US Army increases situational awareness of soldiers with AI
MarshallAI won the US DoD's xTech Global AI Challenge in 2021. (Photo: MarshallAI)
The US Army has signed a cooperation agreement with MarshallAI, a Finnish AI company, to improve its MarshallAI platform and tailor it according to the reported requirements.
The current platform enhances soldiers’ operational efficiency by processing battlefield information. It can analyse the environment on behalf of the soldier to enable greater focus on the execution of other tasks.
The company highlights the system’s utility stating that it can ‘multiply the number of eyes on a battlefield’ by processing data, including sounds and activity in radio frequencies.
The cooperation agreement will last for one year and was a continuation of the xTech Global AI Challenge organised by the US DoD, where MarshallAI was declared the winner in 2021.
The competition aimed to find and foster AI innovations to improve the performance of the different organisations under the DoD.
More from Land Warfare
-
UK’s ground-based air defence effort remains in assessment phase after third industry day
The UK’s plan to introduce a new air defence capability into the British Army will cover short and medium-range defence as well as counter-uncrewed aerial system systems. Timelines are not yet laid out but industry is making plans.
-
K9 Thunder gains momentum across three key international markets
Recent activity across Australia, Norway and the US highlights Hanwha Defense’s expanding presence in a self-propelled artillery market reshaped by the demands of modern warfare.
-
Team Grenadier aims for success with the British Army’s LMV programme
Team Grenadier has unveiled the latest variant of its Grenadier 4x4, which it hopes will win the Light Mobility Vehicle segment of the army’s Land Mobility Programme.
-
Dominating the spectrum: ASELSAN’s EW capabilities take center stage at MSPO 2026
ASELSAN is showcasing its advanced electronic warfare (EW) capabilities at MSPO 2026, highlighting technologies designed to detect, analyse, disrupt and deceive threats across increasingly contested electromagnetic environments.