You decide to use the Azure Stack Hub Readiness Checker tool to validate the Azure Stack Hub PKI certificates.The Readiness Checker tool results in performing many certificate validations.
Choose the certificate validations which are performed by the Readiness Checker tool? (Select Four Options)
Click on the arrows to vote for the correct answer
A. B. C. D. E. F.Correct Answers: A, B, D and F
Certificate Validations that are performed by the Readiness Checker tool are: Parse PFX.
Expiry Date.
Signature algorithm.
Private Key.
Cert chain.
DNS names.
Key usage.
Key size.
Chain order.
Other certificates.
Option A is correct.
Readiness Checker tool checks for a minimum validity of 7 days.
Option B is correct.
Readiness checker tool Checks that the private key exists and is exported with the local machine attribute.
Option C is incorrect.
The readiness checker tool does not validate the Public key.
Option D is correct.
The readiness checker tool validates if the key size is 2048 or larger.
Option E is incorrect.
The readiness checker tool does not validate the key type.
Option F is correct.
The readiness checker tool checks the SAN consists of relevant DNS names for each endpoint or if a supporting wildcard does exist.
Reference:
To know more about validating Azure Stack Hub PKI Certificates, please visit the below-given link:
The Azure Stack Hub Readiness Checker tool is a tool provided by Microsoft to validate the Azure Stack Hub PKI certificates. It performs a number of certificate validations to ensure that the certificates used by Azure Stack Hub are valid and can be used for secure communication between different components of the hybrid cloud.
The following are the certificate validations performed by the Azure Stack Hub Readiness Checker tool:
A. Expiry Date: The Readiness Checker tool checks the expiry date of the certificates to ensure that they are not expired. This is important because if a certificate is expired, it can't be used for secure communication and can lead to security vulnerabilities.
B. Private key: The Readiness Checker tool also checks the private key associated with the certificate. It ensures that the private key is present and matches the certificate. This is important because the private key is used for decrypting encrypted data and is a critical component of secure communication.
C. Public Key: The Readiness Checker tool checks the public key associated with the certificate. It ensures that the public key is present and matches the private key. This is important because the public key is used for encrypting data and is a critical component of secure communication.
D. Key Size: The Readiness Checker tool checks the key size of the certificates to ensure that they meet the minimum key size requirements for secure communication. This is important because smaller key sizes can be easily cracked by attackers, leading to security vulnerabilities.
E. Key Type: The Readiness Checker tool checks the key type of the certificates to ensure that they are compatible with the components of Azure Stack Hub. This is important because different components of Azure Stack Hub may have different key type requirements for secure communication.
F. DNS Names: The Readiness Checker tool checks the DNS names associated with the certificates to ensure that they match the DNS names used by the components of Azure Stack Hub. This is important because if the DNS names don't match, it can lead to issues with secure communication and may cause the components to fail.
In summary, the Azure Stack Hub Readiness Checker tool performs a number of certificate validations, including checking the expiry date, private key, public key, key size, key type, and DNS names associated with the certificates. These validations are critical for ensuring secure communication between different components of Azure Stack Hub.