Journal of Elastic and Serverless Cloud Technologies

Editorial Board

Journal of Elastic and Serverless Cloud Technologies

The Journal of Elastic and Serverless Cloud Technologies is a leading platform dedicated to advancing research and innovations in modern cloud computing. Designed for researchers, students, and academic institutions, this journal provides a hub for publishing and accessing scholarly articles that focus on elastic computing, serverless frameworks, and emerging trends in distributed systems. With the growing demand for scalable and cost-effective computing solutions, this journal bridges the gap between theoretical research and real-world applications.

Scope of the Journal of Elastic and Serverless Cloud Technologies

The Journal of Elastic and Serverless Cloud Technologies publishes high-quality articles covering topics such as elastic scaling, function-as-a-service (FaaS), cloud-native applications, microservices, edge computing, and serverless security. The scope extends to applied research that explores performance optimization, deployment models, and cost efficiency in serverless environments.

This journal is highly relevant to institutes, colleges, and universities that subscribe to academic publications for teaching and research purposes. It also serves as an essential publication outlet for students, PhD scholars, and professionals looking to share their findings with the global community.

Importance for Researchers and Authors

For authors and researchers, the Journal of Elastic and Serverless Cloud Technologies provides an opportunity to publish innovative work in a rapidly expanding domain. Researchers working on cloud elasticity, resource allocation, or serverless orchestration can benefit from the journal’s wide readership and indexing across major databases. Publishing in this journal not only enhances academic visibility but also contributes to advancing the global conversation around future-ready computing models.

Benefits for Subscribers and Institutions

Subscribers such as universities, engineering colleges, and research organizations gain access to cutting-edge articles from the Journal of Elastic and Serverless Cloud Technologies. This access helps faculties and students stay updated with the latest technological breakthroughs in elastic and serverless frameworks. Subscribing institutions can integrate the journal into their libraries, supporting both teaching curricula and project-based research in computer science and information technology.

Research Areas Covered

The journal focuses on diverse and high-demand research areas in cloud technologies:

• Elastic Cloud Computing: Auto-scaling mechanisms, workload balancing, and dynamic resource allocation.
• Serverless Computing: Function-as-a-service, event-driven architectures, and stateless microservices.
• Cloud Security and Compliance: Data protection, access control, and compliance frameworks for serverless applications.
• Cost Optimization in Cloud Systems: Strategies for reducing infrastructure costs with elastic and serverless solutions.
• Hybrid and Multi-Cloud Models: Combining serverless with hybrid deployments to ensure reliability and scalability.
• Cloud Performance and Monitoring: Tools and techniques to ensure performance efficiency in elastic environments.

By highlighting these areas, the Journal of Elastic and Serverless Cloud Technologies positions itself as an authoritative source for both foundational and applied research.

Why Choose the Journal of Elastic and Serverless Cloud Technologies?

The field of cloud computing is evolving faster than ever, and the Journal of Elastic and Serverless Cloud Technologies offers a specialized platform that focuses exclusively on elastic and serverless paradigms. Unlike general cloud journals, this publication concentrates on the scalability, efficiency, and architecture of serverless systems. Authors who publish here ensure that their work reaches an audience actively seeking solutions in this niche but critical domain.

Audience of the Journal

The Journal of Elastic and Serverless Cloud Technologies is designed for:

• Researchers and Scholars: Looking to publish peer-reviewed articles.
• Students and Academicians: Gaining insights for projects, dissertations, and coursework.
• Institutions and Libraries: Subscribing to journals that support advanced teaching and research.
• Industry Professionals: Exploring serverless adoption and innovations.

Opportunities for Authors

Authors publishing in the Journal of Elastic and Serverless Cloud Technologies benefit from:

• Peer-reviewed recognition.
• Increased global visibility.
• Indexing in reputed academic databases.
• Contribution to the evolving body of cloud technology knowledge.

The submission process is streamlined, ensuring that manuscripts are reviewed by experts in the field. This encourages quality contributions while providing constructive feedback to authors.

Future of Elastic and Serverless Cloud Research

Elastic and serverless computing are transforming how businesses and institutions use technology. The Journal of Elastic and Serverless Cloud Technologies acts as a beacon for emerging research trends. Future areas of exploration include AI-driven serverless frameworks, IoT-enabled elastic computing, and integration with blockchain technologies.

Researchers focusing on sustainability in cloud computing will also find a platform in this journal, as energy efficiency and green computing gain importance globally.

Global Recognition

The Journal of Elastic and Serverless Cloud Technologies enjoys a global readership, making it an ideal publication choice for authors aiming to expand their academic impact. Institutes that subscribe benefit from their students and faculty gaining access to research that is shaping the digital future.

Contribution to Education and Industry

By publishing high-quality articles, the Journal of Elastic and Serverless Cloud Technologies contributes both to academia and the IT industry. While institutions use the content for academic growth, industries leverage it for research-backed strategies to implement elastic and serverless models. This dual benefit makes the journal highly valuable.