Chief Analyst & CEO
Alan Goode is a global expert in biometrics, authentication/identity, fraud management, and cybersecurity solutions.
With an extensive career spanning research and consulting at Goode Intelligence, and leadership at brand names like T-Mobile, Citibank, Deutsche Bank, and Motorola, he is a frequent conference lead, speaker, and judge at events such as MoneyConf, Lendit Europe, the Biometric Summit, the Identity Summit, and ConnectID.
Jake Bernstein, J.D.
Attorney & Former US State Assistant Attorney General
A former Assistant Attorney General and regulator for the U.S. Washington State Attorney General’s office, Jake is an expert in laws regulating the collection, storage, and use of private consumer data.
Using his client representation experience in inquiries, investigations, and actions brought by regulatory agencies and his technical (ISC)² CISSP certification, his practice specializes in compliance programs for the European Union’s GDPR, state laws like the California Consumer Privacy Act of 2018, and state and federal data breach statutes and regulations.
Dr. Shane Shook
Financial Crimes Investigator & Venture Consultant
A former Managing Director at PwC, Shane is a recognized veteran of information technology and security now serving as an author, trainer, consultant, and expert witness in cybercrime investigations.
Since 1986, he’s contributed to several technical standards organizations and provided expert testimony in high profile criminal, class action, US IRS, SEC, EPA, and ITC securities and financial fraud cases, as well as state and federal administrative matters.
Dr. Neil Costigan
With over 25 years in technology company leadership roles, today Neil works closely with global companies and the world’s top banks deploying and using behavioral biometrics to prevent fraud.
Before BehavioSec, he served as Founder and CTO at Celo Communications (Celo) and VP of R&D at Gemplus (Gemalto, now Thales). A cryptographer by training, Neil holds a Ph.D in Computer Science for his thesis on Elliptic Curve Cryptography on Modern Processor Architectures.