side-channel attacks on embedded systems
Side-channel attacks on embedded systems refer to a type of security breach where attackers exploit information leaked unintentionally by a system during its operations. Instead of directly targeting the system itself, these attacks focus on analyzing various side-channel signals, such as power consumption or electromagnetic emanations, to deduce sensitive information like encryption keys or user inputs, enabling unauthorized access or data theft.
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Related Concepts (23)
- cache attacks
- clock glitching attacks
- cold boot attacks
- correlation power analysis
- countermeasures against side-channel attacks
- differential electromagnetic analysis (dema)
- differential power analysis (dpa)
- electromagnetic radiation analysis attacks
- embedded systems exploitation
- embedded systems vulnerability assessment
- fault injection attacks
- fault-based attacks
- high-order attacks
- leakage-based attacks
- meltdown and spectre vulnerabilities
- physical attacks on embedded systems
- physical attacks on memory
- power analysis attacks
- power side-channel attacks
- row hammer attacks
- simple power analysis (spa)
- template attacks
- timing attacks
Similar Concepts
- countermeasures for securing embedded systems
- cryptographic attacks on embedded systems
- cybersecurity for embedded systems
- denial-of-service attacks on embedded systems
- exploitation techniques for embedded systems
- firmware attacks on embedded systems
- firmware vulnerabilities in embedded systems
- hardware vulnerabilities in embedded systems
- hardware-based attacks on microcontrollers
- malware targeting embedded systems
- network vulnerabilities in embedded systems
- security vulnerabilities in embedded systems
- side-channel attacks
- side-channel attacks in hypervisors
- tampering attacks on embedded systems