Secrets Management Services Questions and Answers for Viva

Answer-1: A backend plugin that manages different types of secrets or operations like dynamic database credentials.

Answer-2: Each offers unique integrations, pricing, and features but all focus on secure secret storage and access.

Answer-3: Injecting secrets into pods using volumes or environment variables without exposing them in code.

Answer-4: Through hardcoding in source code, logs, misconfigured permissions, or unsecured storage.

Answer-5: A set of rules that govern who can access, create, or modify secrets.

Answer-6: Secrets should not be stored in version control systems; secrets managers prevent this risk.

Answer-7: A temporary credential used to authenticate and authorize access to secrets.

Answer-8: Caching can improve performance but may risk exposing secrets if cache is not secured.

Answer-9: Static secrets remain unchanged until manually updated; dynamic secrets are generated and expire automatically.

Answer-10: By replicating encrypted secrets across regions and backing up secret metadata.

Answer-11: IAM controls user and service identities, enforcing permissions to access secrets.

Answer-12: Extending the validity period of a secret lease before it expires.

Answer-13: By integrating secrets managers to inject secrets dynamically without hardcoding.

Answer-14: Using tokens as credentials to access the secrets store securely.

Answer-15: Security breaches, data leaks, compliance violations, and operational failures.

Answer-16: They provide seamless integration with other cloud services and scalability.

Answer-17: Through logging, audit trails, and alerts on suspicious activities.

Answer-18: The initial secret or credential used to bootstrap access to the secrets management system.

Answer-19: By enforcing access controls, audit logging, and secret rotation policies.

Answer-20: Using environment variables or secrets volumes in containerized applications.

Answer-21: By using secure protocols like TLS/SSL for communication.

Answer-22: A temporary token that grants limited access to Vault secrets.

Answer-23: Yes, for centralized authentication and access control.

Answer-24: Metadata stores information about secret versions, access logs, and policies.

Answer-25: They invalidate or delete secrets or tokens to prevent further access.

Answer-26: A secret is sensitive data like passwords; a certificate is a digital document used for identity and encryption.

Answer-27: They can securely route requests and handle authentication for accessing secrets.

Answer-28: Use dynamic secrets, enforce least privilege, rotate secrets regularly, and audit access.

Answer-29: By using multi-cloud compatible secrets managers or centralizing secrets management.

Answer-30: Increased automation, AI-driven anomaly detection, and better integration with DevSecOps workflows.

Answer-31: It is a tool or system designed to securely store, manage, and control access to sensitive information such as passwords, API keys, certificates, and tokens.

Answer-32: Because secrets like credentials must be protected from unauthorized access to prevent security breaches.

Answer-33: HashiCorp Vault, AWS Secrets Manager, Azure Key Vault, Google Cloud Secret Manager.

Answer-34: Passwords, API keys, tokens, certificates, encryption keys, database credentials, and any sensitive configuration data.

Answer-35: By encrypting secrets at rest and in transit, controlling access via policies, and auditing access.

Answer-36: The process of regularly changing secrets to reduce the risk of exposure or compromise.

Answer-37: They maintain multiple versions of a secret to enable rollback and audit changes.

Answer-38: Secrets management covers all sensitive data, while key management specifically handles cryptographic keys.

Answer-39: Secrets that are generated on-demand and have a limited lifespan, such as temporary database credentials.

Answer-40: Through APIs, SDKs, or agents that fetch secrets securely at runtime.

Answer-41: It defines who or what can access or manage secrets based on roles and policies.

Answer-42: Granting only the minimum necessary access to secrets to reduce security risks.

Answer-43: The process of dynamically injecting secrets into an application environment at runtime without hardcoding them.

Answer-44: It tracks who accessed or modified secrets and when, enabling compliance and forensic analysis.

Answer-45: A time-bound authorization for accessing a secret that expires after a certain period.

Answer-46: AES-256, TLS for transport encryption, and hardware security modules (HSM) for key protection.

Answer-47: A physical device that securely generates, stores, and manages cryptographic keys.

Answer-48: Yes, many provide automated rotation to enhance security and compliance.

Answer-49: An additional security layer requiring multiple verification methods before accessing secrets.

Answer-50: By enabling secure, automated access to secrets during build, test, and deployment processes.