Air Space Intelligence to Develop Open Mission Engine for U.S. Air Force Operations

Introduction

In a significant development for modern military operations, Air Space Intelligence (ASI) has been awarded a contract by the Defense Innovation Unit (DIU) to create the Open Mission Engine (OMEN). This initiative aims to transform how the U.S. Air Force deploys and manages mission applications in the field, specifically focusing on the Mobility Air Forces (MAF).

What is the Open Mission Engine?

The Open Mission Engine is designed as an open software development kit that encourages adaptability and speed in mission planning and execution. The goal is to provide military personnel with the necessary tools to develop mission applications that function seamlessly across various platforms and aircraft. By doing this, ASI intends to eliminate the restrictions often associated with proprietary systems that frequently limit the flexibility needed in military operations.

The first application to be launched is the Tactical Moving Map, which provides real-time operational data that is crucial for MAF aircrew. This tool integrates mission data into a coherent display, even under challenging conditions such as degraded or limited bandwidth scenarios. This innovation not only bolsters operational efficiency but also enhances the safety and effectiveness of missions in diverse environments.

The Innovation Behind OMEN

Mark Lepczyk, President of ASI Federal, emphasized the importance of delivering an open mission system: "We are honored to deliver an open mission system to the mobility fleet. Putting this technology in the hands of the warfighter, and giving them the flexibility to keep building on it, will let the MAF move at a speed and scale that previous efforts could not match." This reflects a deeper understanding of the complex needs of modern military operations, which require rapid adjustments and updates based on real-time data.

In addition to the Tactical Moving Map, OMEN is designed to support multiple mission applications over time, adapting to the evolving needs of the Air Force. The system's core capabilities will allow different military units to develop applications that best suit their unique operational requirements, thereby improving collaboration across various branches of the military.

Ensuring Interoperability

One of the most critical aspects of OMEN is its interoperability with the Department of the Air Force Battle Network (DAF BN). This feature ensures that any new services arising from the DAF BN can be easily implemented, facilitating a streamlined operational environment for the warfighters. The program aims to normalize data ingestion from a wide range of government sources, empowering users with comprehensive situational awareness in real time.

Collaborating for Success

Aside from ASI, other notable companies involved in this ambitious project include Defense Unicorns and Stator Integration Labs. Defense Unicorns will focus on creating resilient system administration and cybersecurity capabilities, essential for operations in airgapped environments. At the same time, Stator Integration Labs will contribute advanced data fusion and spatial-temporal reasoning capabilities that are crucial for converting mission data into actionable insights.

Conclusion

The Open Mission Engine represents a paradigm shift in the way military applications are developed and deployed. By embracing an open architecture and focusing on cross-platform compatibility, ASI is laying the groundwork for a more agile and responsive military force. This initiative can significantly enhance the efficacy of U.S. Air Force operations, ensuring that they remain at the forefront of technological advancement in defense.

As ASI continues to partner with various stakeholders, the potential for rapid evolution within the military operational landscape is vast. The Open Mission Engine not only addresses current challenges but also sets a foundation for future innovations in military technology, positioning the U.S. Air Force to adapt to the demands of modern warfare.