Operationalizing Trials in Resource-Limited Settings: Lessons from Vaccine Development

  • Key operational lessons learned from conducting large-scale vaccine trials in (LMICs)
  • Balancing rapid trial execution with regulatory compliance and Good Clinical Practice
  • Strategies for successful patient recruitment, retention, and community engagement in resource-limited settings
  • Ensuring data quality, oversight, and risk management across geographically dispersed trial sites

Building a Multilingual Analytical Ecosystem on a Shared Data Platform

Statistical computing environment (SCE) is the analytical backbone of drug development — yet many organizations still operate across disconnected platforms, inconsistent language ecosystems, and fragmented data architectures that undermine reproducibility, traceability, and speed to insight. This session traces Regeneron’s end-to-end journey of engineering a validated, cloud-native statistical computing environment that unifies SAS, R, Python and Databricks, under a single governed platform using SAS Viya and Posit. Central to this transformation was reimagining how data is stored and made accessible using a shared storage layer and future ready for establishing coherent data flows and fit-for-purpose data management practices that serve both GxP-regulated submissions and exploratory analytics without duplication or drift. We examine the architectural decisions that shaped the computing and data layers, the governance and validation strategies anchored in a product-based framework, and the change management required to migrate teams from legacy, siloed workflows to a modern, standardized environment.