Opportunities / DEPT OF DEFENSE

UAS AND TRACR II INTERFACE CONTROL DOCUMENT (ICD) COMPLIANCE

Description (excerpt)

PURPOSE: Product Manager Tactical Training System (PdM TTS) is requesting information from interested offerors regarding Group 1 UAS compliance with the TRACR II ICD BACKGROUND: PdM TTS is responsible for supporting ranges that utilize the TRACR II software. An emerging requirement includes integration of Group 1 UAS training into these existing ranges. This RFI is intended to gauge industry interest and understanding of the ICD to ensure a common communications interface is established. Please note that the Government team is currently developing a software compliance test tool to validate conformity. This will be released to respondents at a later date. REQUEST FOR INFORMATION (Technical): PDM TTS is seeking proposals from vendors outlining their plan and methodology to demonstrate that their drone solution can successfully integrate with and operate according to the specifications within the UAS TRACR II ICD. The proposal should clearly describe the approach for implementing and validating the required interfaces and behaviors. Respondents should describe their proposed validation strategy, including but not limited to: • Implementation Plan: A high-level plan for implementing the UAS TRACR II ICD communication protocols on existing UAS platforms. • Testing and Validation Methodology: A comprehensive description of the testing procedures, simulation environments, and/or physical tests that would be used to verify full compliance with the ICD. This should cover all applicable messages and behaviors. • Verification of Message Handling: The approach to demonstrate correct parsing, processing, and generation of all relevant messages defined in the ICD, including command and control messages, and status telemetry. • Behavioral Compliance: The methodology to validate that the UAS exhibits the correct behaviors in response to commands, such as path execution, landing protocols, and handling of acknowledgements and fault conditions. • Network Communication: Ability to communicate over IP-based networks, handling point-to-point and point-to-multipoint messages, and correctly interpreting network endpoint data. • Message Processing: Correct implementation of the message header and processing of various message types, including acknowledgment logic and handling of message sequencing. • Control States: Demonstration of the UAS correctly managing and transitioning between control states (No Control, Pilot Control, Central Control) as defined in the ICD. • Command Ex …

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