FA864924P0475

Small Business Innovation Research Program (SBIR) Phase II

Enhancing Situational Awareness in Space Force Operations

In response to the evolving challenges in space operations, this proposal introduces the strategic implementation of the Kinetic platform, a sophisticated adaptation of the Mattermost framework. This initiative is specifically designed to augment the United States Space Force's (USSF) capabilities in multi-channel information synthesis and command and control communications (C2C). The Kinetic platform is tailored to meet the intricate national security requirements of the USSF's dynamic, data-rich environment, enabling a significant leap in operational efficiency and strategic responsiveness while putting the end-users first. The core of this proposal is the development of an advanced data processing and analysis system within Kinetic. This system aims to address the increasing complexity and volume of operational data inherent in modern space missions. By effectively managing, interpreting, and contextualizing a wide array of data types - from textual communications to complex imagery - Kinetic will provide commanders and decision-makers with real-time, actionable insights. These insights are critical for informed strategic command decisions and rapid tactical responses. A significant aspect of this proposal is the enhancement of the DevOps/ChatOps ecosystem via the Kinetic platform. This enhancement is geared towards improving the systematic organization and dissemination of complex operational data. The goal is to ensure clarity, accuracy, and timeliness in the flow of information to key decision-makers within the USSF for launch operations. By optimizing how data is relayed and accessed, Kinetic will empower Guardians with a deeper and more immediate grasp of launch ops. This enhancement in data handling and interpretation is expected to optimize reactive measures, thereby improving overall mission success rates and operational safety. The Kinetic platform stands to revolutionize the way the USSF operates, making it more agile, responsive, and effective in facing the rapidly evolving challenges of space operations. It promises to transform the existing communication and data analysis paradigms, ensuring that the United States maintains its strategic edge in the increasingly competitive and complex domain of space. The implementation of Kinetic aligns with the overarching goal of enhancing national security through technological superiority, particularly in an era where space has become a critical frontier for defense and strategic operations. This proposal reflects a commitment to advancing the technological capabilities of the USSF, with an emphasis on security, reliability, and scalability. The Kinetic platform is envisioned not just as a tool for the present challenges but as a scalable solution that can adapt to the future dynamics of space operations. It embodies a blend of innovation, strategic foresight, and operational practicality, poised to set new standards in space command and control communications.

The goal of phase II is to continue the R&D efforts initiated in Phase I. Funding is based on the results achieved in Phase I and the scientific and technical merit and commercial potential of the project proposed in Phase II.

AFX244-DPCSO1

F2D-11279

X24.4

Meghan Scott