myLaminin Perspectives

Incident response isn’t a policy document, it’s real-time decision-making when research data security is under threat. In RDM SaaS environments, breach detection, vendor escalation, regulatory compliance, and forensic accountability must work together instantly. This article explores why incident response is critical governance for universities and research institutions—and how detection, notification, and vendor alignment protect sensitive research data and institutional tru

Persistent Identifiers are now table stakes in research but most teams are using them poorly, inconsistently, or not at all. DOIs, ROR IDs, ORCIDs, and RAiDs promise transparency and credit, yet fragmented adoption creates gaps, broken links, and lost attribution. This article exposes where PID practices fail and why integrated, lifecycle-wide implementation is becoming impossible to ignore.

Exploring the Concept of Synthetic Data Synthetic data is information generated by computers rather than obtained from real-world events. The primary aim is to mimic the patterns, relationships, and statistical properties of an actual dataset. This is achieved without exposing personal or sensitive information. For instance, synthetic patient records may display realistic correlations between symptoms and diagnoses, but none of these entries represent actual individuals. Key

Today’s research landscape is increasingly complex, requiring a flexible, integrated approach to cybersecurity, privacy, and ethics. myLaminin proposes a modern Research Security Office (RSO) framework with core protections—cybersecurity, data privacy, ethics, export controls, and research integrity—plus modular, discipline-specific components. This proactive model supports secure, ethical, and collaborative research across diverse domains.

myLaminin, the most complete, integrated, and secure Research Data Management (RDM) platform on the market.