8.1 Improved power-side-channel-attack resistance of an AES-128 core via a security-aware integrated buck voltage regulator.
Monodeep KarArvind SinghSanu MathewAnand RajanVivek DeSaibal MukhopadhyayPublished in: ISSCC (2017)
Keyphrases
- secret key
- countermeasures
- security level
- encryption decryption
- encryption algorithm
- information security
- security measures
- block cipher
- key management
- power analysis
- electric power systems
- smart card
- cyber attacks
- authentication scheme
- authentication protocol
- power losses
- encryption scheme
- private key
- key distribution
- security vulnerabilities
- authentication mechanism
- malicious users
- encryption algorithms
- advanced encryption standard
- power system
- fault injection
- duty cycle
- power consumption
- pseudorandom
- fault model
- key exchange protocol
- cryptographic algorithms
- security issues
- electrical power
- security requirements
- transmission line
- attack scenarios
- intrusion detection
- closed loop
- denial of service attacks
- security policies
- rfid tags
- public key
- security mechanisms
- reactive power
- single phase
- data encryption
- active power
- power generation
- power supply
- ciphertext
- standard model
- security analysis
- access control