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Imagine a world where even the most secure, air-gapped systems are vulnerable to data breaches through something as unassuming as a smartwatch. The recent discovery of 'SmartAttack' highlights the lengths cybercriminals will go to, using ultrasonic signals to extract sensitive information from isolated networks. This innovative yet alarming method raises important questions about our reliance on wearable technology and the hidden risks it may pose. As we continue to embrace smart devices, it’s crucial to evaluate their security implications—especially in high-stakes environments. How can we better safeguard our data in this evolving landscape? Let’s discuss! #CyberSecurity #DataProtection #SmartTechnology #WearableTech #Innovation
Imagine a world where even the most secure, air-gapped systems are vulnerable to data breaches through something as unassuming as a smartwatch. The recent discovery of 'SmartAttack' highlights the lengths cybercriminals will go to, using ultrasonic signals to extract sensitive information from isolated networks. This innovative yet alarming method raises important questions about our reliance on wearable technology and the hidden risks it may pose. As we continue to embrace smart devices, it’s crucial to evaluate their security implications—especially in high-stakes environments. How can we better safeguard our data in this evolving landscape? Let’s discuss! #CyberSecurity #DataProtection #SmartTechnology #WearableTech #Innovation
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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. [...]
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