The threat model here is physical, not just digital. Rolls-Royce Power Systems, operating through its mtu Solutions brand, builds the diesel and gas generator sets, marine propulsion systems, and drive systems for heavy land, rail, and defense vehicles that underpin critical infrastructure worldwide. A compromised control system in these domains doesn't just mean data loss - it means potential physical failure in energy grids, naval vessels, or defense platforms. The cybersecurity challenge is embedded in the engineering of drive, propulsion, and power generation systems across marine, infrastructure, defense, and industrial verticals.
The technical stack spans electrified hybrid systems and energy storage solutions, meaning security work intersects with both legacy industrial control environments and modern networked architectures. This isn't about defending a corporate network; it's about ensuring the integrity of systems where uptime and safety are non-negotiable. The company's worldwide operational footprint means threat surfaces are distributed, with compliance and attack vectors varying by region and sector.
Teams here operate at the intersection of century-old engineering rigor and the demands of securing climate-neutral propulsion and power generation technology. The work requires understanding both the physical processes these systems govern and the cyber-physical attack paths that could compromise them. It's infrastructure-grade security for infrastructure-grade hardware.