Samuel Vidovich Email & Phone Number

Canton, Oh, Us

San Francisco, Ca, Us

- Implemented SAML authentication for the Reach application- Spearheaded testing utilities, implementing an integration test stack from the ground up- Expanded backend for consumption of security configuration data from various vendors- Formalized & optimized CI stack with Github actions- Built out time-based analytics for most targeted individuals, from the database up to an accessible API- Built out a system that diffs security configurations between customer environments and Reach's recommendations- Migrated from individual micro-service repositories to a single monorepo- Implemented on-the-fly, dynamic documentation generation for customer deliverables

Columbus, Ohio, Us

- Reduced our AWS spend by 20% after a month of focused effort- Helped to re-architect the back-end data pipeline

Columbus, Ohio, Us

Things I got into during this time include, but are not limited to:- Designed & built distributed plugin architecture for cybersecurity analysis of files at scale- Designed, built, and fostered a data lake around analysis output, as well as ETL workflows for statistical and rollup analysis of large quantities of cybersecurity analysis output- Built out industry-leading software component analysis and vulnerability correlation capabilities to help customers understand their supply-chain risk- Championed test-driven development across the back-end environment- Attacked API performance to speed up customer interactions with the Finite State platform- Designed & built system for the collection and curation of the largest Software Component Analysis dataset you've ever seen or will ever see- Replicated cloud resources in a kubernetes environment- Replicated kubernetes resources in a cloud environmentFrom infrastructure to platform to application, there's very little that I wasn't at the very least 'in the room' for at Finite State during these years.

Columbus, Ohio, Us

Kent, Ohio, Us

Kent, Ohio, Us

Created a simulation of a rigid body in space using C++ and mathematica. The mathematics background is in linear algebra, Lie algebras, and discrete time Calculus of Variations. The core of the project was a variational integrator. C++ generated datafiles readable by mathematica, and 3D models of both attitude and path were generated.