This invention discloses a dynamic renewal
system and method for permissions without
fixed time limits, relating to the field of permission management technology. The
system includes a business gateway, a permission
database, a renewal decision engine, and an approval
adaptation module. The business gateway is communicatively connected to the permission
database, the renewal decision engine, and the approval
adaptation module, respectively. The renewal decision engine is communicatively connected to the approval
adaptation module. This
system replaces the traditional static
authorization mode by establishing dynamic renewal and continuous
verification triggered upon access for permissions without
fixed time limits. It can trigger
risk assessment and status control of permissions in real
time based on user access behavior, ensuring that permission status dynamically matches the user's actual business access needs. This fundamentally avoids the problem of permission drift leading to ghost accounts, achieving precise adaptation between business permissions and actual needs. It prevents the long-term disconnect between permissions and business needs in the traditional mode, making permission management closely aligned with actual business usage scenarios.