Holistic Inflight Variable Employment Suite

To address the Navyís need for a unified mission planning and execution tool that integrates both commercial and military aviation systems, Intellisense Systems, Inc. (Intellisense) proposes to develop the Holistic Inflight Variable Employment Suite (HIVES). This innovative software solution is based on a new design that leverages previously developed mature components, including advanced middleware and data fusion algorithms, as well as commercial off-the-shelf components, to create a cohesive and efficient system for mission planning and execution. Specifically, the innovation in utilizing Large Language Model (LLM)-driven middleware enables HIVES to intelligently parse, integrate, and translate diverse datasets from both civilian and military sources into actionable insights for aircraft personnel. This capability allows for seamless transition between continental U.S. (CONUS) training and overseas (OCONUS) mission execution environments, effectively bridging the gap between civilian and military mission planning tools. By providing a single, common interface to both civilian and military sources, HIVES streamlines all aspects of aircraft employment, eliminating the need for separate devices or systems for civil and military tasks. This unified approach enhances efficiency, responsiveness, and operational flexibility demanded by contemporary military aviation. In PhaseÝI, Intellisense will demonstrate the feasibility of HIVES by identifying minimum common civil capabilities for integration, analyzing current DoD processes for mission plan generation and submission, identifying mission datasets available from both civil and DoD sources, and developing a Phase I prototype software tool that integrates key components and showcases its capabilities. In Phase II, Intellisense plans to refine and expand the initial system requirements, optimizing the software framework and key components for improved efficiency, security, and performance, and developing a mature prototype to augment selected situational awareness (SA) systems, meeting all operational and technical requirements outlined in the solicitation.