This paper is about PaaS as a Service in Future Emerging Technology. Cloud computing is becoming one of the most popular emerging technology being discussed in today’s technology world. It was built when application and services were moved to the cloud and it has its origin in network diagrams that represents the internet and is a gradually developing model. The National Institute of Standards [NIST] defines cloud computing as a highly demand network access to a collection of shared resources which can be provided very quickly with lower management effort.
PaaS is a platform which is being used by the developers to build software must faster and deploying as a SaaS application to end users. PaaS is used to develop Web and mobile applications using a wide array of components, ranging from programming languages and application servers to message queues and databases.
Table of Contents
1. Definition of cloud computing
2. Architectural layers of cloud computing
3. Cloud computing infrastructure models
3.1 Public cloud computing
3.2 Private Cloud
3.3 Hybrid Clouds
4. Technical side of PaaS
5. Google App Engine
6. PaaS Consumers
7. Critical Analysis of PaaS
8. Economic
9. PaaS Vendors
10. Consumers
11. Security
12. Lethal shortcoming
13. Handling of critical data
14. Grid system v/s cloud computing
15. Carbon emissions
16. Innovation on PaaS adaptation will accelerate internationally
17. Cloud segment and overall market growth
18. Cloud revenues predicted by Gartner
19. Global Market by IDC
20. Geographical areas/ PaaS revenues
21. Financial Services cloud success
22. Conclusion
Objectives and Topics
The primary objective of this work is to provide a comprehensive analysis of Platform as a Service (PaaS) as an emerging technology, exploring its design, architectural layers, and its significant impact on future technological landscapes and business environments. The research investigates how PaaS facilitates software development, addresses infrastructure management challenges, and drives market growth.
- Architectural frameworks and infrastructure models of cloud computing.
- Technical implementation and application development using PaaS platforms.
- Economic benefits, market trends, and international adoption rates.
- Security challenges, data handling requirements, and regulatory compliance.
- Comparative analysis of cloud computing versus traditional grid systems and environmental impacts.
Excerpt from the Book
Technical side of PaaS
PaaS is a platform which is being used by the developers to build software must faster and deploying as a SaaS application to end users.
PaaS is used to develop Web and mobile applications using a wide array of components, ranging from programming languages and application servers to message queues and databases.
For example, a Java PaaS provider might offer well integrated Java application server, source code management, and continuous integration tools.
Other PaaS providers may target developers using multiple languages by offering support for PHP, Ruby, Python, Perl and other popular Web development languages.
Summary of Chapters
Definition of cloud computing: Establishes the foundational definition of cloud computing as provided by the National Institute of Standards.
Architectural layers of cloud computing: Outlines the structural hierarchy of cloud computing, identifying roles from users to network architects.
Cloud computing infrastructure models: Details the three primary infrastructure models: public, private, and hybrid clouds.
Technical side of PaaS: Explains the functional role of PaaS in accelerating software development and deployment.
Google App Engine: Examines Google App Engine as a specific platform implementation for Java developers.
PaaS Consumers: Discusses the tools provided to consumers for managing applications and the importance of security certifications.
Critical Analysis of PaaS: Provides a strategic outlook on the dominance of PaaS in the software industry over the next decade.
Economic: Highlights the cost-saving potential and return on investment for organizations adopting PaaS.
PaaS Vendors: Addresses the challenges and commitments inherent in working with proprietary infrastructure providers.
Consumers: Focuses on the risks of vendor lock-in and the operational requirements for ensuring portability.
Security: Discusses the current state of security processes, service provider transparency, and the role of certifications.
Lethal shortcoming: Identifies the lack of standardized security management and data protection compliance as major risks.
Handling of critical data: Emphasizes the necessity of internal and contracted trust for secure data management.
Grid system v/s cloud computing: Compares the traditional grid system with cloud computing regarding scalability, management, and security.
Carbon emissions: Analyzes the environmental impact of cloud computing, noting potential reductions in carbon emissions and energy consumption.
Innovation on PaaS adaptation will accelerate internationally: Reviews expert predictions on the global acceleration of PaaS adoption.
Cloud segment and overall market growth: Presents market forecasts indicating the dominance of PaaS compared to IaaS and SaaS.
Cloud revenues predicted by Gartner: Visualizes predicted revenue growth for cloud services between 2011 and 2016.
Global Market by IDC: Provides data on the projected global market expansion from 2012 to 2017.
Geographical areas/ PaaS revenues: Analyzes the demand and revenue distribution for PaaS across different global regions.
Financial Services cloud success: Features a case study on a successful private cloud PaaS implementation in the financial sector.
Conclusion: Summarizes the advantages of PaaS and reinforces the positive outlook for its future industry impact.
Keywords
PaaS, Cloud Computing, SaaS, IaaS, Infrastructure, Software Development, Scalability, Security, Market Forecast, Data Protection, Virtualization, Java, Economic Impact, Carbon Emission, Innovation.
Frequently Asked Questions
What is the central focus of this document?
This document provides an in-depth analysis of Platform as a Service (PaaS), covering its technical definition, architectural design, market impact, and the operational benefits for organizations.
What are the primary themes discussed in the work?
The core themes include infrastructure models, the technical functionality of PaaS, economic implications, security challenges, environmental sustainability, and market growth forecasts.
What is the main goal of the research presented?
The goal is to evaluate PaaS as an emerging technology and demonstrate its potential to revolutionize business applications, software development, and industry competitiveness.
Which methodologies are utilized to analyze the subject?
The work utilizes a combination of theoretical framework analysis, comparative studies between cloud and grid systems, and data-driven market evaluations based on industry reports (e.g., Gartner, IDC, NIST).
What specific aspects are covered in the main body?
The main body treats the architectural layers of cloud computing, the technical requirements for PaaS, vendor relations, security risks, critical data handling, and provides empirical data on market trends and financial success stories.
What are the most significant keywords for this work?
Key terms include PaaS, Cloud Computing, Scalability, Economic Impact, Security, Software Development, and Market Growth.
How does the author describe the environmental impact of cloud computing?
The author highlights that cloud computing contributes to social and environmental sustainability by lowering carbon emissions and reducing energy consumption compared to traditional IT infrastructure.
What specific advice is given to PaaS consumers regarding security and lock-in?
Consumers are advised to seek providers with established 3rd party security certifications and to ensure that their PaaS solutions are portable across data centers to prevent long-term vendor lock-in.
- Quote paper
- KHEMRAJ DHUNPUT (Author), 2019, Analysis, Design and Impact of PaaS as a Service in Future Emerging Technology, Munich, GRIN Verlag, https://www.grin.com/document/500595
