This Devious Cyberattack Uses Smartwatches to Pinch Data From Air-Gapped Systems

How Hackers Use A Smartwatch To Steal Highly Confidential Data

The newly revealed SmartAttack cyberattack can steal highly sensitive data from the most secure systems using a smartwatch. Here’s what you need to know. ...

This devious cyberattack uses smartwatches to pinch data from air-gapped systems

Researchers found a way to broadcast sensitive data via inaudible frequencies.

SmartAttack uses smartwatches to steal data from air-gapped systems

A new attack dubbed 'SmartAttack' uses smartwatches as a covert ultrasonic signal receiver to exfiltrate data from physically isolated (air-gapped) systems.

Smartwatches tabbed as latest vehicle for air-gapped system attacks

Researchers say the latest vehicle for covert data extraction from secured systems could be sitting on your wrist. Introduction to Malware Binary Triage (IMBT) Course Looking to level up your skills? Get 10% off using coupon code: MWNEWS10 for any flavor. Enroll Now and Save 10%: Coupon Code MWNEWS10 Note: Affiliate link – your enrollment helps support this platform at no extra cost to you. Article Link: Smartwatches tabbed as latest vehicle fo…

New SmartAttack Steals Sensitive Data From Air-Gapped Systems via Smartwatches

A sophisticated new attack method called “SmartAttack” that can breach supposedly secure air-gapped computer systems using smartwatches as covert data receivers.  The groundbreaking research demonstrates how attackers can exploit ultrasonic frequencies to exfiltrate sensitive information from isolated networks, challenging traditional… Read more → The post New SmartAttack Steals Sensitive Data From Air-Gapped Systems via Smartwatches appeared fi…

New SmartAttack Steals Sensitive Data From Air-Gapped Systems Via Smartwatches - Cybernoz - Cybersecurity News

A sophisticated new attack method called “SmartAttack” that can breach supposedly secure air-gapped computer systems using smartwatches as covert data receivers.  The groundbreaking research demonstrates how attackers can exploit ultrasonic frequencies to exfiltrate sensitive information from isolated networks, challenging traditional assumptions about air-gapped security. Air-gapped systems are considered the gold standard for protecting classi…