) application installation guide from a website reference; download the SLiMS application and supporting software from the website reference; installation of SLiMS applications and supporting software on personal computers; addition of user privileges on web server applications on the SLiMS local server; and backup the SLiMS database through user privileges on the web server application. The results showed that the Remote Access backup of the SLiMS database repository that was carried out through LAN (Local Area Network) networks was able to run stable and secure, because one path was only for one data transmission and communication.