Northrop Grumman wins USAF JMPS contract
Northrop Grumman Corporation has been awarded a $19 million contract from the US Air Force to enhance and maintain the Joint Mission Planning System (JMPS) Framework.
The JMPS Framework comprises the core elements and functions for the JMPS family of scalable, extensible and configurable tools and decision aids that automate planning for sensor, weapon or aircraft missions. These missions range from day-to-day training and proficiency flying to peacetime operational/exercise sorties and complex combat scenarios.
The delivery order was awarded under the Mission Planning Enterprise Contract (MPEC) II from the Electronic Systems Center, Hanscom Air Force Base, Mass. Northrop Grumman will update and improve the JMPS Framework by architecting a shared mapping capability to eliminate multiple, independent mapping products. The company will modernize the software to optimize computing resources, provide a more enhanced plug-in capability for components and applications and enable modular installations. Northrop Grumman will also provide lifecycle support for fielded versions of the framework.
Northrop Grumman continues its role as a leader in the development of advanced mission planning systems with this delivery order, the second MPEC II award this year. The company's open-architecture approach to the JMPS offers third-party integrators a robust capability to reconfigure, substitute and extend application functionality. This has enabled common mission planning across services, platforms, weapons and sensors.
"Our history with JMPS goes back to the original architecture of the system, which gives us the insight into the 'what' and 'why' that is critical to making this effort a success," said Mike Twyman, vice president of integrated command, control, communications and intelligence systems for Northrop Grumman Information Systems. "Our innovative approach assures the framework will serve the warfighter well into the future while reducing the government's total ownership cost."
Under the direction of the Electronic Systems Center, Northrop Grumman's efforts will simplify and reduce product maintenance, improve mission planning processing runtime and reliability and facilitate the integration and test of new applications.
The Northrop Grumman team includes DCS Corp., Alexandria, Va.; Idaho National Laboratory, Idaho Falls, Idaho; and The Software Revolution Inc., Kirkland, Wash.
Source: Northrop Grumman
More from Digital Battlespace
-
AUSA 2025: Persistent Systems to complete its largest order by year’s end
Persistent Systems received its largest ever single order for its MPU5 devices and other systems earlier this month and has already delivered the 50 units to the US Army’s 4th Infantry Division.
-
Aselsan brings in dozens of companies and systems under the Steel Dome umbrella
Turkey has joined the family of countries attempting to establish a multilayered air defence system with government approval in August 2024 for the effort landed by Aselsan. Dubbed Steel Dome, the programme joins Israel’s Iron Dome, the US Golden Dome, India’s Mission Sudarshan Chakra and South Korea’s low-altitude missile defence system.
-
DSEI 2025: MARSS unveils new agnostic multidomain C4 system
MARSS’ NiDAR system has been deployed using sensors from static platforms to provide detection and protection for static sights, such as critical infrastructure, ports and military bases.
-
Australia looks towards space with force restructure, investment and training
Australia is looking to improve its presence in space with a focus on communications and creating a dedicated segment of its defence forces committed to the domain.
-
EID to unveil new vehicle communication system at DSEI
The Portuguese company’s naval communications system is in service across more than a dozen countries. It has turned to its home nation for support in developing a new vehicle based C2 system.
-
Chess Dynamics successfully demonstrates Vision4ce AI-driven tracker
The Vision4ce Deep Embedded Feature Tracking (DEFT) technology software is designed to process video and images by blending traditional computer vision with artificial intelligence (AI) algorithms to present actionable information from complex environments.