A US judge has ordered Google to comply with search warrants seeking customer emails stored outside the United States, diverging from a federal appeals court that reached the opposite conclusion in a similar case involving Microsoft.
US Magistrate Judge Thomas Rueter in Philadelphia ruled on Friday that transferring emails from a foreign server so FBI agents could review them locally as part of a domestic fraud probe did not qualify as a seizure.
The judge said this was because there was “no meaningful interference” with the account holder’s “possessory interest” in the data sought.
“Though the retrieval of the electronic data by Google from its multiple data centers abroad has the potential for an invasion of privacy, the actual infringement of privacy occurs at the time of disclosure in the United States,” Rueter wrote.
Google, a unit of Mountain View, California-based Alphabet Inc, said in a statement on Saturday: “The magistrate in this case departed from precedent, and we plan to appeal the decision. We will continue to push back on overbroad warrants.”
The ruling came less than seven months after the 2nd US Circuit Court of Appeals in New York said Microsoft could not be forced to turn over emails stored on a server in Dublin, Ireland that US investigators sought in a narcotics case.
That decision last July 14 was welcomed by dozens of technology and media companies, privacy advocates, and both the American Civil Liberties Union and US Chamber of Commerce.
On Jan. 24, the same appeals court voted not to revisit the decision. The four dissenting judges called on the US Supreme Court or Congress to reverse it, saying the decision hurt law enforcement and raised national security concerns.
Both cases involved warrants issued under the Stored Communications Act, a 1986 federal law that many technology companies and privacy advocates consider outdated.
In court papers, Google said it sometimes breaks up emails into pieces to improve its network’s performance, and did not necessarily know where particular emails might be stored.