Encryption and Key Management Sample Clauses
The Encryption and Key Management clause establishes requirements for how sensitive data must be encrypted and how cryptographic keys are generated, stored, and managed. Typically, this clause mandates the use of industry-standard encryption protocols for data both at rest and in transit, and outlines procedures for secure key distribution, rotation, and destruction. Its core function is to protect confidential information from unauthorized access and ensure that cryptographic practices meet security and compliance standards.
POPULAR SAMPLE Copied 1 times
Encryption and Key Management. All communications must be encrypted in-transit between environments.
Encryption and Key Management. 9.1. Graylog uses industry-standard encryption techniques to encrypt Customer Content in transit. The Graylog System is configured by default to encrypt user data files using transport layer security (TLS) encryption for web communication sessions.
9.2. Graylog relies on policy controls to help ensure sensitive information is not transmitted over the Internet or other public communications unless it is encrypted in transit.
9.3. Graylog uses encryption key management processes to help ensure the secure generation, storage, distribution, and destruction of encryption keys.
Encryption and Key Management. Datadog maintains policies and procedures for the management of encryption mechanisms and cryptographic keys in Datadog’s cryptosystem. • Datadog enlists encryption at rest and in transit between public networks, as applicable, according to industry- standard practice.
Encryption and Key Management. CDW recognizes that some information requires heightened security. Accordingly, we encrypt certain sensitive information, including information classified as Confidential or Highly Confidential, at rest and/or in transit, based on the information classification and encryption policies. CDW uses industry-standard methods of cryptography and maintains detailed key management processes to ensure that keys are securely managed and appropriately protected.
Encryption and Key Management. CSS encrypts work documents when they are stored in the personal cloud, allowing the enterprise to set policies that prevent unauthorized use.
Encryption and Key Management. ▪ Apollo maintains policies and procedures for managing encryption mechanisms and cryptographic keys within Apollo's cryptosystem. ▪ Apollo employs industry-standard encryption practices for data at rest and in transit across public networks, as applicable.
Encryption and Key Management. UnitedLayer maintains policies and procedures for the management of encryption mechanisms and cryptographic keys in UnitedLayer’s cryptosystem. • UnitedLayer enlists encryption at rest and in transit between public networks, as applicable, according to industry-standard practice.
Encryption and Key Management. We encrypt personal data in transit using TLS (Transport Layer Security) and at rest using strong encryption algorithms (e.g., AES-256). Encryption keys are managed securely, with restricted access and regular key rotation. Backups are also encrypted and stored separately to ensure data resilience. Access to systems and data is granted on a need-to-know basis, enforced through role-based permissions. All access is logged and subject to periodic review. Our employees are subject to background checks and confidentiality obligations. We maintain strict access lifecycle processes (provisioning and de-provisioning) to avoid unauthorized or outdated credentials.
Encryption and Key Management. Third Party shall have a policy and process for managing encryption keys which shall include security requirements for key creation, use, storage, and protection. Third Party shall use industry standard encryption technologies for data contained within, accessed by, or transmitted through the Third Party Systems.