Distance bounding protocols are essential security measures designed to authenticate the proximity of a user or device to a verifier, thereby preventing relay attacks. Relay attacks occur when an ...
Criminals no longer need to touch your car or even stand near it to break in. Many modern key fobs transmit low power signals continuously so the vehicle can detect the fob when the owner approaches.
Relay attacks as a hack that can steal your signal from inside your house. Here’s how key fob protectors work, what to look ...
In the past few years, Tesla has fitted its electric vehicles with Ultra-Wideband chips that enhance phone key performance. However, researchers have found that Tesla EVs are still vulnerable to relay ...
Car theft is reaching alarming levels across the US and UK, with keyless entry vehicles being prime targets. Criminals are ...
Car thefts have been on the rise in recent years due to a couple of factors: TikTokers discovered Kias were ridiculously easy to steal and budding thieves found a way to hack modern keyless entry ...
WEST LAFAYETTE, Ind. — Researchers have identified several new vulnerabilities in 4G LTE networks, potentially allowing hackers to forge the location of a mobile device and fabricate messages. Ten new ...
Microsoft has released fresh guidance to organizations on how to mitigate NTLM relay attacks by default, days after researchers reported finding a NTLM hash disclosure zero-day in all versions of ...
New security features being implemented into Dutch payment cards won’t stop a kind of attack that fraudsters could use in the future in order to steal money from bank accounts, according to ...
A new banking trojan, dubbed "RatOn," combines advanced remote access, automated money transfers and near-field communication relay attacks to target a specific bank in the Czech Republic via Android ...
Distance bounding protocols are pivotal in contemporary security systems, designed to verify the physical proximity of a device by measuring the round-trip time of cryptographic challenge–response ...