The Performance Work Statement (PWS) for the Next Generation Command and Control (NGC2) project outlines an innovative Army-wide, data-centric approach designed to enhance commanders' decision-making capabilities. It emphasizes a modular command and control system that promotes continuous integration and competition amongst technology providers through an open architecture with government-approved APIs. The scope involves a broad technical framework supporting various projects initiated under a multiple award contract, facilitating advances in command and control ecosystems through commercial and government items. Key activities encompass systems management, software lifecycle development, data engineering, analytics, AI/ML implementation, and cybersecurity. Among the critical competencies required are Agile program management, systems engineering, user-centered design, and managed services—all aligned with DevSecOps principles for enhanced efficiency and security. Contractors must ensure compliance with security protocols and performance assessments throughout the IDIQ contract's lifecycle. In summary, this document establishes a comprehensive framework aimed at revolutionizing the Army’s command and control functions through cutting-edge technology and robust management practices.

The Next Generation Command and Control (NGC2) project by the U.S. Army aims to innovate the digital mission command ecosystem by designing a scalable software framework. This effort seeks to facilitate seamless communication and data exchange for Soldiers across various operational levels without being locked into specific vendors. The project entails transitioning from traditional siloed systems to a unified data layer that offers extensibility for various applications. The initial focus for prototyping is on ensuring reliable data management at Corps and Division levels, with key capabilities including integration of tactical planning tools, logistics management, and interoperability with both Army and coalition systems. The program encourages collaborative industry teams to provide solutions, emphasizing the integration of cloud-native tools for use in challenging environments. Performance will be measured based on metrics outlined in the Army's policies, with prototypes expected to operate in both IL4 and IL6 environments. The NGC2 prototype aims for full operational capabilities by fiscal year 2026, aligning with ongoing modernization initiatives and ensuring a versatile, responsive mission command environment.

The U.S. Government is preparing to issue a Request for Proposals (RFP) for a Multiple Award Indefinite Delivery Indefinite Quantity (MA-IDIQ) contract aimed at the next generation C2 (NGC2) ecosystem. This RFP focuses on the initial prototype order, with eligibility based on the ability to deliver detailed prototypes as outlined in the draft Statement of Objectives (SOO). Questions posed to potential contractors include their teaming arrangements, readiness to deliver prototypes within six months, preferred contract types, and feedback on potential incentives or criteria for the IDIQ awards. Key topics include the intended contract structure, anticipated pools such as data layers and tactical communications, and mechanisms for on-ramp and off-ramp processes within the MA-IDIQ. The government seeks to align incentives and metrics with industry standards, while also requesting feedback on draft documents to ensure they meet ecosystem needs. The RFI serves as a precursor to the RFP, inviting industry input on various aspects that will inform the eventual award process, including technical criteria, performance metrics, and timelines. This initiative underscores the government's intent to foster competition and technological innovation for the NGC2 project.