Software-defined radio systems for sovereign, long-range connectivity
ZeroPhase builds hardware and firmware for software-defined radio (SDR) communication links targeting unmanned systems and critical infrastructure. The stack—FPGA (Verilog, VHDL), embedded C/C++/Rust, signal processing (HFSS), and PCB design (Altium, KiCad)—reflects a hardware-first, radio-layer focus. Early-stage hiring is engineering-heavy (6 of 9 roles) across FPGA, board bring-up, and algorithm design, with active work on prototype validation, multilayer PCB design, and digital communication algorithms—typical of a pre-production hardware startup scaling toward manufacturing.
ZeroPhase develops sovereign, software-defined connectivity systems designed for unmanned platforms and critical operations requiring high reliability and long-range data links. The company is based in Munich and was founded in 2025. Work centers on end-to-end hardware design: complex multilayer PCBs, FPGA validation, digital communication algorithm development, and board bring-up. Active priorities include design-for-manufacturing collaboration, component obsolescence management, signal integrity in contested environments, and achieving ISO 9001 certification. The team is pursuing production readiness across fault-tolerant end devices and resilient data links capable of high availability.
FPGA design (Verilog, VHDL), embedded systems (C, C++, Rust, Python), RF/signal simulation (HFSS, Genesys), PCB CAD (Altium, KiCad, Eagle), and Linux/ARM/RISC-V for embedded platforms.
Prototype validation, multilayer PCB design, FPGA bring-up and verification, digital communication algorithm development, board-level testing, and ISO 9001 certification to reach production readiness.
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