Teams at TYTAN Technologies GmbH

Build and operate closed-loop hardware-in-the-loop test systems for autonomous air-defense platforms. Responsibilities include real-time physics and sensor simulation, fault injection, hardware rig provisioning, CI/CD integration, test orchestration, results analysis, timing validation, infrastructure monitoring, and cross-boundary debugging. The role develops scalable HIL frameworks that enable engineering teams to validate software on real flight hardware across restricted and air-gapped lab environments.

Designs and builds resilient networked systems for autonomous defense platforms, including routing, secure overlays, node agents, APIs, SDKs, discovery, QoS, and network-as-code. Owns end-to-end connectivity across tactical radio, cellular, satellite, and wired links, including DDIL operation, authentication, failover, and fleet-scale coordination. Leads system design, documentation, verification, network emulation, fault injection, and field or flight-test campaigns.

Build and maintain a shared embedded Linux platform across products and hardware families. Responsibilities include BSP integration, device-tree and driver development, secure boot, device identity, encrypted storage, fleet updates, rollback, hardware CI, reproducible builds, SBOM management, and field support. The role requires deep Yocto or equivalent expertise, production embedded Linux experience, board-level debugging, and collaboration with product teams to deliver secure, reliable defense systems.