Encryption️ Advanced Quiz 4

A security protocol requiring the use of a physical employee ID card Public-key encryption where a unique identifier acts as a public key A specialized administrative way to encrypt an individual person's name

Mathematical maps between two groups used for short digital signatures A standardized pairing method used to connect two Bluetooth devices Two separate encryption keys that share an identical bit-wise length

A legacy communication protocol designed for early generations of servers A specialized type of secure binary format used for corporate emails An EdDSA signature scheme using SHA-512 and the Curve25519 algorithm

Manually attaching a physical security certificate to a network server Hardcoding a specific certificate in an app to prevent MitM attacks Executing a script to permanently delete an old security certificate

Optimization where a server provides its own certificate revocation status Using a physical administrative stapler to organize printed certificates Compressing two separate digital certificates into one single binary file

A celebratory event held when a new primary server cluster is activated Handing over an encrypted administrative password to a new employee A highly secure and audited procedure for generating PKI root keys

A diagnostic tool used to check if a specific large number is prime A Cryptographically Secure Pseudo-Random Number Generator mechanism A standardized administrative way to name files on a corporate server

A comprehensive master list containing all active encryption keys A sustainability plan used to plant trees near a corporate datacenter A data structure where every leaf node is a hash of a data block

A cleaning process used to remove dust from a physical computer screen A space-efficient probabilistic data structure used to test membership A specialized type of high-speed encryption designed for photo files

The ability of a system to easily switch between encryption algorithms A measurement of how fast an encryption key can be typed by a user Making cryptographic algorithms work more efficiently on mobile phones