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ODINI Malware Exploits CPU Magnetic Emissions to Breach Faraday-Shielded Air-Gapped Computers

📅 11 May 2026 at 04:23 UTC📰 Cyber Security NewsView original source ↗
ODINI Malware Exploits CPU Magnetic Emissions to Breach Faraday-Shielded Air-Gapped Computers

ODINI is a sophisticated proof-of-concept malware capable of extracting sensitive information from air-gapped computers protected by Faraday cages. By modulating the targeted computer’s CPU workload to generate low-frequency magnetic fields, this covert channel successfully transmits data through advanced physical isolation barriers. Developed by a team led by Mordechai Guri at Israel’s Ben-Gurion University, the ODINI […] The post ODINI Malware Exploits CPU Magnetic Emissions to Breach Faraday-Shielded Air-Gapped Computers appeared first on Cyber Security News.

🤖 AI BriefingAuto-generated threat analysis
🔍Threat Overview

ODINI malware exploits CPU magnetic emissions to breach air-gapped computers protected by Faraday shields, demonstrating a sophisticated covert channel attack. This proof-of-concept malware is designed to extract sensitive information from systems with advanced physical isolation barriers.

⚙️Technical Details
Affected Systems
air-gapped computers
Attack Vectors
modulating CPU workload to generate low-frequency magnetic fields
💥Impact Assessment
Severity: critical
Who Is at Risk
organizations using air-gapped computers protected by Faraday shields
🛡️Recommended Actions
1Implement additional physical security measures, such as shielding or compartmentalization of sensitive systems
2Monitor CPU workload and magnetic field emissions for potential anomalies
3Conduct regular vulnerability assessments and penetration testing of air-gapped systems

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