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| Section | Objectives |
|---|---|
| Vault Policies | - Explain how policies are organized - Describe the use of templated policies - Describe the policy syntax |
| Vault Architecture | - Explain the architecture of Vault - Explain how Vault handles high availability - Describe the seal/unseal process |
| Vault Operations | - Describe how to start and initialize Vault - Explain how to monitor Vault - Describe the use of Vault audit devices - Explain how to manage the Vault lifecycle |
| Vault Tokens | - Explain how tokens are created and managed - Explain how to use token roles - Describe the different types of tokens |
| Vault Authentication Methods | - Explain how to enable and configure authentication methods - Describe the use of AppRole - Describe the use of Kubernetes authentication - Describe the different authentication methods |
| Vault Fundamentals | - Explain the purpose and value of Vault - Explain the use of Vault tokens - Describe the use of Vault policies - Describe Vault architecture - Describe Vault security model |
| Vault Secrets Engines | - Describe the different types of secrets engines - Describe the use of static and dynamic secrets - Explain how to enable and configure secrets engines |
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NEW QUESTION # 25
Which of the following cannot define the maximum time-to-live (TTL) for a token?
Answer: D
Explanation:
The maximum time-to-live (TTL) for a token is defined by the lowest value among the following factors:
* The authentication method that issued the token. Each auth method can have a default and a maximum TTL for the tokens it generates. These values can be configured by the auth method's mount options or by the auth method's specific endpoints.
* The mount endpoint configuration that the token is accessing. Each secrets engine can have a default and a maximum TTL for the leases it grants. These values can be configured by the secrets engine's mount options or by the secrets engine's specific endpoints.
* A parent token TTL. If a token is created by another token, it inherits the remaining TTL of its parent token, unless the parent token has an infinite TTL (such as the root token). A child token cannot outlive its parent token.
* System max TTL. This is a global limit for all tokens and leases in Vault. It can be configured by the system backend's max_lease_ttl option.
The client system that uses the token cannot define the maximum TTL for the token, as this is determined by Vault's configuration and policies. The client system can only request a specific TTL for the token, but this request is subject to the limits imposed by the factors above.: https://developer.hashicorp.com/vault/docs/concepts/tokens 3 , https://developer.hashicorp.com/vault/docs
/concepts/lease 2 , https://developer.hashicorp.com/vault/docs/commands/auth/tune 4 , https://developer.
hashicorp.com/vault/docs/commands/secrets/tune 5 , https://developer.hashicorp.com/vault/docs/commands
/token/create 6
NEW QUESTION # 26
What artifacts allow you to regenerate a root token after you have revoked it?
Pick the 2 correct responses below.
Answer: B,D
Explanation:
A revoked root token cannot be reused, and operating-system root access does not automatically grant Vault root privileges. To regenerate a Vault root token, Vault uses a controlled break-glass workflow through vault operator generate-root. In a Shamir-sealed Vault, the process requires a quorum of unseal key holders. In an auto-unseal environment, Vault uses recovery keys for operations such as root-token generation. A policy with sudo access may allow privileged Vault operations, but the specific root-token regeneration process is based on key-share quorum, not merely an ACL policy. The initial root token is irrelevant once revoked.
HashiCorp's generate-root documentation confirms root token generation by combining a quorum of shareholders, and seal documentation explains recovery keys for auto-unseal environments.
NEW QUESTION # 27
By default, what methods of authentication does Vault support? (Select four)
Answer: C,D,E,F
Explanation:
Comprehensive and Detailed In-Depth Explanation:
Vault supports multiple auth methods by default. The Vault documentation states:
"Auth methods are the components in Vault that perform authentication and are responsible for assigning identity and a set of policies to a user. Available auth methods include AppRole, JWT/OIDC, Kubernetes, LDAP, and more."
-Vault Auth Methods
* B: Kubernetes is supported:
"Kubernetes authentication method in Vault allows Kubernetes service accounts to authenticate with Vault."
-Vault Auth: Kubernetes
* D: LDAP is supported:
"LDAP authentication method allows users to authenticate against an LDAP directory."
