Boost Research Visibility with Cassyni’s Research Impact Talks
Empower your researchers with video seminar publications that drive engagement and boost scholarly reach.
Cassyni’s Research Impact Talks give libraries, international affairs, and research offices a powerful tool to amplify researcher visibility.
With citable, AI-enhanced videos tied to key research outputs, Cassyni increases scholarly reach and global engagement. Research Impact Talks can boost related scholarly article downloads by up to 133% and improve citation rates, maximizing the impact of your institution’s work.
Boost Visibility and Engagement
Research Impact Talks receive DOIs and are integrated into major databases like EndNote, Dimensions, and PubMed, ensuring high discoverability.
Videos drive a broader audience, increasing article downloads by up to 133% and boosting citations, amplifying your institution’s research impact.Support Career Growth with Measurable Impact
Analytics on views and engagement provide concrete evidence of impact for tenure, promotion, annual reviews, and grant applications.
Video talks linked to publications, grants, and projects strengthen researcher portfolios, enhancing their profile with funders, hiring committees, and collaborators.Simplify Researcher Workflows
Cassyni’s platform includes AI-powered transcripts and slide outlines, making it easy to create polished videos.
Libraries can offer Cassyni as a stand-alone service or integrate it with existing repositories, expanding research support without added administrative work.Growing research impact around the world
Making Victoria University of Wellington research stand out
Even before COVID-19 we were looking at low-carbon alternatives to travel. We believe that Cassyni will help to grow the reach and impact of our research, and allow others to benefit from our extensive experience.
Vice-Provost for Research
Check out Victoria University of Wellington's seminar collection.
Optical nanoantennas: from Tellegen metamatter to sorting plastics at scale
Alexandre Dmitriev, Department of Physics, University of Gothenburg, Gothenburg, Sweden