Explanation/Reference:
Explanation:
Background checks are controls for attenuating potential threats from internal actors; external threats aren't likely to submit to background checks.

Explanation/Reference:
Explanation:
The "store" phase of the cloud data lifecycle, which typically occurs simultaneously with the "create" phase, or immediately thereafter, is the first phase where security controls can be implemented. In most case, the manner in which the data is stored will be based on its classification.

An insecure direct object reference occurs when a developer has in their code a reference to something on the application side, such as a database key, the directory structure of the application, configuration information about the hosting system, or any other information that pertains to the workings of the application that should not be exposed to users or the network. Unvalidated redirects and forwards occur when an application has functions to forward users to other sites, and these functions are not properly secured to validate the data and redirect requests, allowing spoofing for malware of phishing attacks. Sensitive data exposure occurs when an application does not use sufficient encryption and other security controls to protect sensitive application data.
Security misconfigurations occur when applications and systems are not properly configured or maintained in a secure manner.

It is imperative that applications do checks when each function or portion of the application is accessed to ensure that the user is properly authorized. Without continual checks each time a function is accessed, an attacker could forge requests to access portions of the application where authorization has not been granted. An injection attack is where a malicious actor sends commands or other arbitrary data through input and data fields with the intent of having the application or system execute the code as part of its normal processing and queries. Cross-site scripting occurs when an attacker is able to send untrusted data to a user's browser without going through validation processes. Cross-site request forgery occurs when an attack forces an authenticated user to send forged requests to an application running under their own access and credentials.