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Communications & Networks Connect

ISSN: 3006-4813

Hany Elgala
Editor-in-Chief

Hany Elgala
Editor-in-Chief

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Communications & Networks Connect is a dynamic, peer-reviewed, open-access journal dedicated to advancing the frontiers of communication systems, networks, and optics. Published biannually in both print and online formats, the journal provides a platform for cutting-edge research in a wide array of areas.

Volumes 2
Articles 8
Volume: 2, 2025
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Open Access Policy:
All articles published in the journal Communications & Networks Connect are made accessible through an open-access model, released under the CCBY license. This license facilitates the unrestricted dissemination of articles, encouraging widespread sharing and utilization of valuable research contributions.

Publication Charges:
No publication fee will be charged for articles published by December 2025, and all articles will be available as Open Access.

Subject Categories:
Artificial Intelligence, Computer Networks and Communication, Optics

Article Template:
You are encouraged to use the template to format your article according to our guidelines. However, this is not mandatory, as our layout team will ensure all necessary adjustments are made after acceptance and prior to final publication.

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Target Audience:
This journal is designed for researchers, academics, policymakers, and industry professionals engaged in the dynamic fields of communication and optics.

Ethics Statement:

All articles published by Communications & Networks Connect adhere strictly to the ethical guidelines suggested by the Committee on Publication Ethics (COPE).  We execute a stringent peer-review procedure that meticulously assesses the originality, quality, and precision of the research we disseminate. We employ advanced tools to scrutinize the legitimacy of submitted content and maintain a firm zero-tolerance stance toward instances of plagiarism, data manipulation, or inappropriate authorship.

For further details, please review our comprehensive Publication Ethics and Integrity Guidelines.

Insights

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22 Days

Time to First Peer Review Decision

43 Days

Time to Final Acceptance

2 Days

Acceptance to First Online

Recent Updates

All Updates
Communications & Networks Connect welcomes Dr. Hany Elgala as Editor-in-Chief
2024-01-17
Scifiniti launches new open access journal, Communications & Networks Connect
2024-01-16

Recent Articles

All Articles
Research Article

Available Online: 31 Jul 2025

Integrating Rivest–Shamir–Adleman (RSA) Encryption and Forward Error Correction (FEC) Codes for Secure and Robust Underwater Optical Wireless Communication

Volume 2

https://doi.org/10.69709/CNC.2025.100920
Research Article

Published: 26 Jun 2025

Dynamic Information Security Systems through Adaptive Architecture

Volume 2

The manufacturing industry is at the forefront of a digital transformation that promises significant enhancements in product and service quality. However, this technological shift also raises concerns about data security and information protection. In response to these challenges, a research study was conducted to investigate cybersecurity incidents in the manufacturers and assess the effectiveness of the Zero-Trust Architecture (ZTA) as..

https://doi.org/10.69709/COConnect.2025.178512
Research Article

Published: 10 Mar 2025

A Novel Approach towards Establishing Free Space Optical Inter Satellite Links beyond the Kármán Line

Volume 1

The rapid surge in the technological advancement of humanity calls for development of faster, reliable & effective communication methods between satellites orbiting in outer space. The infamous inter-satellite link technology, coupled with free space optical communication is a robust solution for the same. While establishing this for low earth orbit satellites, it is critical to ensure that the links established..

https://doi.org/10.69709/COConnect.2025.165901
Research Article

Published: 18 Mar 2025

Physical Layer Security in Lossy Untrusted Relay Networks with Finite Blocklength

Volume 1

In this paper, we examine the physical layer security (PLS) in lossy untrusted relay networks, focusing on finite blocklength transmissions. In such networks, ensuring secure communication is particularly challenging due to the presence of untrusted relay nodes and the inherent limitations of short-packet transmissions. We propose the reliable-and-secure probability (RSP) as a performance metric to evaluate the likelihood that the..

https://doi.org/10.69709/COConnect.2024.003818
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