Request for Information - Multi-X Security (MXS) Platform Operations and Maintenance

Request for Information Multi-X Security (MXS) Platform Operations and Maintenance 15 October 2026 1.0 Description The Air Force Life Cycle Management Center, in support of the Advanced Technology Branch (AFLCMC/HNJT), is seeking information from interested companies with the capability to provide Operations and Maintenance, and continuous modernization of the Multi-X Security (MXS) Platform. 2.0 Background Between 2019 and 2026, the Advanced Technology program office developed the MXS (pronounced “Maxis”) Platform as a modern security model, data model, reference architecture, and reference implementation, based on open standards and protocols to support software development and secure information sharing at multiple security levels. MXS' goal is to enable Protection Level 3 (PL3) software solution development by third-party developers within security-constrained environments, as typically employed by communities working with Special Access Programs (SAPs). 3.0 Description of Requirements 3.1 Scope & Operating Environment: AFLCMC/HNJT requires information on industry capabilities to operate, maintain, and continuously enhance a multi-tenant, cloud-native platform supporting Air Force and mission-partner applications. The platform operates across multiple security enclaves, including Unclassified, Secret//Special Access Required (SAR), Top Secret//SAR, and Top Secret//Sensitive Compartmented Information (SCI)//SAR cloud environments. 3.2 Platform Operations, Maintenance & DevSecOps: Prospective contractors are expected to provide proactive 24/7/365 system availability, platform administration, and lifecycle sustainment across all designated cloud environments. Core focus areas include: 3.2.1 Cloud-Native Infrastructure: Operating and maintaining containerized environments (e.g., Kubernetes), service meshes, Application Programming Interface (API) gateways, and Infrastructure-as-Code (IaC) baselines. 3.2.2 DevSecOps Toolchain: Sustaining an automated continuous integ