Greater New York City Area
Full-stack developer on the network modeling team; specialized in solving problems at Bloomberg's large network scale by utilizing research methods and algorithms and data structures to achieve performant solutions.
• Implemented a contextual firewall policy analysis tool for policy diffing, shadowing,
optimization, and testing based on net flow change. Made original enhancements to the firewall decision tree [FDT] data structure to meet the time and space constraints for enterprise policies, some of which were orders of magnitude larger than benchmark policies in reviewed literature.
• Lead engineer of a network device configuration and topology modeling platform that stored and serviced Bloomberg's device network. Designed a self-servicing architecture that allowed network engineers to model the network devices within their domains using GraphQL schema definition language, which would be auto-ingested as a GraphQL API backed by a graph database.