On Friday, May 2, 2025, the U.S. Army Contracting Command (ACC) at Redstone Arsenal, Alabama, acting on behalf of the U.S. Department of Defense, awarded a contract worth 9,721,369 USD to Northrop Grumman Systems Corp. (a subsidiary of Northrop Grumman) for the provision of support services for the Integrated Battle Command System (IBCS) in the Polish Armed Forces.
Photo: Polish Ministry Of National Defence
The work will be carried out in Huntsville, Alabama, with completion expected by September 30, 2026. The entire funding comes from the Foreign Military Sales (FMS) program for Poland and was obligated at the time of contract award.
The previous contract for logistical support of the IBCS system in the Polish Armed Forces was awarded to the same contractor recently, on March 28 of this year, and was valued at 47,666,848 USD. On February 12, Northrop Grumman announced it had received two contracts from the U.S. Department of Defense totaling 1.4 billion USD for the production of additional IBCS components for the U.S. Army and the Polish Armed Forces. On January 2, the company was awarded a contract worth 481.33 million USD for software updates and enhancements to the IBCS system in the Polish Armed Forces.
Earlier, on May 14, 2024, the company received a contract worth 49.03 million USD for the continued production of IBCS components for Poland.
More recently, on April 30, Lockheed Martin was awarded funding in the amount of 16,370,000 USD for technical support of the MIM-104F Patriot PAC-3+ medium-range air and missile defense systems (Post-Deployment Build 8, PDB 8) as part of the Wisła program, in which the IBCS system is also a key component.
It is also worth noting that in the future, the IBCS system will become part of the Narew short-/medium-range air defense system. Poland remains the only export user of IBCS to date, with the U.S. Army being its primary operator.
IBCS in Polish Military
It is worth recalling that on May 15, 2023, deliveries of system components began—specifically, 12 radio relays mounted on trailers as part of the Integrated Fire Control Network (IFCN). On May 25, the Polish Armament Agency announced the delivery of additional, unspecified IBCS components for the first battery of the Wisła air and missile defense system (delivered the day before). The next delivery of IBCS elements, this time for the second Wisła battery, took place on July 17 and included IFCN radio relays, S-280 server shelters, and command posts. Meanwhile, on June 9, 2023, the U.S. Army signed a contract worth 19.7 million USD with Northrop Grumman Defense Systems Sector for the production of an IBCS simulator for Poland.
As a result, training for Polish soldiers on the operation of the system began as early as June 28, 2023, and on September 8, the IBCS achieved initial operational capability within the Polish Armed Forces. The first exercise integrating IBCS with the Wisła/Patriot system was Sochaczew-23, conducted on August 11 at the 32nd Tactical Air Base in Łask. On October 5, the process of achieving initial operational readiness was officially announced, and it was completed on December 18, 2024.
Meanwhile, on September 11, 2023, Poland received approval to purchase additional IBCS system sets for the second phase of the Wisła program, as well as for the Narew program. The intergovernmental agreement concerning this purchase was signed on February 29, 2024.
As part of Poland’s contribution to the configuration of the IBCS system for the Polish Armed Forces, on December 23, 2024, Military Communications Works No. 1 delivered additional F-OPS Command Shelters to the Armament Agency.
At the heart of the IBCS system is the command and battle management post cabin, known as the EOC (Engagement Operations Center), which consists of three elements: C-OPS (Current Operations IBCS EOC), E-OPS (Engagement Operations IBCS EOC), and F-OPS (Future Operations IBCS EOC).
The role of C-OPS is to monitor and control the current activities of friendly units, while E-OPS is responsible for intercepting emerging threats. F-OPS, on the other hand, is intended for planning future operations of friendly forces and will be used at the battalion command level.
Polish EOC cabins (C-OPS and E-OPS) are transported using the TS DOW (Command and Control Cabin Transporter) with a sub-container frame. These are complemented by operator stations, initially housed in ICE (Integrated Collaborative Environment) tents and eventually in containers, along with additional equipment (including S-280 server containers) and 12 radio relays on trailers as part of the Integrated Fire Control Network (IFCN).
It is worth adding that the Polish IBCS system includes R-460AM-2 digital radio relay, developed by the Transbit company from Warsaw, whose task is to establish high-capacity radio communication over long distances of around 30 km, mainly through mobile digital communication nodes (RWŁC-10/T), which form the foundation of radio relay communication in the Polish Armed Forces. The company is also an integrator of computer communication systems in the Wisła program (but also Narew and Pilica+), it manufactured the Polish telecommunications part of the EOC cabin, and the delivered systems meet Northrop Grumman’s requirements.
