For years, academic publishing has relied on legacy systems that hinder efficiency and scholarly communication. Complex interfaces frustrate users. Rigid, one-size-fits-all submission systems cannot accommodate diverse content, workflows, or journal requirements. Email-driven communications cause delays. Production remains siloed externally without automation. Monolithic architectures hamper scalability.
For years, academic publishing has relied on legacy systems that hinder efficiency and scholarly communication. Complex interfaces frustrate users. Rigid, one-size-fits-all submission systems cannot accommodate diverse content types, workflows, or journal requirements. Email-driven communications cause delays. Production remains siloed externally without automation. Monolithic architectures hamper scalability.
At Coko, we believe it's time to move forward. Driven by a passion for improving research sharing, we developed Kotahi to tackle these systemic challenges. Funded through our surplus and partners like eLife who share our vision, Kotahi is designed to modernize workflows for traditional and emerging publishing models.
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@@ -48,7 +48,7 @@ By supporting this kind of sophisticated multitenancy natively, Kotahi establish
Kotahi incorporates a modern content management system (CMS) based on static site generation rather than a traditional database-request-driven CMS. This approach provides significant advantages in speed, security, and scalability.
Compared to traditional CMSs which can become sluggish and vulnerable at scale, Kotahi's CMS remains lightning fast and rock solid regardless of traffic or content volume. This innovative architecture ensures publishers can manage content efficiently while providing users with a reliably fast experience. Full text articles are published at a push of a button. The CMS can handle the demands of complex scholarly publishing requirements both now and in the future.
Compared to traditional CMSs which can become sluggish and vulnerable at scale, Kotahi's CMS remains lightning fast and rock solid regardless of traffic or content volume. This innovative architecture ensures publishers can manage content efficiently while providing end users with a reliably fast delivery experience. Full text articles are published at a push of a button. The CMS can handle the demands of complex scholarly publishing requirements both now and in the future.
