Protocols & Standardssince 1999⏱ ~1 min

TLS

Cryptographic protocol that secures data in transit between two systems - the successor to SSL, and the reason data cannot be intercepted or altered along the way.

TLS (Transport Layer Security) is the cryptographic protocol that ensures data sent between two systems - for example a browser and a server, or two systems in an integration - cannot be read or altered by a third party along the way. TLS succeeded the older SSL protocol and is today used in practice everywhere HTTPS exists, as well as in many direct system-to-system integrations. The current version is TLS 1.3, which removed several weak encryption algorithms from earlier versions and reduced the number of handshake round-trips needed to establish a secure connection. TLS secures data in transit - not data at rest (stored on disk), which requires its own encryption, typically AESThe encryption algorithm protecting data at rest - on disk, in databases and in backups. Where TLS secures data in transit, AES secures data that is stored.-256.

Security