Christopher Duquette
About Christopher Duquette
Christopher Duquette is a Business Development Representative at Recorded Future, where he focuses on threat intelligence and client empowerment against digital threats. He has a background in security and law enforcement, having held positions at Fidelity Investments, The Key Program, MBTA, and Allied Universal.
Work at Recorded Future
Christopher Duquette has been employed at Recorded Future as a Business Development Representative since 2021. In this role, he operates within the Intelligence Cloud framework, focusing on adversaries, infrastructure, and targets. His work involves combining automated data collection and analytics with human analysis to empower clients against digital threats. He contributes to Recorded Future's mission of providing real-time visibility into the digital landscape, leveraging his background in threat intelligence.
Previous Experience at Fidelity Investments
Before joining Recorded Future, Christopher Duquette worked at Fidelity Investments as a Security Representative II from 2017 to 2020. During his three years in this role, he was based in Boston, Massachusetts. His responsibilities likely involved ensuring the security of the organization and its assets, contributing to a safer operational environment.
Career Background in Security and Casework
Christopher Duquette has a diverse professional background. He served as a Caseworker at The Key Program, Inc in 2016 for six months in the Springfield, Massachusetts area. Additionally, he worked as a Police Officer for the MBTA in 2021 for six months in Boston, Massachusetts. He also held the position of Security Governance Analyst at Allied Universal from 2020 to 2021 for nine months in Hartford, Connecticut.
Education and Expertise
Christopher Duquette earned a Bachelor's Degree in Criminal Justice from Saint Anselm College, where he studied from 2012 to 2016. His educational background provides a foundation for his work in security and threat intelligence, enhancing his understanding of the complexities involved in these fields.