Question 410
For this ISMS case: A team tests product features but never performs security validation before internet-facing release. Which operating design best makes the appropriate response work in practice?
Explanation
Correct Answer
Define security requirements, review responsibilities, testing gates and defect remediation. This design addresses the issue that a team tests product features but never performs security validation before internet-facing release. It implements the decision to embed information security controls and validation throughout design and delivery. Verify that release evidence shows security conditions and test findings were resolved before deployment. A failure would be equating functional acceptance tests with complete information security assurance.
Incorrect Answers
Set event scope, access protection, retention, alert routing and review responsibilities. That approach concerns logging and security monitoring rollout, as when a cloud team turns on API auditing but no one defines retention, alert ownership or investigation use. This case instead requires the team to define security requirements, review responsibilities, testing gates and defect remediation. The remaining risk is software vulnerabilities shipped into production without prior risk treatment. Case: A team tests product features but never performs security validation before internet-facing release.
Define key custody, rotation, recovery, revocation and separation from protected information. That approach concerns encryption and key stewardship, as when a brokerage encrypts archived customer records while storing decryption keys in the same public folder. This case instead requires the team to define security requirements, review responsibilities, testing gates and defect remediation. The remaining risk is software vulnerabilities shipped into production without prior risk treatment. Case: A team tests product features but never performs security validation before internet-facing release.
Use named privileged access, scoped roles, strong authentication and event review. That approach concerns privileged account segregation, as when a database support group shares a single superuser credential without session attribution. This case instead requires the team to define security requirements, review responsibilities, testing gates and defect remediation. The remaining risk is software vulnerabilities shipped into production without prior risk treatment. Case: A team tests product features but never performs security validation before internet-facing release.





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