Open Access in 2025: Staying Honest in a New Era of Science

By Abdelazim Negm Jan 05, 2026 6138 3

The Open Access (OA) movement has transformed scientific publishing. Its core goal is to make research freely available to all. By 2025, most new studies had been published OA, making it the standard rather than the exception. While the focus once was on why research should be shared, the conversation has shifted to how, using new technology, policies, and legal frameworks.

The Rise of Open Access
Funding agencies have accelerated OA adoption. Plan S mandated that publicly funded research be immediately accessible, influencing policies in Europe, Asia, and North America. Many journals now charge publication fees, raising concerns about affordability. To address this, libraries increasingly adopted the “Subscribe-to-Open” model, while Diamond OA journals provided fully free access for authors and readers.

Challenges to Scientific Integrity
Despite OA’s success, pressures to publish created vulnerabilities. Paper mills, groups producing fabricated research, often using AI, led to mass retractions. Predatory journals bypassed rigorous peer review, compromising quality. AI misuse blurred the lines between human and machine authorship. Citation manipulation and overburdened reviewers further threatened research reliability.

Tools for Honesty and Efficiency

Automated Screening: AI detects manipulated images and plagiarism before publication.

Advanced Search: Modern search engines summarize, translate, and analyze the impact of research.

Alternative Publishing: Preprints and “nanopublications” allow researchers to share results early and provide more granular data.

Strengthening Trust in Science
New practices promoted transparency and accountability. Open peer review increased transparency. Initiatives like DORA encouraged evaluating research on merit rather than journal prestige. Databases tracked retracted work, helping authors identify reputable journals. Scientists also advocated for research infrastructure controlled by the community rather than corporations.

Final Thoughts
By 2025, Open Access had become a global norm, but challenges remained. Combining technological tools with transparent practices ensures that open science is not only accessible but also reliable and trustworthy, benefiting the entire research ecosystem.

Keywords

Open Access Research Integrity Scientific Publishing AI in Science Preprints Nanopublications Predatory Journals Paper Mills Transparent Peer Review Scholarly Communication

Abdelazim Negm

Prof. Negm is a professor of Hydraulics and (Water Resources) in Water and Water structures Engineering Department at Faculty of Engineering of Zagazig University. He worked as a demonstrator in the Faculty of Engineering, Zagazig University in 1986 and continued till he occupied the position of vice-dean for Academic and Student Affairs. He worked for Egypt-Japan University of Science and Technology (E-JUST) as a professor of Water Resources since Dec. 2012 until Sept. 2016 and chairperson of Environmental Engineering Dept. at E-JUST since March 2013 until March 2016.

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Disclaimer

The views and opinions expressed in this article are those of the author(s) and do not necessarily reflect the official policy or position of their affiliated institutions, the Asian Council of Science Editors (ACSE), or the Editor’s Café editorial team.

Comments

Wulfran FENDZI MBASSO

05 January, 2026

Open access has clearly shifted the conversation from why we share research to how we protect trust while sharing it. In 2025, the biggest vulnerability is the combination of “publish pressure” with business models that can be exploited—paper mills, predatory outlets, and AI-assisted fabrication are now scaled risks, not edge cases. Two practical moves seem essential: (1) stronger editorial triage using automated checks (plagiarism, image manipulation, abnormal citation patterns) with consistent human oversight; and (2) more transparency by default—clear data/code availability where possible, robust author contribution statements, disclosure of AI assistance, and (when feasible) more open peer review. On the researcher side, incentives must reward quality over volume (aligned with DORA principles), and authors should routinely verify journal legitimacy (e.g., “Think. Check. Submit.”). If openness is treated as shared scholarly infrastructure—governed by the community—we can expand access without weakening reliability.

Herbert Kimura

16 February, 2026

The article highlights meaningful progress in scholarly publishing, including expanded accessibility, innovative publishing models (e.g., diamond OA and subscribe-to-open), and the potential benefits and challenges of AI tools, contributing to ongoing discussions about research transparency and integrity. It is important to emphasize that funding to take advantage of new publishing models and access to AI tools may widen the gap between research in different countries and institutions.

Kaushik Bharati

08 May, 2026

The article gives a timely reminder that making research freely available is only the first step; maintaining honesty and quality is equally important. The discussion on automated screening, advanced search tools, preprints, and nanopublications shows how technology can both support and challenge scientific integrity. I especially appreciated the emphasis on transparency and accountability, because public trust in science depends not only on access to information but also on confidence that the information is reliable. The conclusion is particularly strong in highlighting that open science must balance accessibility with credibility. Overall, the article explains a complex issue clearly and practically, so that both researchers and general readers can easily understand.