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Elizabeth Roper

Elizabeth (Liz) Roper is a partner in Baker McKenzie's North America Litigation and Global Dispute Resolution Practice, specializing in investigations, data security, and white collar defense. Liz advises clients on cybersecurity compliance, incident response, government investigations, internal investigations, and criminal defense matters. With over 15 years of experience in the Manhattan District Attorney's Office, including over four years as Bureau Chief of the Cybercrime and Identity Theft Bureau (CITB), Liz pairs deep investigative experience with expertise in new technologies and electronic evidence, including digital forensics, mobile device data, network forensics, and blockchain analysis. Liz has obtained the International Association of Privacy Professionals (IAPP) Certified Information Privacy Professional/United States (CIPP/US) certification. · Baker McKenzie

United StatesInvestigations, Data Security

About

Elizabeth (Liz) Roper is a partner in Baker McKenzie's North America Litigation and Global Dispute Resolution Practice, specializing in investigations, data security, and white collar defense. She advises clients on cybersecurity compliance, incident response, government investigations, internal investigations, and criminal defense matters. With over 15 years of experience in the Manhattan District Attorney's Office, including over four years as Bureau Chief of the Cybercrime and Identity Theft Bureau (CITB), she pairs deep investigative experience with expertise in new technologies and electronic evidence, including digital forensics, mobile device data, network forensics, and blockchain analysis. Liz has obtained the International Association of Privacy Professionals (IAPP) Certified Information Privacy Professional/United States (CIPP/US) certification.

Practice areas

InvestigationsData SecurityWhite Collar DefenseCybersecurity ComplianceIncident ResponseGovernment InvestigationsInternal InvestigationsCriminal Defense

Office

Expertise

Digital ForensicsMobile Device DataNetwork ForensicsBlockchain AnalysisCybercrimeIdentity TheftData Privacy