trustworthy computing in embedded systems
"Trustworthy computing in embedded systems refers to the design, implementation, and operation of reliable and secure software and hardware components within embedded devices, ensuring the confidentiality, integrity, and availability of data and services, thereby fostering user confidence and minimizing the risks of malicious attacks."
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Related Concepts (16)
- automotive cybersecurity
- cyber-physical systems
- embedded systems exploitation
- embedded systems in medical devices
- firmware security and integrity
- industrial control systems security
- internet of things (iot) security
- network security in embedded systems
- safety-critical embedded systems
- secure boot and secure firmware update
- secure communication protocols in embedded systems
- secure hardware design in embedded systems
- securing smart home devices
- security in embedded systems
- trustworthy computing in autonomous systems
- trustworthy execution environments
Similar Concepts
- cryptographic attacks on embedded systems
- cybersecurity for embedded systems
- firmware vulnerabilities in embedded systems
- hardware vulnerabilities in embedded systems
- safety concerns in embedded systems
- secure communication protocols for embedded systems
- secure firmware distribution for embedded systems
- secure key management in embedded systems
- secure software development for embedded systems
- secure software update mechanisms for embedded systems
- security architecture for embedded systems
- security considerations in embedded systems
- security protocols for embedded systems
- security vulnerabilities in embedded systems
- supply chain security for embedded systems