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DTSTAMP:20250822T115804Z
LOCATION:Room 6.0D13
DTSTART;TZID=Europe/Stockholm:20250618T090000
DTEND;TZID=Europe/Stockholm:20250618T110000
UID:submissions.pasc-conference.org_PASC25_sess114@linklings.com
SUMMARY:MS5D - Trusted Research Environments for Supercomputing in Health 
 and Social Sciences
DESCRIPTION:This minisymposium will bring together those working on enabli
 ng HPC facilities to be used effectively and efficiently when working with
  sensitive, confidential and personally identifiable data. Outside nationa
 l security institutions, particularly in academic settings, HPC environmen
 ts have traditionally been built with security standards appropriate to mo
 derately sensitive data, in the physical sciences and engineering. Researc
 hers are increasingly using large-scale computational methods to address q
 uestions in health and social science which require use of personally iden
 tifiable data obtained from governmental authorities. In order to maintain
  public consent for the use of such approaches “data saves lives” it is es
 sential that an appropriate security environment is maintained. In these f
 ields, secure environments are typically isolated from internet, have no i
 n-out copy-paste facilities, a significant information governance overhead
  for actions as basic to the modern data scientist as pip install, and lim
 ited access to compute at scale needed for large digital twins or AI train
 ing and inference. Streaming data, continuously arriving from devices such
  as smart or personal equipment, is particularly challenging. Worldwide ef
 forts are now focused on creating productive, secure environments called t
 he Trusted Research Environments (TREs) at scale, which support the progra
 mming-language based approaches of modern data scientists and mathematical
  modellers.\n\nHow Can a Standard Architecture for Trusted Research Enviro
 nments (SATRE) Provide a Framework for HPC?\n\nTrusted Research Environmen
 ts (TREs) are secure computing environments suitable for the processing an
 d analysis of special category data. The Standard Architecture for Trusted
  Research Environments (SATRE) is a UK community driven specification for 
 how TREs, also known as Secure Data Environments or...\n\n\nSimon Li (Univ
 ersity of Dundee, HDR UK); Ed Chalstrey and Matthew Craddock (The Alan Tur
 ing Institute); James Hetherington and Tim Machin (University College Lond
 on); Jim Madge, Martin O'Reilly, James Robinson, and Hari Sood (The Alan T
 uring Institute); Nel Swanepoel (University College London); and Christian
  Cole (University of Dundee)\n---------------------\nAdvancing Research th
 rough Integrated Scientific and Operational Data Management and Governance
 \n\nScientific field stations generate vast amounts of data, ranging from 
 environmental measurements to operational logistics. However, the lack of 
 structured data governance and integration strategies often hinders the fu
 ll potential of these datasets, limiting their impact on research and deci
 sion-mak...\n\n\nRodrigo A. Carrasco (Pontificia Universidad Católica de C
 hile)\n---------------------\nHPC in a TRE: Architecting for Secure Resear
 ch in the Cloud (One Acronym at a Time)\n\nTrusted Research Environments d
 epend on information governance framework, business operations and technic
 al components to ensure they provide a service that operates securely and 
 mitigates barriers for researchers. Architecting in the cloud starts with 
 establishing appropriate security controls, ide...\n\n\nJames Grant (Amazo
 n Web Services)\n---------------------\nCollaboratively Building Research 
 IT Platforms: Insights from UCLH and UCL in Advancing Safe Medical Imaging
 \n\nThe use of data from the health and social care system can have a comp
 lex set of technical and governance-based challenges around its secure and
  legal transfer to, and subsequent processing in academic supercomputing f
 acilities. Through cross-institutional collaboration between UCL's Advance
 d Resear...\n\n\nHaroon Raza Chughtai (UCL)\n\nDomain: Applied Social Scie
 nces and Humanities, Life Sciences, Computational Methods and Applied Math
 ematics\n\nSession Chairs: Christian Cole (University of Dundee) and James
  Hetherington (University College London)
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