RFI - Deployable Tactical Communications

1. Description: The Air Combat Command (ACC) Acquisition Management and Integration Center (AMIC) is seeking information from qualified vendors regarding innovative and readily deployable tactical communications solutions to support expeditionary operations in contested, forward-deployed environments. 1.1: This RFI is issued solely for information and planning purposes and all information provided is subject to change. It does not constitute a Request for Proposal (RFP) or a commitment to issue one in the future. This RFI is primarily to conduct Market Research which will enable the USAF to determine the availability of commercial capabilities and to identify and evaluate market practices. 1.2: This RFI does not obligate the Government to contract for any supply or service whatsoever, and all costs associated with responding to this RFI will be incurred solely at the respondent’s expense. Not responding to this RFI does not preclude participation in any future RFP, if issued. The Government will not accept unsolicited proposals in response to this RFI. 1.3: The primary focus for this RFI is on technologies that can readily demonstrate: Communication Infrastructure: Hardware and software for establishing multi-path transport networks (SATCOM, LOS radio, 5G/LTE, HF/UHF). Networking Capabilities: Capabilities for routing, switching, edge computing, application-level QoS, and managing network traffic in dynamic environments. Security Solutions: Zero Trust architectures, encryption, authentication, access control, cyber resiliency, and secure cross-domain data sharing; centralized management and health monitoring of communications equipment fleet is desired. Classified Solutions: Mobile solution leveraging Commercial Solutions for Classified (CSfC) framework to provide secure SIPRNET access. The goal is to create a system more user-friendly and administratively efficient than the current NG WINDAR-S solution, while adhering to the architecture defined in the NSA's Mobile Access Capability Package (MACP). Antenna Systems: Deployable antenna systems that utilize low probability of intercept/detection (LPI/LPD) techniques. Power Solutions: Reliable, portable, and efficient power solutions (SWaP-optimized, battery, generator-compatible). Integration Services: Capabilities for integrating with a government-provided network backbone and existing military systems. 2. Requested Information: Interested parties should respond with a maximum of 10 pages, including any diagrams or images, detailing a solution or solutions that show: Rapid Deployability: Easily and quickly deployable by a small team, achieving “wheels down to comms up” within minutes. Resilience and Reliability: Resilient to jamming and interference, with capabilities for autonomous failover and contested spectrum operations. Security: Provide robust security features, such as Zero Trust security principles, cyber resiliency, segmentation, and automated recovery. Interoperability: Interoperable with existing USAF infrastructure and demonstrate cross-domain data sharing capabilities. Scalability: Scalable to support varying numbers of users and operational demands. Low Size, Weight, and Power (SWaP): Minimize SWaP to facilitate deployment and mobility. Ease of Use: User-friendly and require minimal training and operator intervention. System Maturity: Technical Readiness Level (TRL) 7 or above. 3. Submission Instructions : Responses should be submitted via email, using subject line “RFI Submission - Deployable Tactical Comms – Company Name” to both: Christine Banks at [email protected] Nicole Black at [email protected] Submissions are due no later than February 25, 2026 at 1500 Eastern. Please ensure both POCs are copied on all communications. 4. Summary: THIS IS A REQUEST FOR INFORMATION ONLY to identify sources that can provide innovative and readily deployable tactical communications solutions to support expeditionary operations in contested, forward-deployed environments. All submissions become Government property and will not be returned.