Seven Men Face 82 Charges in Toronto Crypto-Owner Kidnapping
Seven men, including three Canadian Armed Forces members, face 82 criminal charges after allegedly abducting a Toronto crypto exchange owner at gunpoint.

Seven men — including three active members of the Canadian Armed Forces — face 82 criminal charges following the alleged armed abduction of a Toronto crypto exchange owner on July 25, 2026. The Toronto Police Service announced the charges in media release 67117.
Details
Investigators allege the suspects held the victim captive using threats and violence to coerce access to cryptocurrency assets and business security systems. The victim's identity and the exchange's name have not been disclosed; police have not confirmed whether any cryptocurrency was actually transferred.
The accused are Canadian Armed Forces members Talarambage Fernando, James Moreau, and Jack Miley, alongside Christian Darbandi, Suhaib Alekozai, Raheem Bishop-Jackson, and Saiefeddine Adem. Arrests were carried out between July 26 and September 24, 2026. Charges include kidnapping for ransom with a firearm and forcible confinement, among others. Searches connected to the case turned up more than 2,700 rounds of ammunition — roughly 2,500 of which were allegedly stolen from military stores — along with firearms, silencers, and controlled substances.
The 82 charges are distributed across the seven defendants; a detailed per-person breakdown has not been made public.
What It Means for the Market
The Toronto case is part of a global rise in physical attacks targeting crypto asset holders. Unlike exchange hacks, these operations focus on individuals directly — their credentials and private keys — making wealth visible on public blockchains a real-world risk. The involvement of active-duty military personnel signals that organized criminal groups are recruiting members with security expertise. Security researchers consistently advise holders of significant crypto positions to limit public disclosure and use cold-storage solutions that eliminate single points of access.



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