California man sentenced to 15 years in Danbury kidnapping and Bitcoin robbery plot
Adam Iza, 26, helped plan an attempted robbery of Bitcoin that ended in the carjacking and kidnapping of a Connecticut couple, federal prosecutors said. He was sentenced in Hartford on Wednesday.
A California man was sentenced Wednesday to 15 years in prison for his role in an attempted Bitcoin robbery that led to a violent carjacking and kidnapping in Danbury, federal prosecutors said.
Adam Iza, 26, was sentenced in Hartford by U.S. District Judge Sarala V. Nagala, who also ordered three years of supervised release, according to the U.S. attorney's office for Connecticut.
Prosecutors said Danbury police arrested six Florida men on Aug. 25, 2024, in the carjacking of a Lamborghini Urus and the kidnapping of the two people inside it. Investigators determined the kidnapping victims were the parents of someone who had taken part in the theft of hundreds of millions of dollars in Bitcoin, prosecutors said, and that Iza and others planned the robbery in an attempt to steal some of that Bitcoin.
Iza used a cellphone and encrypted messaging apps to communicate with some of the kidnappers, directed the logistics of the scheme and helped pay for it, prosecutors said. They said another man accused in the case had fought with the victims' son at a Miami nightclub in July 2024, was in regular contact with some of the kidnappers in the days before the crime, and helped arrange their travel and lodging.
Iza pleaded guilty June 1 to conspiracy to interfere with commerce by robbery. He has been held since Sept. 24, 2024, after he was charged in California with unrelated federal offenses, prosecutors said.
Iza's brother, Saif Faiq, has pleaded guilty to the same charge and is awaiting sentencing, as have the six men who carried out the carjacking and kidnapping, according to the U.S. attorney's office. Other people accused in the case are awaiting trial.
This brief was drafted by AI from a public agency press release and published by The New England Signal. Why we use AI for stories like this one.