5 Indicted in Johns Hopkins Fraud Case

Stolen Identities Allegedly Used to Obtain Credit
5 Indicted in Johns Hopkins Fraud Case
Five people have been indicted in connection with an alleged scheme to use patient information stolen at Johns Hopkins Hospital in Baltimore to commit credit card fraud.

The participants allegedly obtained more than $600,000 in fraudulent credit from more than 50 institutional and individual victims, according to the U.S. Attorney's Office in Maryland.

The 39-count indictment alleges Jasmine Amber Smith of Nottingham, Md., a former hospital employee, improperly accessed the records of patients to obtain names, Social Security numbers, dates of birth and addresses and then provided the information to Ayanna Devon Johnson and Gloria Canada of Baltimore.

Then Michael Allen and Tyrell Douglas McCormick of Baltimore allegedly used the stolen information, from May 2008 to June 2009, to apply for instant credit cards at stores in Maryland and make purchases on instant credit before the fraudulently obtained credit cards were received by the victims.

The defendants face a maximum sentence of 30 years in prison for conspiracy to commit bank fraud and two years in prison, consecutive to any other sentence, for aggravated identity theft. In addition, McCormick and Allen face a maximum sentence of 30 years in prison for bank fraud and 15 years for access device fraud.

About the Author

Howard Anderson

Howard Anderson

Former News Editor, ISMG

Anderson was news editor of Information Security Media Group and founding editor of HealthcareInfoSecurity and DataBreachToday. He has more than 40 years of journalism experience, with a focus on healthcare information technology issues. Before launching HealthcareInfoSecurity, he served as founding editor of Health Data Management magazine, where he worked for 17 years, and he served in leadership roles at several other healthcare magazines and newspapers.

Around the Network

Our website uses cookies. Cookies enable us to provide the best experience possible and help us understand how visitors use our website. By browsing healthcareinfosecurity.com, you agree to our use of cookies.