Enterprise Transformation Projects

A. Trad
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Abstract

This article presents the ETP-HSC and a corresponding enterprise transformation framework, where the focus is on the application of Enterprise Architecture (EA) to support Security (EA4S) and it is the central topic. The EA4S is a Polymathic-holistic approach, which adopts a clear EA as the main ETP constraint for the implementation of a secured Information and Communications System’s (ICS). EA and all other ICS related architecture disciplines, are inspired from the term Architecture that comes from civil engineering, and in this domain, secured building objects are achieved by implementing robust building and urbanistic architectures, like the famous case of Hausmann’s Architecture and Urbanistic plan for the (re)Architecture of Paris in France, in which its primary objective was to assert Paris’ security. Therefore, the author considers that EAS’ first step is to build an enterprise security concept. But for enterprises that have been archaically built and do not have the needed resources to implement a Haussmannian security concept, therefore an iterative ETP-HSC implementation process can transform the enterprise’s security. ETP-HSC’s feasibility and integrity can be supported by an integrated Applied Holistic Mathematical Model (AHMM) for EAS (AHMM4EAS), and the author’s various research works on the applications of holistic security concepts, ETPs, Artificial Intelligence (AI), Cloud Services (CS), and AHMM. The ETP-SRC is based on a multi-disciplinary proprietary-mixed research method.
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企业转型项目
本文介绍了 ETP-HSC 和相应的企业转型框架,其重点是应用企业架构(EA)来支持安全(EA4S),这也是核心主题。EA4S 是一种多数学逻辑方法,采用明确的 EA 作为实施安全信息和通信系统 (ICS) 的主要 ETP 约束条件。EA 和所有其他与 ICS 相关的建筑学科,都受到来自土木工程的建筑学一词的启发,在这一领域,安全的建筑对象是通过实施稳健的建筑和城市建筑来实现的,如著名的豪斯曼(Hausmann)的法国巴黎(重建)建筑和城市规划,其主要目标是维护巴黎的安全。因此,作者认为 EAS 的第一步是建立企业安全概念。但是,对于那些已经过时的企业来说,并不具备实施奥斯曼安全概念所需的资源,因此,迭代式的 ETP-HSC 实施过程可以改变企业的安全状况。ETP-HSC的可行性和完整性可以通过一个用于EAS的综合应用整体数学模型(AHMM)(AHMM4EAS)以及作者在整体安全概念、ETP、人工智能(AI)、云服务(CS)和AHMM应用方面的各种研究工作来支持。ETP-SRC 基于多学科专有混合研究方法。
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