Encryption in Transit Clause Samples
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Encryption in Transit. We significantly reduce the likelihood that any data we send across the public Internet is browsed by an unauthorized party by doing the following:
1. We only use third-party services that are available over HTTPS.
2. We never transmit secrets such as passwords or keys over internal chat systems and instead use Keybase to encrypt all such messages.
3. Our limited web services are all available exclusively via HTTPS.
Encryption in Transit. Service Provider should utilize latest industry recognized and utilized encryption technologies (encryption consistent with NIST (National Institute of Standards and Technology) such as 256-bit TLS (1.2 or above) Certification and ▇▇▇▇-▇▇▇ ▇▇▇ public keys for internet transactions, secure FTP for transfer of files, encrypted e-mail and any other communications.
Encryption in Transit. Company will ensure that all access to Republic Data and Personal Data is protected by Transport Layer Security, IPSec, or equivalent protocols. Company will only use encryption algorithms and protocols that comply with industry best practices and that are approved in the then-current version of the National Institute of Standards and Technology Special Publication 800-52. An alternative algorithm or protocol may only be used upon Republic's prior written consent.
Encryption in Transit. Cross service communication between Brightmile services internally is always encrypted by default using HTTPS (TLS 1.2). All Brightmile APIs enforce HTTPS (TLS 1.2) as standard. All APIs enforce strict transport and x-domain requests are restricted. HTTPS provides security by using a TLS connection, which ensures the authenticity, integrity, and privacy of requests and responses. To accept HTTPS requests, the receiver requires a public–private key pair and an
Encryption in Transit. 7.1.1. All HTTP interfaces are to be served as encrypted (TLS / HTTPS) by default.
7.1.2. Otherwise, unless a data flow is entirely with a trusted network segment, encryption in transit must be implemented.
Encryption in Transit. All data in transit between the Customer's device, the LST's systems, and any integrated third-party services is protected using industry-standard encrypted transport protocols (e.g., HTTPS).
Encryption in Transit. Supplier will use TLS 1.2 or above to encrypt Personal Information transmitted outside of Supplier’s network.