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Scalable access controls for lineage

Published 23 February 2009
Arnon Rosenthal, Len Seligman, Adriane Chapman, Barbara Blaustein
Citations26

TL;DR

This work builds on prior work for security and privacy of lineage information, focusing on complex conditions and scalable administration, and uses Attribute-Based Access Control (ABAC) to express conditions based on many attributes, instead of roles.

Abstract

Lineage stores often contain sensitive information that needs protection from unauthorized access. We build on prior work for security and privacy of lineage information, focusing on complex conditions and scalable administration. We use Attribute-Based Access Control (ABAC) to express conditions based on many attributes, instead of roles. We then make administration and management more scalable, instead of managing large, monolithic access predicates for each object. To do so, we first support modular traceability and maintainability for separate concerns (e.g. security, legally mandated privacy, organizationally mandated privacy). We then provide constructs to manage authority when multiple administrators must collaborate. We show that these security techniques are needed for easy lineage security administration. 1.

Keywords

Social SciencesDecision SciencesComputer Science