The United States has taken another step to strengthen its space-based missile warning architecture through the Next-Gen OPIR GEO program. According to publicly available contract records, Lockheed Martin Space received a $68,555,412 cost-plus-incentive-fee contract modification tied to work on the next-generation overhead persistent infrared satellite effort. With this latest change, the cumulative value of the contract rose to $8,226,409,672. The work is being performed in Boulder, Colorado, and is expected to continue through August 2028. Space Systems Command is listed as the contracting authority.

The contract action also included roughly $17.19 million in fiscal year 2026 research, development, test, and evaluation funding obligated at the time of award. That detail indicates the program remains an actively funded priority within the US military space portfolio rather than a long-term concept awaiting future budget decisions. This last sentence is an inference based on the obligated FY2026 funding and ongoing contract activity.

Next-Gen OPIR GEO satellites are being developed to provide continuous missile launch detection from geosynchronous orbit. Lockheed Martin has said the system is designed to replace the current Space Based Infrared System, or SBIRS, and to improve the detection of more advanced missile threats, including those with dimmer signatures and more challenging flight characteristics. The goal is to deliver earlier and more reliable warning for the United States and its allies.

The satellites are built on Lockheed Martin’s LM 2100 bus. The company says that platform offers greater resiliency, cyber hardening, increased power, and upgraded propulsion, while the broader satellite architecture is being shaped to improve survivability against counterspace threats. In practical terms, this means the new missile warning spacecraft are intended not only to detect threats more effectively, but also to remain viable in a more contested orbital environment than earlier generations. This last point is an inference based on Lockheed Martin’s published description of the platform and mission design.

In the broader picture, the latest contract modification shows that the Space Force’s transition from SBIRS to Next-Gen OPIR continues to move forward steadily. The geosynchronous missile warning layer remains one of the core elements of America’s future missile warning and tracking architecture, so this additional funding is more than a routine contract increase. It is part of the long-term effort to preserve strategic warning capability in an era of faster, more diverse, and more survivable missile threats. This final assessment is an inference drawn from the program’s role and the scale of ongoing investment.