The long way it comes, the dynamic change it has, the specialization and transparent nature of its services and the relative advantage it has over the previous computing technologies has provided, cloud computing has attained the maturity level and position where it is now. Security, privacy, trust and location risks are some of the factors that hinder the adoption of cloud computing and it is not well implemented in organizations of developing countries. But the adoption of cloud computing could transform the workflow of organizations to efficient, cost effective and manageable environment. To transform the current working environment to cloud computing environment, it needs to have a sound, comprehensive and agile adoption framework. Its room for keeping the computing and management of sensitive data and applications in house and going public for additional computing requirements, makes the hybrid cloud computing the best fit for construction companies. The proposed hybrid Cloud Computing Adoption framework can support construction companies to determine and understand the contexts they need to consider when adopting cloud computing.
Primary and secondary data are used to develop the proposed adoption framework. On top of that, the National Cloud Computing Policy, Strategy and Roadmap of Ethiopia, Technological, Organizational and Environmental cloud adoption framework was used as a theoretical lens in the study. This paper is proposed to support informed judgment rather than strict robotic rule based implementation. The study findings are believed to help organizations and researchers to understand cloud computing adoption contexts, requirements, to measure their risk, to migrate their services to cloud from all types and to connect and integrate different services as a single system. Future direction and security concerns have been addressed in our framework.
Table of Contents
1. Introduction
2. Related Work
3. The Proposed Solution
4. Discussion
5. Conclusion and Future Work
Objectives and Topics
The primary objective of this research is to develop a structured, agile adoption framework for hybrid cloud computing, specifically tailored for construction companies in Ethiopia to facilitate informed decision-making regarding digital transformation.
- Analysis of cloud computing deployment models (public, private, and hybrid).
- Evaluation of technological, organizational, and environmental factors (TOE framework).
- Assessment of security, privacy, and trust concerns within the construction sector.
- Development of a stepwise process for integrating on-premise IT infrastructure with cloud services.
- Identification of requirements for successful cloud migration and implementation management.
Excerpt from the Book
1. Introduction
Computation power ranges from manual computing to sophisticated cloud computing technologies. The ability to collect, transport, process, store, and access data nearly anywhere in nearly any volume is the far end IT goal of any company [1]. It is described that outsourcing the access of information technology resources and services will have the potential to provide flexible, cost-effective, and proven delivery platform for business and consumer information services [2]. There is still an option to hire local IT infrastructure, but the investment on on-premises is costly and considered as a liability for many companies.
Cloud computing has become a hard core mechanism to have a cost effective and flexible computing environment that can combine and share computational resources. Previously some companies were building and maintaining their computational resources but in recent times, companies and information technology leaders realize the potential benefit in combining and sharing computing resources [3]. According to [4], long term plan for a business without thinking about cloud computing is a mare decision and a cloud-enabled enterprise is able to exploit cloud services to meet its information technology needs easily and effectively.
Summary of Chapters
1. Introduction: Outlines the shift from manual computing to cloud solutions and defines the necessity of a tailored adoption framework for construction firms.
2. Related Work: Reviews existing literature on cloud adoption frameworks, highlighting the limitations of generic models and the need for sector-specific solutions.
3. The Proposed Solution: Details the development of a new hybrid cloud adoption framework based on primary interview data and established TOE theoretical lenses.
4. Discussion: Explores the practical barriers to cloud adoption in Ethiopia and discusses how hybrid cloud architectures can balance security needs with operational flexibility.
5. Conclusion and Future Work: Summarizes the study's contribution and outlines future research directions such as cloud automation and orchestration.
Keywords
Cloud Computing, Hybrid Cloud, Adoption Framework, Construction Industry, Ethiopia, Security, Privacy, Trust, TOE Framework, IT Infrastructure, Digital Transformation, Decision Support, Cloud Adoption Strategy, Computing Resources, Data Management.
Frequently Asked Questions
What is the core focus of this research paper?
The paper focuses on developing a comprehensive and agile adoption framework for hybrid cloud computing to assist construction companies in Ethiopia with their digital infrastructure transitions.
Which theoretical model forms the basis of the proposed framework?
The study utilizes the Technological, Organizational, and Environmental (TOE) framework as a theoretical lens to ensure the proposed solution is robust and adaptable.
What is the primary goal of the researchers?
The goal is to support informed decision-making in the construction sector rather than proposing a strict, rule-based implementation approach.
What scientific methods were employed for this study?
The authors utilized both theoretical techniques through literature review and empirical techniques through primary data collected via interviews.
What aspect of IT infrastructure is covered in the main body?
The main body examines cloud deployment models, the benefits and challenges of cloud migration, and the specific requirements for managing sensitive data in hybrid environments.
How are the key themes of this study defined?
The study is characterized by keywords such as Cloud Adoption, Security, Privacy, Trust, and the specific context of the Ethiopian construction industry.
Why is a hybrid cloud model recommended for construction companies?
A hybrid model allows companies to keep sensitive, critical data on-premise for security while leveraging the scalability and cost-efficiency of public clouds for other operations.
What specific challenges do construction companies in Ethiopia face?
They face issues like inadequate planning, non-systematic workflows, low reporting capabilities, and significant security concerns regarding data dissemination.
Is the proposed framework considered a finished product?
No, the authors describe it as a "beta version" that is designed to be open for continuous improvement as technology and company requirements evolve.
How was the framework evaluated?
The framework was evaluated using a design science research strategy, specifically an ex post naturalistic strategy, to ensure its reliability and practical applicability.
- Arbeit zitieren
- Misganaw Melaku (Autor:in), 2017, Framework for adopting hybrid cloud computing, München, GRIN Verlag, https://www.grin.com/document/444219
