cryptography

[krip-tog-ruh-fee]

noun

1. the science or study of the techniques of secret writing, especially code and cipher systems, methods, and the like.

2. the procedures, processes, methods, etc., of making and using secret writing, as codes or ciphers.

3. Computers.

   1. the study or process of using algorithms to scramble or hide data, validate messages and digital signatures, etc., in order to secure digital information against unauthorized access or corruption.

      Cryptography has been rapidly evolving to introduce more hacker-proof algorithms.

   2. an instance of this.

      The application’s cryptography provides a strong element of security, but is unlikely to be proof against all cyber threats.

4. anything written in a secret code, cipher, or the like.

cryptography

/ krɪpˈtɒlədʒɪ, ˌkrɪptəˈɡræfɪk, krɪpˈtɒɡrəfɪ /

noun

1. the science or study of analysing and deciphering codes, ciphers, etc; cryptanalysis

cryptography

1. The science of coding and decoding messages so as to keep these messages secure. Coding (see encryption) takes place using a key that ideally is known only by the sender and intended recipient of the message.

Historically used in warfare, cryptography is now used routinely in computer networks. This often pits the desire of individuals and businesses to keep Internet information private against the need of government to investigate crime and terrorism.

Other Word Forms

• cryptographer noun
• cryptographist noun
• cryptographic adjective
• cryptographical adjective
• cryptographal adjective
• cryptographically adverb

Word History and Origins

Origin of cryptography¹

First recorded in 1635–45; crypto- + -graphy

Example Sentences

The browser-based system uses cryptography to encrypt votes, or keep them secret.

Read more on BBC

The S-shaped copper sculpture has baffled cryptography enthusiasts since its 1990 installation on the grounds of the CIA headquarters in Virginia, with three of its four messages deciphered so far.

Read more on Barron's

The panel also wants Congress to push a “Quantum First” by 2030 national goal to gain advantage in cryptography, drug discovery, and materials science.

Read more on Barron's

The panel also wants Congress to push a “Quantum First” by 2030 national goal to gain advantage in cryptography, drug discovery, and materials science.

Read more on Barron's

Biden also signed the Quantum Computing Cybersecurity Preparedness Act, a law mandating that federal agencies migrate vulnerable systems to quantum-resistant cryptography.

Read more on MarketWatch