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Tools Are Not the Bottleneck: Why Adoption Barriers Can Slow Innovation in Scholarly Publishing
Scholarly publishing has never had so many digital tools. Manuscript management systems, online peer review platforms, research analytics, open-access models and AI-assisted tools are changing how research is evaluated, published and shared. Yet many journals and publishers do not see the gains they expected for academic publishers, universities, researchers and scientific journals.The limiting factor is rarely a shortage of technology. More often, it is whether editors, reviewers, authors and staff understand, trust and are supported in using what they have exchanging ideas and developing scientific understanding.As research volumes continue to expand, publishers and research institutions are increasingly under pressure to increase efficiency, to keep quality, to improve transparency and to improve accessibility to research.Digital technologies can help meet these objectives by reducing the administrative workload, streamlining manuscript processing, improving communication between authors and editors and increasing access to scientific publications.However, the benefits of such innovations depend largely on people's willingness and ability to use them.
Why Good Tools Go Underused
Technology acceptance is a key issue in modern scientific communication.Editors, reviewers, authors, librarians and publishers may encounter difficulties with their introduction of unknown digital systems.Organizations may invest heavily in advanced platforms and still miss the expected benefits as users do not fully understand, trust, or use available tools in some cases.A better understanding of the relationship between technology acceptance and innovation is provided by three significant theoretical perspectives: the Technology Acceptance Model (TAM), the Unified Theory of Acceptance and Use of Technology (UTAUT)adds social influence and facilitating conditions, such as organizational support and resources. The diffusion of the Innovations theory explains the spread of new ideas and technologies within social and professional communities.Together, these perspectives suggest that technological advances are not conditioned by the availability of new instruments alone.Manuscript management systems illustrate the point.It also depends on people's attitudes, skills, experiences and working environments that they are expected to adopt.A digital publication platform may offer sophisticated features.But its value will be limited if editors find it complex, reviewers are unable to get appropriate guidance or the setting misses the infrastructure necessary to support it.
AI: Where trust and Governance Matter
Artificial intelligence is a very important example of technological adoption opportunities and challenges.AI-based tools are increasingly being investigated for plagiarism detection, speech support, manuscript screening, reviewer identification, and other editorial tasks.Such applications can contribute to reducing routine workloads and supporting more efficient editorial processes.However, their increased use raises questions with regard to algorithmic bias, confidentiality, transparency, accuracy and accountability.Editors may hesitate to rely on AI-generated advice if they cannot understand how the system might arrive at its conclusions or whether the results could be trusted.Researchers could be worried about the management of unpublished manuscripts and sensitive research data.Not every hesitation is reluctance to innovate. Concerns about confidentiality, reliability or disrupted workflows are often legitimate professional judgments, and they deserve a response rather than dismissal.Scientific release depends on the integrity of the peer review process, the credibility of editorial decisions and the protection of intellectual contributions by the authors.Responsible AI adoption requires clear policies, human oversight, transparency and governance. Trust must be built alongside technical capability.
Digital Publishing Systems and Open Access
Digital manuscript management systems give further illustrations of the challenges of technology adoption.Platforms such as Editorial Manager and Scholar one Manuscripts help journals manage submissions, coordinate peer review, communicate with authors and track editorial decisions.These systems can improve the business process organization and reduce reliance on paper-based or fragmented processes.A capable system can still disappoint. Consider a hypothetical editor given a new platform after a single short briefing.The software is installed, but the workflow has not changed, so the expected gains in productivity and turnaround time never arrive. The gap is not the technology or the editor. It is training and fit with existing practice.Open Access shows the same pattern. By widening access to research, it can support dissemination, international collaboration and public participation. It also asks institutions and researchers to adapt to new financial structures and workflows. In the dissemination of research results on a larger scale, open-access models make it easier to exchange knowledge, to facilitate international cooperation and public participation in scientific research.However, its development continues to involve discussions on the costs of publication, financial sustainability, quality assurance and equal participation.Researchers and institutions may have difficulty adopting certain publishing models in cases where funding is limited or the financial implications are unclear.These challenges demonstrate that innovation should be supported by appropriate strategies, sustainable funding schemes and insight into the needs of the research community.
