Obsolescence and Post Production Support

Transcription

1 Obsolescence and Post Production Support 14 ember 2007

2 Our History MIL-SPEC / MIL-STD Acquisition reform Controlled chaos Enlightened despot? 1

3 2 RB The Problem The Problem Oct- Oct-02 Oct-03 Oct-04 Oct Oct- Oct-02 Oct-03 Oct-04 Oct-05 Thousands Backorders Backorders >180 days Thousands Directly impacting Directly impacting warfighter warfighter readiness readiness

4 Scope of the Problem Obsolete number of parts reported Nearly 50,000 Culmination of 325,000 parts numbers since 1997 Potential financial impact: up to $10B per year Average microcircuit life span is about 10 years Some components are as little as 18 months Versus weapon system life cycle greater than 30 years Sporadic information flow between Government and Industry Disagregated governance Effective, Proactive DMSMS Mgt Process is critical to... Ready systems... In line with TLCSM and PBL tenets 3

5 Contributing Factors Unanticipated demand Extended manufacturing lead times Obsolescence Requalification 4

6 Keys to Success Document best practices Codify practices in enterprise solutions Openly share data/solutions with DoD 5

7 Best Practices Strategic supplier management Integrated production / sustainment supply chains Performance-based business relationships 6

8 Codifying Practices Training Maintenance Supply Engineering Lifetime Supportability Operational View Logistics Management Information Problem / Issue Management Change Management Configuration Baselines, Design Support Performance Metrics Supply Chain Optimization Forecasting, Modeling, Simulation Inventory Management PHS&T, Facilities Total Asset Visibility Diagnostics, Prognostics Health and Usage Monitoring Maintenance Planning/Mgmt Technical Manuals Configuration Management Training Course Content, Delivery Training Management Certifications and Qualifications Portal Single Point of Entry Customers Net-Centric Integration GTN TRANSCOM Common IT architecture across BAs Enables BIC performance Mitigates redundant investment Scalable, SOA Enterprise Services Logical Architecture Logistics Application Framework Design Interface Maintenance Planning Supply Support Support & Test Equipment Training & Training Devices Manpower & Personnel Technical Data Logistics Key Functional Elements Computer Resources Support Packaging, Handling, Storage & Transportation Facilities Logistics Integration Framework Security Portal Data Services ESB Discovery App Hosting Collaboration Core Enterprise Services & Infrastructure 7

9 Open Data Sharing Integrated Network Tier 1 Tier 2 Tier N Tier 1 Tier 2 Tier N Components shared industry infrastructure Tier 1 Tier 2 3PL Hubs Security Infrastructure 3PL Hubs Key Architecture Rqmts Secure Scalable / SOA Netcentric Data integration / transformation Support 3 rd Party solutions Business Applications Integration Platform Operational Support GIDEP Key Processes Total info / asset visibility Transactional Inventory Logistics Technical documentation 8

10 Next Steps Industry Proactively manage DMSMS Take responsibility for your platforms Employ GIDEP Government/Industry Develop joint solutions Build on consortium solutions Government Demand performance Build contractual relationships that foster outcomes 9