UMS Skeldar AG builds the drones that fly from warships and patrol borders - the kind of systems where a compromised data link or a spoofed GPS signal isn't an IT inconvenience, it's a kinetic threat. Headquartered in Switzerland and Sweden, the company designs and manufactures Remotely Piloted Aircraft Systems for military, maritime, and civil security missions, making it a node in Europe's defense-industrial base where cybersecurity isn't bolted on; it's structural.
The product lineup centers on rotary-wing and fixed-wing UAVs built for contested environments. The SKELDAR V-200 is a NATO-aligned VTOL platform with a heavy fuel engine and ship-based Automatic Take-off and Landing (ATOL) capability - meaning it operates from naval decks where the attack surface includes GPS spoofing, datalink interception, and sensor fusion manipulation. The V-150 serves as a flexible high-performance airframe for a range of unmanned missions. Both platforms sit at the intersection of avionics, embedded systems, and networked command-and-control - domains where the threat model spans everything from firmware integrity and encrypted telemetry to supply-chain assurance on mission-critical components.
The company's technical stack spans heavy fuel engine systems, ATOL automation, and ship-based aviation integration - engineering disciplines that demand rigorous systems security thinking across hardware, software, and the communications layers binding them. If your background covers embedded security, secure communications protocols, or the hardening of autonomous systems against electronic warfare and cyber-physical attack vectors, this is the operational context where that work lands.
