The Canadian Automobile Association (CAA) said this week that thieves are using signal-amplifying technology and distraction tactics to steal cars [1].
This trend represents a shift in vehicle theft, as criminals combine digital exploitation with social engineering to bypass modern security systems. By distracting a driver while simultaneously capturing a key-fob signal, thieves can enter and start a vehicle in seconds.
According to the CAA, criminals may use simple distractions, such as asking a driver for directions, to divert their attention [1]. While the driver is preoccupied, accomplices use devices to amplify the signal from the car's key fob, allowing them to unlock and start the vehicle without the physical key present [1], [2].
These thefts are occurring nationwide, with specific examples reported in Ontario [1], [2]. The method targets the vulnerability of keyless-entry systems, which transmit signals that can be intercepted and boosted by specialized equipment.
To counter these threats, the CAA said that drivers should use Faraday pouches to block signals from their key fobs [1]. These pouches act as a shield, preventing thieves from capturing the signal remotely.
Beyond signal blocking, the organization suggested the use of physical deterrents. Steering-wheel locks provide a visible layer of security that can discourage thieves even if they successfully bypass the electronic system [1].
For those with compatible vehicle technology, the CAA also suggested implementing two-factor authentication for keyless entry systems [1]. This adds a secondary layer of verification, making it significantly harder for a signal-amplification device to grant access to the vehicle.
“Thieves are combining signal-amplifying technology with distraction tactics to steal cars.”
The evolution of auto theft in Canada highlights a growing gap between automotive security technology and the tools available to criminals. As manufacturers move toward keyless convenience, thieves are adopting 'relay attacks' paired with psychological manipulation. This shift suggests that electronic security is no longer a sufficient standalone defense, necessitating a return to physical deterrents and the adoption of signal-blocking hardware.
