OCB authenticated-encryption mode

E440827

OCB authenticated-encryption mode is a block cipher mode of operation that simultaneously provides data confidentiality and integrity with high efficiency and minimal overhead.

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Label Occurrences
OCB authenticated-encryption mode canonical 1

Statements (49)

Predicate Object
instanceOf authenticated encryption mode
block cipher mode of operation
alsoKnownAs OCB mode
belongsTo symmetric-key cryptography
canBeUsedWith AES block cipher NERFINISHED
comparedTo GCM mode in performance analyses
competesWith CCM mode
EAX mode NERFINISHED
Galois/Counter Mode NERFINISHED
definedOver fixed-size blocks
designedFor high efficiency
minimal overhead
hadImpactOn standardization debates for authenticated encryption
hasGoal minimal expansion of ciphertext length
simple implementation
hasProperty deterministic given key and nonce
nonce-based
online mode
parallelizable
single-pass design
hasVersion OCB1 NERFINISHED
OCB2 NERFINISHED
OCB3 NERFINISHED
introducedIn early 2000s
isSuitableFor high-throughput applications
network protocols
storage encryption
optimizedFor low overhead per message
software implementation
outputs authentication tag
ciphertext
provides authenticated encryption
data confidentiality
data integrity
requires secret key
unique nonce per key
securityDependsOn underlying block cipher security
securityModel provable security
standsFor Offset Codebook
supports associated data
decryption
encryption
integrity verification
uses block cipher primitive
offsets derived from block cipher outputs
wasDesignedBy John Black NERFINISHED
Mihir Bellare NERFINISHED
Phillip Rogaway NERFINISHED
wasSubjectOf patent protection

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Phillip Rogaway notableWork OCB authenticated-encryption mode