Transport Layer Security Sample Clauses
The Transport Layer Security clause establishes requirements for encrypting data transmitted between parties to ensure confidentiality and integrity. Typically, it mandates the use of up-to-date TLS protocols for all data exchanges over public or unsecured networks, such as when accessing web applications or transmitting sensitive information. This clause serves to protect data from interception or tampering during transmission, thereby reducing the risk of data breaches and ensuring compliance with security standards.
Transport Layer Security. (TSL) is a protocol that ensures privacy between communicating applications and their users on the Internet.
Transport Layer Security. Interaction between devices on the Internet domain and Media Service Provider Domains is over an untrusted network, the Internet. To secure interaction over this channel, FLAME uses protocols based on HTTPS using strong encryption.
Transport Layer Security. (TLS): A protocol (standard) that ensures privacy between communicating applications and their users on the Internet. When a server and client communicate, TLS ensures that no third party may eavesdrop or tamper with any message. TLS is the successor to the Secure Sockets Layer (SSL). Terms used, but not otherwise defined, in this Agreement shall have the same meaning given those terms under HIPAA, the HITECH Act, and other applicable federal law.
Transport Layer Security. All Illuminate web traffic is encrypted over the wire via SSL. Firewalls are used to limit access to only essential services. Direct database access for district technical staff is managed by Illuminate, and all database traffic is also encrypted in transit via SSL. Illuminate products hosted in the Google Cloud Platform benefit from the same security precautions Google uses for its own products. Physical data centers include multi-layered security featuring camera and physical monitoring, credential scanning, and biometric checks. Illuminate also leverages a physical data center in Los Angeles and a cloud-based data center at Amazon Web Services. Google data center security includes: ● Key card access ● Biometric scanners ● Double mantrap entry ● 24x7x365 perimeter and interior recorded video surveillance ● 24x7x365 in-house security guards ● Locked server cabinets Google data center certifications include: ● NIST SP 800–61 ● ISO 50001 Illuminate maintains both onsite and offsite backups for all client databases, allowing us to store and retrieve data anytime. Backups are shipped offsite nightly, and are encrypted at rest to prevent data theft. In the event of a catastrophic data center failure, we can retrieve data that is at most 24 hours old. Logging occurs at multiple levels within the system. We maintain a log in the system database that records data-changing operations. Page accesses can also optionally be recorded in a flat file showing the page accessed, the user performing the access, and the date/time of the access. Certain areas of the system, such as official student grades, also have their own logging features that track more detailed information about each transaction.
Transport Layer Security. All web service communication within CHIC MUST go over a secured HTTP connection by using the HTTP SSL/TLS protocol as specified in [15],[16],[17],[18] SSL version 1.0 or 2.0 MUST NOT be used. TLS 1.1/1.2 are RECOMMENDED SSL version 3.0 or TLS 1.0/1.1/1.2 MUST be used.
Transport Layer Security. Each Component must undergo certification and thus have a valid X.509 certificate, in order to establish trust among interacting parties and to enable the possibility of remote attestation. This requirement allows for trustworthy identification and authentication by using a central public key infrastructure (PKI). Main functionalities Component and identify certification Digital Certificates and key pairs management and provisioning (Public Key Infrastructure) Requirements Mapping 12009, 12025, 12033 certification Provide Digital Certificates and related metadata for a specific entity (component or account) verifyCertification Verify a specific certificates and its status Identity and Access Management Send and verify certificates Data Connector Send and verify certificates Marketplace Application metadata Module Description This component ensures further authorization enforcement restricting unauthorized access to data resources, by relying on Role Based and/or Attribute Based Access Control models (RBAC, ABAC). Once the access token has been validated by the Authorization Server (IAM), this component then can perform Access Control decisions on requested data, also relying on policy languages such as XACML (Extensible Access Control Mark-up Language) [14] or ODRL [15] (Open Digital Rights Language). The component will act as a Policy Enforcement Point (PEP), by monitoring the platform actions and intercepting incoming data requests. It will grant access on the decisions made by the Data Usage Control (acting as a Policy Decision Point). Main functionalities Role-based access control (RBAC) Attribute-based access control (ABAC) Policy Enforcement Point. Policy Decision Point Requirements Mapping 13020, 12009, 12025, 12033, 12036 grantDataAccess Grant access to a specific resource against specific access and usage policy and context Identity and Access Management Validate access token Data Usage Control Verify usage rules Audit Logger Store access events Data Connector Perform access and usage enforcement Marketplace Perform access and usage enforcement Module Description As the Usage Control concept is an extension of Access Control, the target of this component is to enforce restrictions on data usage and data processing, after access to data has been granted by the IAM and Data Access components. Those policies compose a Usage Contract, regulating what may be done with a data asset and what not and for which purpose. This component is in charge of ensur...