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Mobile Security: A Systems Engineering Framework for Implementing Bring Your Own Device (BYOD) Security Through the Combination of Policy Management and Technology.

机译:移动安全性:一种系统工程框架,用于通过策略管理和技术的结合来实现自带设备(BYOD)安全性。

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摘要

With the rapid increase of smartphones and tablets, security concerns have also been on the rise. Traditionally, Information Technology (IT) departments set up devices, apply security, and monitor them. Such approaches do not apply to today's mobile devices due to a phenomenon called Bring Your Own Device or BYOD. Employees find it desirable to use personal mobile devices for their work and make no distinction between using their carriers' services versus their organizations' Wi-Fi. BYOD is an extension of corporate networks and thus it is essential to secure BYODs to protect enterprise networks (Wang & Vangury, 2014).;To address the security concerns of BYOD, many vendors have introduced Mobile Device Management (MDM) systems. Such systems by themselves do not and cannot provide comprehensive solutions to BYOD precisely due to the nature of BYOD: the user and not the enterprise owns the device. BYOD necessitates a different paradigm, one in which the device is removed as the primary object of security and one in which the device, the user (employee), and management are all taken into consideration. Further, the approach to security would necessitate technology, policy management, and people integration instead of the traditional technology alone approach.;In this dissertation, risks of allowing BYOD balanced by its benefits will be examined. The instrument for addressing BYOD security concerns will be presented as a BYOD Security Framework. The framework has three pillars: People, Policy Management, and Technology. It will be demonstrated that these three pillars are necessary in order to secure BYOD implementations in an enterprise.;To validate the framework, an empirical survey was conducted from a pool of 114 industry security practitioners. The resulting dataset was analyzed via nonparametric statistics for ordinal data to determine the association between the level of the BYOD Security Framework elements being de facto implemented in organizations and the frequency of security breaches associated with BYOD in those organizations to identify and confirm key elements of the framework.
机译:随着智能手机和平板电脑的快速增长,对安全性的关注也在上升。传统上,信息技术(IT)部门负责设置设备,应用安全性并进行监视。由于一种称为“自带设备”或“ BYOD”的现象,此类方法不适用于当今的移动设备。员工发现使用个人移动设备进行工作非常可取,并且在使用运营商的服务与组织的Wi-Fi之间没有区别。 BYOD是企业网络的扩展,因此保护BYOD来保护企业网络至关重要(Wang&Vangury,2014)。为解决BYOD的安全问题,许多供应商推出了移动设备管理(MDM)系统。正是由于BYOD的性质,此类系统本身不能也不能为BYOD提供全面的解决方案:用户而非企业拥有该设备。 BYOD要求采用另一种范式,一种是将设备作为安全性的主要对象而删除,另一种则将设备,用户(雇员)和管理都考虑在内。此外,安全性方法将需要技术,策略管理和人员集成,而不是传统的单独技术方法。;本文将研究允许BYOD与其利益保持平衡的风险。解决BYOD安全问题的工具将作为BYOD安全框架提出。该框架具有三个支柱:人员,政策管理和技术。将证明这三个支柱对于确保企业中BYOD实施的必要性。为了验证该框架,对114名行业安全从业人员进行了实证调查。通过非参数统计数据分析所得数据集的序数数据,以确定组织中事实上实施的BYOD安全框架元素的级别与这些组织中与BYOD相关的安全漏洞发生频率之间的关联,以识别和确认组织的关键元素。框架。

著录项

  • 作者

    Zahadat, Nima.;

  • 作者单位

    The George Washington University.;

  • 授予单位 The George Washington University.;
  • 学科 Systems science.;Information technology.;Information science.
  • 学位 Ph.D.
  • 年度 2016
  • 页码 219 p.
  • 总页数 219
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

  • 入库时间 2022-08-17 11:41:49

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