1. Jonathan Loving Fermi Lab Computing Division jloving@fnal.gov

2.  Introduction  Assignment  Data Model Designs  Integrated Data Model

4.  Analyze the structure and data model design of Fermilab asset inventory and configuration item databases.  Linux  Windows/Mac  Networks  Determine the relationships that may exist between databases and derive an integrated data model.

5. Network NIMI Network Inventory DB TIssue Windows/Mac SMS Linux OCS

6. Linux Systems OCS is a MySQL database designed to collect inventory and configuration data for LINUX systems. Server Cluster

7. OCS Inventory Process Courtesy of Anil Garg

8. OCS Data Model

9. Windows / Mac Systems SMS provides remote control, patch management, software distribution, OS deployment, and hardware and software inventory for Windows and Mac systems.

10. SMS Process Courtesy of Anil Garg

11. SMS Data Model (Hardware/Software Inventory Views)

12. Networks Machines connected to the Fermilab network are monitored via the Network Information and Management Infrastructure (NIMI). NIMI DBTIssue Network Inventory DB MISCOMP NIMI

13. NIMI Database The NIMI database is used to maintain real-time imaging of LAN state.

14. NIMI DB Data Model

15. Network Inventory Database The inventory database was started by the Computer Security Team to gather near real-time information about network connected devices.

16. Network Inventory DB Data Model

17. TIssue TIssue serves as a workflow system for managing blocks of networked systems due to critical vulnerabilities, FCIRT incidents, or other inappropriate activities that are not handled by the Auto Blocker system.

18. TIssue Data Model (Work Flow)