-Vault Auth: LDAP
* E: AppRole is supported:
"AppRole authentication method in Vault allows machines or applications to authenticate with Vault."
-Vault Auth: AppRole
* F: JWT is supported:
"JWT authentication method in Vault allows users to authenticate using JSON Web Tokens (JWT)."
-Vault Auth: JWT
* A: SSH is a secrets engine, not an auth method.
* C: VMware is not a default auth method.
References:
Vault Auth Methods
NEW QUESTION # 28
A web application uses Vault's transit secrets engine to encrypt data in-transit. If an attacker intercepts the data in transit which of the following statements are true? Choose two correct answers.
Answer: B,D
Explanation:
A web application that uses Vault's transit secrets engine to encrypt data in-transit can benefit from the following security features:
* Even if the attacker was able to access the raw data, they would only have encrypted bits (TLS in transit). This means that the attacker would need to obtain the encryption key from Vault in order to decrypt the data, which is protected by Vault's authentication and authorization mechanisms. The transit secrets engine does not store the data sent to it, so the attacker cannot access the data from Vault either.
* The keys can be rotated and min_decryption_version moved forward to ensure this data cannot be decrypted. This means that the web application can periodically change the encryption key used to encrypt the data, and set a minimum decryption version for the key, which prevents older versions of the key from being used to decrypt the data. This way, even if the attacker somehow obtained an old version of the key, they would not be able to decrypt the data that was encrypted with a newer version of the key.
The other statements are not true, because:
* You cannot rotate the encryption key so that the attacker won't be able to decrypt the data. Rotating the key alone does not prevent the attacker from decrypting the data, as they may still have access to the old version of the key that was used to encrypt the data. You need to also move the min_decryption_version forward to invalidate the old version of the key.
* The Vault administrator would not need to seal the Vault server immediately. Sealing the Vault server would make it inaccessible to both the attacker and the legitimate users, and would require unsealing it with the unseal keys or the recovery keys. Sealing the Vault server is a last resort option in case of a severe compromise or emergency, and is not necessary in this scenario, as the attacker does not have access to the encryption key or the data in Vault. References: Transit - Secrets Engines | Vault | HashiCorp Developer, Encryption as a service: transit secrets engine | Vault | HashiCorp Developer
NEW QUESTION # 29
The key/value v2 secrets engine is enabled at secret/ See the following policy:
Which of the following operations are permitted by this policy? Choose two correct answers.
Answer: D,E
Explanation:
The policy shown in the image is:
path "secret/data/webapp1" { capabilities = ["create", "read", "update", "delete", "list"] } path "secret/data/super-secret" { capabilities = ["deny"] } This policy grants or denies access to the key/value v2 secrets engine mounted at secret/ according to the following rules:
* The path "secret/data/webapp1" has the capabilities of "create", "read", "update", "delete", and "list".
This means that the policy allows performing any of these operations on the secrets stored under this path. The data/ prefix is used to access the actual secret data in the key/value v2 secrets engine5. Therefore, the policy permits the operation of vault kv get secret/webapp1, which reads the secret data at secret/data/webapp16.
* The path "secret/data/super-secret" has the capability of "deny". This means that the policy denies performing any operation on the secrets stored under this path. The policy overrides any other policy that might grant access to this path. Therefore, the policy does not permit the operations of vault kv delete secret/super-secret and vault kv list secret/super-secret, which delete and list the secret data at secret/data/super-secret respectively6.
* The policy does not explicitly define any rules for the path "secret/metadata". The metadata/ prefix is used to access the metadata of the secrets in the key/value v2 secrets engine, such as the number of versions, the deletion status, the creation time, etc5. By default, if the policy grants any of the capabilities of "create", "read", "update", or "delete" on the data/ path, it also grants the same capabilities on the corresponding metadata/ path7. Therefore, the policy permits the operation of vault kv metadata get secret/webapp1, which reads the metadata of the secret at secret/metadata/webapp18.
5 (https://developer.hashicorp.com/vault/docs/secrets/kv/kv-v2), [6]6, 7 (https://developer.hashicorp.com/vault/docs/secrets/kv/kv-v2), [8]8
NEW QUESTION # 30
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