How Canadian police intercepted and decrypted over 1M BlackBerry messages from 2010 to 2012
Motherboard :
Context & Ripple Effects
This story closes a loop opened earlier in 2016, when the Netherlands Forensic Institute claimed it could read encrypted email on PGP BlackBerrys and BlackBerry pushed back, blaming user error or third-party apps (the NFI access claim, BlackBerry's dismissal). Court documents now show Canadian police did not need to crack device crypto at all — they have held BlackBerry's global encryption key since 2010 and used it to decrypt more than a million intercepted messages through 2012.
First-order effects
- Defendants in cases built on those 1M+ decrypted messages now face evidence obtained via a master key, raising immediate admissibility and disclosure fights in Canadian courts.
- BlackBerry's core sales pitch — that its encryption protects even intercepted traffic — takes a direct reputational hit with the enterprise and government customers it depends on.
Second-order effects
- Rivals selling 'end-to-end encrypted' devices and apps inherit the scrutiny: the same pattern later surfaced with IronChat's claimed E2E encryption being decrypted by Dutch police (IronChat decryption), so buyers can no longer treat marketing labels as proof.
- Organized-crime users migrate off compromised platforms toward whatever network has not yet been breached — a churn that itself creates new interception targets for police.
Third-order effects
- The playbook visible here — compromise the provider or its keys rather than attack the cryptography — scales into the mass-infiltration era of Encrochat and Sky ECC, where single operations yielded millions to billions of messages and international arrests.
- If providers can be compelled or covertly tapped at the key level, the policy debate over lawful-access backdoors shifts from hypothetical to demonstrated practice, pressuring regulators to define when such access is legitimate.
The trend: Law enforcement is shifting from attacking encryption math to compromising the providers and key infrastructure behind encrypted messaging, turning whole networks into intelligence sources.