| - | Development based on Ansible Core, an open-source IT automation engine |
| - | Optimization of features according to domestic IT operating environments: web-based flowchart creation, pre-execution approval functions, etc. |
| - | Simpler and more convenient task creation & centralized management (duplex, multi-control machine task distribution) |
| - | Automation solution that requires minimal learning and training (Korean module information in FAP v2.12) |
| - | Automated periodic password changes and system access, providing change history |
| - | Generate and change random passwords that meet password management standards |
| - | Provide and change random passwords during work hours only for authenticated users |
| - | Prevention of human errors |
| - | Improved operational stability through pre-definition, verification and testing for each operational task |
| - | Apply after pre-verification and testing of differences between work plan and operating environment |
| - | Work history change history management |
| - | Improved security through secure system password management |
| - | Execute simultaneous tasks on multiple equipment and immediately check equipment status at each stage of progress |
| - | Standardization and reusability of identical repetitive tasks |
| - | Improved workforce dependency when working long hours or at night |
| - | Advanced engineer experience and skills → Standardization |
| - | Automation of action process in case of failure and immediate execution after confirmation by service desk or administrator → Reduced failover time |
| - | Implementation of automated processes through linkage with infrastructure management systems such as network/server/application/DB/virtualization |