As Sweden steps into NATO’s fully connected environment, mission success increasingly depends on digital systems that can share secure situational awareness across nations. In this new landscape, readiness is defined not only by ships and hardware, but by IT that can adapt, integrate, and deploy at the speed of modern operations. This case explores how MilDef’s OneCIS™ platform enables…
Introduction This case study describes how the Norwegian Army utilizes MilDef rugged computers and special electronics to digitize the CV90 IFV (Infantry Fighting Vehicle) in order to provide situational awareness from platoon to brigade level.The computers and other components have been specially chosen for use in the CV90 forward command and armoured reconnaissance vehicles to…
Introduction From compact computers and power products, to switches and intelligent displays, MilDef provides a complete product portfolio for rugged IT. With the ability to heavily customize products and to deliver complete functional systems, we aim to be your first choice for rugged electronics. MilDef’s products are proven on land, at sea and in the…
Nations around the world are busy revisiting and reviewing national Defense Strategies – so that society’s total defense is maintained. This brings opportunities for close collaboration between the Armed Forces and industry players to enhance digitalization and develop unique communication solutions. For example, between MilDef and Arbit Cyber Defense for the Danish Ministry of Defence…
Understanding Modularity Modularity, in its simplest terms, refers to the strategic design concept of partitioning a system into smaller, independent modules. These modules can then be used interchangeably in different systems, providing a level of customization and versatility that is increasingly invaluable in our modern, dynamic world. The Importance of Modularity in Defense In the…
Problem: The Swedish Armed Forces struggled with a communication disconnect between military and civilian vehicles, necessitating a solution that could bridge this gap without extensive modifications or potential safety risks. Solution: MilDef’s team crafted a custom tripod box, weighing a mere 13KG, designed to power radios directly from a standard vehicle outlet, ensuring accessibility in tight spaces…
Problem: The demand for unmanned flying vehicles (UAVs) in defense has significantly increased, requiring the development of capabilities to meet higher operational standards. Solution: UMS Skeldar collaborated with MilDef to create a bespoke remote console that provides an optimal workspace, functionality, and easy access to necessary controls for operators. Result: The collaboration resulted in a console that perfectly meets UMS…