The UK Ministry of Defence has awarded a £2bn contract to a consortium including the British firm Skyral to develop advanced virtual training environments for the British army. The platform utilizes “digital twin” technology to simulate complex, real-world scenarios, such as urban combat in Riga, Latvia, allowing military planners to assess the cascading consequences of tactical decisions on infrastructure and civilian populations.
Digital Twins and Modern Military Simulation
Skyral’s technology marks a shift from traditional flight simulators or simple combat gaming toward integrated, multi-layered models. According to Skyral co-chief executive Naomi Hulme, the platform functions like “Fortnite on steroids,” enabling the military to test how specific events, such as a missile strike, might impact power grids, logistics, and social behavior in a given city. The company, which spun off from software developer Improbable Worlds Limited, aims to move beyond basic combat mechanics to help commanders understand the second-order effects of their actions before they occur in reality.
Did You Know? The term “digital twin” originally described virtual models of physical machines, such as car parts, used to predict maintenance needs by simulating long-term wear and tear.
Integration of Complex Systems
The Ministry of Defence is also collaborating with other firms to modernize equipment procurement through simulation. Power Size Technologies, based in Royal Leamington Spa, is currently building virtual models of energy systems, including tank batteries and desert solar arrays. Chief executive Wiktor Dotter notes that these simulations allow the military to test “crazy ideas,” such as hybrid battle tanks or new power infrastructure, without the high costs and lengthy political processes associated with physical prototyping.
Expert Insight: The transition toward deep-integrated simulations reflects a broader military effort to minimize the gap between training and real-world combat. While simulators are cheaper and more repeatable than live drills, the ultimate challenge remains how effectively these digital models translate to the unpredictable nature of actual conflict environments.
Broader Defence Spending Debate
The £2bn investment in simulation technology arrives amid ongoing public debate regarding the adequacy of current UK defence spending. As the military moves to integrate these virtual environments into core training, the focus remains on whether such technological advancements are sufficient to counter evolving global threats. While previous military gaming, such as the US army’s 2002 America’s Army, focused primarily on combat scenarios, the current generation of digital twins attempts to incorporate socioeconomic and infrastructure data to provide a more holistic view of the battlefield.
Frequently Asked Questions
What is a digital twin in this context?
It is a faithful, usable model of a real-world environment, such as a city or battlefield, that integrates multiple layers of data—including electrical grids and population demographics—to simulate the cascading consequences of military decisions.
How does this differ from traditional video games?
Unlike games designed for entertainment or basic combat training, these platforms are built to model systems and infrastructure, allowing planners to observe how a change in one area, such as a power station failure, affects other sectors like civilian movement.
Why is the military investing in these simulations?
Beyond the ability to train on repeat, these simulations are described as easier and cheaper than organizing live combat drills, while providing a way to test equipment and tactics in a low-risk, virtual environment.
How might the ability to simulate entire city populations change the way military commanders approach urban operations?
Worth a look