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An Information Visualization Software System to Manage Resource Access Control Policies Jaime Montemayor, Inventor Thomas Llanso, Inventor. Problem Background. Complex digital Access Control policies/ rules can be difficult to author , analyze , update , approve , and reverse-engineer .
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An Information Visualization Software System to Manage Resource Access Control PoliciesJaime Montemayor, InventorThomas Llanso, Inventor
Problem Background • Complex digital Access Control policies/ rules can be difficult to author, analyze, update, approve, and reverse-engineer. • Access can be a function of many factors • Visualization techniques can help manage complex rule sets • Security clearance • Physical location • Type of workstation • Type of user login • Role / Group • Time of day • Operational Need • Security Risk
Access Visualization Tool (“Ruba”) • Visualize policies from many angles • Reveal hidden relationships, interactions • Useful for experts and non-experts alike
Groups and Hierarchy Different Views Answer Different Questions
Access Control Matrix Different Views Answer Different Questions
Incremental Exploration Different Views Answer Different Questions
Technical Applicability • Useful anywhere control access required • Networks, virtual networks • Web sites, portals, web services, messaging • Databases, directories, other repositories • Useful to different stakeholders • Network, repository, mission owners • System support personnel • System Certifiers • System and Network Accreditors
Commercial Applicability • Relevant across many industries • Government / Military • Medical • Financial • Legal • Entertainment • Can play a role in meeting the spirit of security-related legislation • HIPAA • Graham Leach Bliley Act
Commercial Opportunities • For technical information contact: Jaime Montemayor, Inventor 443-778-4497 jaime.montemayor@jhuapl.edu Thomas Llanso, Inventor 443-778-6343 thomas.llanso@jhuapl.edu • For licensing information contact: Norma Lee Todd, Technology Manager Office of Technology Transfer The Johns Hopkins University Applied Physics Laboratory 11100 Johns Hopkins Road Laurel, MD 20723 443-778-4528 norma.todd@jhuapl.edu www.jhuapl.edu/ott