#United States #Boulder #Space Force #SciTec #Missile Warning

Introduction

On September 23, 2025, a pivotal development occurred in the realm of missile defense when the U.S. Space Force officially accepted operational delivery of SciTec's innovative Future Operationally Resilient Ground Evolution (FORGE) missile warning system. This acceptance signifies a significant leap forward in the capacity of the Space Force to detect and respond to missile threats.

Advancements in Missile Warning Technology

The implementation of the FORGE system, specifically its second operational delivery (OA #2), introduces enhanced capabilities that integrate Mission Data Processing (MDP) alongside a secure cyber framework. This integration marks a monumental advancement in the accuracy and efficiency of missile warning systems, aiming to bolster U.S. capabilities in missile detection and tracking. According to Matt McHugh, SciTec's Executive Director and senior technical advisor for the FORGE program, the new processing capabilities leverage cutting-edge image processing, advanced signal detection, and artificial intelligence/machine learning (AI/ML) technologies. This technological prowess allows the system to identify threats earlier and track them for extended periods, addressing concerns over increasingly sophisticated and stealthier missile technologies.

The FORGE Approach

The FORGE program represents a groundbreaking shift in how missile defense systems are acquired and developed. Instead of relying on a single contractor for an entire system, the program utilizes a unique acquisition strategy involving prototype competitions for individual components. This methodology not only facilitates the modernization of legacy systems but also enhances collaboration between the Space Force and innovative, non-traditional vendors. By adopting this flexible approach, the government aims to nurture a more diverse industrial base and expedite the deployment of cutting-edge solutions.

Collaboration and Future Prospects

The success of OA #2 didn't happen overnight. After a rigorous twelve-month prototype competition that began in August 2022, the Space Systems Command (SSC) awarded SciTec a production Contract under Other Transaction Authority (OTA). SciTec continued to build momentum with an additional award in March 2023 for sensor-specific processing applications, following a nine-month competitive assessment.

The potential of the FORGE system does not stop at its current operational acceptance. With four major operational milestones scheduled for completion over the next two years, the focus remains firmly on delivering for the warfighter. David Simenc, President of SciTec, emphasizes the importance of speed, ownership, and mission focus in achieving the objectives of the FORGE initiative. The program is also looking ahead to collaboration with the Space Force’s System Deltas and Mission Deltas to ensure that technological advancements continue to outpace emerging threats.

Conclusion

As a non-traditional defense contractor, SciTec plays a crucial role in redefining how missile warning systems are developed and deployed in the U.S. military. Based in Princeton, NJ, with operations primarily conducted from its software factory in Boulder, CO, SciTec is at the forefront of technological innovation within defense systems. Notably, SciTec recently announced its plans to be acquired by Firefly Aerospace, which is expected to be finalized in the fourth quarter of 2025. This acquisition could potentially enhance SciTec's capabilities and reach within the defense technology sector, further solidifying its position as a leader in missile warning solutions.

In summary, the operational acceptance of the FORGE missile warning system by the U.S. Space Force is a noteworthy milestone, indicating not only advancements in technology and strategic acquisition processes but also a commitment to maintaining superiority in missile defense in the face of evolving global challenges.