Sweden is preparing to wage cyber war as well as cyber defence.
Space Development Agency orders more work on hypersonic missile tracking
L3Harris Technologies and Moog Engineering have received a $7.87 million contract for supplemental work with the Space Development Agency (SDA) on satellites to track hypersonic missiles.
The two companies will support work to ‘develop and deliver space vehicles to detect and track hypersonic vehicles from low Earth orbit [LEO]’, the DoD announced on 14 December.
Approximately 88% of the supplemental effort will be performed by L3Harris.
L3Harris and SpaceX each received contracts in October 2020 to design and develop four missile warning satellites apiece (these awards were confirmed in January 2021 after the unsuccessful bidders lost an appeal).
The eight satellites will comprise the initial tracking layer of the National Defense Space Architecture, which will eventually consist of hundreds of LEO satellites.
The SDA in September 2021 completed a preliminary design review of L3Harris-designed satellites; a critical design review is now in progress.
L3Harris is also developing a Hypersonic and Ballistic Tracking Space Sensor (HBTSS) prototype under a $121 million contract awarded by the Missile Defense Agency in January 2021.
US defence planners aim for the L3Harris/SpaceX satellites to detect and track hypersonic missiles before the HBTSS satellites take over with targeting data.
More from Digital Battlespace
The Spanish Army released a tender on 17 January to procure new night vision goggles at a unit price of up to €11,000.
Rafael Advanced Defense Systems completed development of its latest RecceLite system and successfully tested it.
Algeria recently acquired new EW jammers for its army — how effective will they be against ECCM protocols and encrypted waveforms?
AFRL programme focuses on developing and transitioning space capabilities for more effective and affordable missions.
The VR Decision project in France aims to investigate the impact of immersive technologies on collaborative processes that underpin the decision-making cycle and operational planning.