Session
Poster Session 3
Location
Salt Palace Convention Center, Salt Lake City, UT
Abstract
This study showcases COSMIAC at the University of New Mexico (UNM), a leading center for configurable space microsystems and aerospace applications, as it integrates cutting-edge technologies to advance secure and efficient communication systems. Under the AFRL RAPID program, COSMIAC tested a novel architecture combining Azure Orbital Cloud Access (AOCA), the Azure Stack Edge Mini Rugged device, and SpaceX’s Starlink satellite constellation to transmit real-time Global Navigation Satellite System (GNSS) data. The project also leveraged the Android Tactical Assault Kit (ATAK), a geospatial situational awareness tool, to demonstrate the operational utility of advanced data delivery and visualization systems. The results inform RAPID's experimentation with future Space Data Network technologies capable of fully leveraging commercial capabilities. The ATAK platform, widely used for tactical military operations, is a powerful, sensor-agnostic tool for integrating, processing, and displaying data from diverse sources. In this project, COSMIAC utilized ATAK to provide real-time visualization of GNSS data, enhancing situational awareness and decision-making capabilities. Students and researchers configured ATAK to host and interpret GNSS data streams, demonstrating its ability to display live threat assessments, such as GNSS jamming or spoofing, in operationally relevant environments. The RAPID West laboratory at COSMIAC served as the hub for testing, with students actively participating in system setup, data validation, and performance optimization. Their work included integrating GNSS data sources with the Azure Stack Edge Mini Rugged device for local processing and encryption, followed by transmission via Starlink. This hands-on involvement not only enabled students to tackle real-world challenges in satellite communications and edge computing but also provided practical experience in utilizing ATAK for military-grade applications. The integration of ATAK added a critical layer to the project, enabling seamless visualization of transmitted GNSS data for immediate operational use. The project’s success demonstrates how commercial technologies like AOCA and Starlink can be adapted for defense applications, with capabilities such as secure data processing, robust satellite communication links, and system scalability. The flexible and modular design supports future enhancements, including the incorporation of additional sensors and cryptographic measures to meet stringent DoD requirements. Beyond its technical achievements, this initiative exemplifies COSMIAC’s commitment to combining education with innovation. By involving students in cutting-edge projects, the center provides a unique learning environment that prepares them for careers in aerospace technology while fostering collaboration between academia, industry, and government. This work not only advances technical capabilities in space networking but also highlights the vital role of ATAK in enhancing situational awareness. It stands as a model for university-led programs that drive innovation, workforce development, and technological progress in the aerospace sector.
Document Type
Event
Advancing Real-Time GNSS Data Transmission and Education Through ATAK Integration at COSMIAC
Salt Palace Convention Center, Salt Lake City, UT
This study showcases COSMIAC at the University of New Mexico (UNM), a leading center for configurable space microsystems and aerospace applications, as it integrates cutting-edge technologies to advance secure and efficient communication systems. Under the AFRL RAPID program, COSMIAC tested a novel architecture combining Azure Orbital Cloud Access (AOCA), the Azure Stack Edge Mini Rugged device, and SpaceX’s Starlink satellite constellation to transmit real-time Global Navigation Satellite System (GNSS) data. The project also leveraged the Android Tactical Assault Kit (ATAK), a geospatial situational awareness tool, to demonstrate the operational utility of advanced data delivery and visualization systems. The results inform RAPID's experimentation with future Space Data Network technologies capable of fully leveraging commercial capabilities. The ATAK platform, widely used for tactical military operations, is a powerful, sensor-agnostic tool for integrating, processing, and displaying data from diverse sources. In this project, COSMIAC utilized ATAK to provide real-time visualization of GNSS data, enhancing situational awareness and decision-making capabilities. Students and researchers configured ATAK to host and interpret GNSS data streams, demonstrating its ability to display live threat assessments, such as GNSS jamming or spoofing, in operationally relevant environments. The RAPID West laboratory at COSMIAC served as the hub for testing, with students actively participating in system setup, data validation, and performance optimization. Their work included integrating GNSS data sources with the Azure Stack Edge Mini Rugged device for local processing and encryption, followed by transmission via Starlink. This hands-on involvement not only enabled students to tackle real-world challenges in satellite communications and edge computing but also provided practical experience in utilizing ATAK for military-grade applications. The integration of ATAK added a critical layer to the project, enabling seamless visualization of transmitted GNSS data for immediate operational use. The project’s success demonstrates how commercial technologies like AOCA and Starlink can be adapted for defense applications, with capabilities such as secure data processing, robust satellite communication links, and system scalability. The flexible and modular design supports future enhancements, including the incorporation of additional sensors and cryptographic measures to meet stringent DoD requirements. Beyond its technical achievements, this initiative exemplifies COSMIAC’s commitment to combining education with innovation. By involving students in cutting-edge projects, the center provides a unique learning environment that prepares them for careers in aerospace technology while fostering collaboration between academia, industry, and government. This work not only advances technical capabilities in space networking but also highlights the vital role of ATAK in enhancing situational awareness. It stands as a model for university-led programs that drive innovation, workforce development, and technological progress in the aerospace sector.