What Innovation Really Means
The broader problem is how the organizations translate technological investment into meaningful innovations.Innovation intensity refers to the frequency, speed, depth and practical impact of the innovative activity of an organization.That may be reflected in science publishing by the way new systems are being implemented rapidly, the extent to which their capabilities are used and the effectiveness of them in improving the editorial work and the dissemination of research results.In the event that technological acceptance barriers exist, organizations can slowly introduce, partially implement or not integrate innovations into everyday practice.Insufficient digital skills may add the time needed to learn new systems while resistance to change can delay implementation.The outdated infrastructure can cause technical problems, and weak management support may leave the user without the necessary resources for the adaption.Reliability and data protection concerns may also hinder adoption.These barriers may increase operating costs, increase manuscript processing, and reduce overall technological investment return on operations.“The result can be higher operating costs, slower manuscript processing and a poorer return on investment.
Building a Culture of Digital Readiness
These challenges need to be addressed more than buying sophisticated software or creating new digital platforms.Publishers and research offices need to put people in the center of digital transformation.Leadership commitment is vital but must be accompanied by practical support for those who have the responsibility to implement and use new systems.Regular training could improve digital literacy, as well as help users understand the benefits and limitations of emerging technologies.Training should not be considered as a one-time activity.It must be developed in conjunction with technological advances and changes in publishing industry responsibilities.Stakeholder involvement in the adoption process is also important.Editors, evaluators, authors, librarians and administrative staff should be given the opportunity to express their concerns, check on new systems and provide feedback prior to and after implementation.Such participation could help organizations identify issues which are related to usability at an early stage and develop solutions reflecting the actual working conditions that exist.Clear communication about the purpose of new technology can also reduce uncertainty and promote increased user confidence.The organizations should also invest in appropriate digital infrastructure, technical assistance and responsible governance.
Governance
Set clear policies on AI use, data privacy, confidentiality,transparency, human decision-making and accountability.At the same time, institutions must assess the measurable benefits of new technologies.Relevant indicators could include manuscript processing times, user satisfaction, system usage, publication efficiency and research accessibility improvements.
The Way Forward
Successful innovation in scientific publishing ultimately depends on the interaction between technological ability and human acceptance.The most advanced digital system cannot reach its full potential if users lack the confidence, skills, or institutional support necessary to ensure its effective functioning.On the other hand, through the introduction of technology through thoughtful planning, adequate training, transparency policy and continuous evaluation, it can boost editorial performance and improve research communication.Therefore, for publishers, universities, researchers and policy makers, understanding the connection between barriers of technology acceptance and innovation intensity is essential.The Technology Acceptance Model, UTAUT and Diffusion of Innovations theory provided useful perspectives in explaining why some technologies are widely acceptable while others are facing steady resistance.Their combined insights emphasize the importance of perceived usefulness, user friendliness, social influence, organizational commitment, and practical conditions for adoption.While academic communications are evolving, future research should investigate these connections through empirical studies from scientific journals, publishing houses and research institutions.The impact of such research could be perceived in terms of the barriers which impact innovation, and which interventions contribute to the most effective results across different organizational structures.Technology will not be the alone source of future research publication.It will also depend on academic and publishing institutions ability to adjust to changes, develop digital potential and build confidence in the new tools.The elimination of technological barriers to acceptance the future of scholarly publishing will depend less on the tools we adopt than on whether the people using them are ready, equipped and trusted to make them work.
Keywords
Scholarly Publishing Technology Adoption Digital Transformation Technology Acceptance Model UTAUT Diffusion of Innovations Digital Readiness Manuscript Management Systems AI in Scholarly Publishing Open Access Innovation
Dr. Mujtaba Ellahi Mahar is an Associate Professor in the Department of Chemistry, Faculty of Arts & Basic Sciences at BUITEMS, Quetta, Pakistan. He holds a Ph.D. in Materials Science and Engineering from the University of Science and Technology Beijing, China. His research focuses on polymer chemistry, nanomaterials, and advanced material characterization. Dr. Mahar works on developing functional polymer-based materials and nanoparticle systems for industrial and technological applications. He actively collaborates on interdisciplinary projects in materials science and applied nanotechnology.
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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.
