AF Product Lifecycle Management

The United States Air Force (USAF) has implemented an Enterprise Product Lifecycle Management (PLM) solution to modernize the management of weapon systems throughout their lifecycle. This initiative aligns with the Air Force's broader strategic goals to integrate capabilities, revolutionize processes, and enable lifecycle digital materiel management. The

current PLM implementation leverages Siemens Teamcenter, a Commercial-Off-The-Shelf

(COTS) solution hosted within the Cloud One environment, to empower program offices with

centralized, secure, and integrated tools for engineering, manufacturing, sustainment, and asset

retirement activities.

The USAF continues to face significant challenges in fully realizing seamless PLM integration

across its enterprise. These challenges include fragmented legacy systems, disconnected data

silos, and a lack of uniformity in processes, all of which contribute to inefficiencies, reduced data

integrity, and delays in decision-making. Addressing these issues requires innovative solutions

that ensure robust configuration management, streamline workflows, and foster enterprise-wide

collaboration while adhering to stringent security and compliance standards.

The purpose of this Request for Information (RFI) is to gather industry feedback on technical

approaches, market capabilities, and innovative solutions to address these challenges. By

engaging with vendors, the USAF seeks to achieve a better understanding of the current state of

the market, identify potential pathways for enhancing the AF-PLM capability, and refine its

requirements for prospective procurements. Vendor responses will play a critical role in shaping

acquisition strategies, identifying feasible solutions, and ensuring that the evolving PLM

environment aligns with the USAF's operational and strategic needs. This process supports the

overarching goal of achieving an authoritative source of truth for product data and enhancing

total lifecycle management for USAF weapon systems.