The conversion platform
Beyond classical limits in remote sensing
Quantum properties of electromagnetic fields make it possible to break classical limits in many domains — especially remote sensing, where they sharply enhance sensitivity when detecting targets with very small radar cross-sections and weak returning echoes.
Highly efficient from a few MHz to over 100 GHz bandwidth
High-sensitivity microwave detection down to ~hundreds of photons with our SEOMs — single-photon detection is handed off to a downstream qubit, SPAD or SNSPD
Surpasses existing technology in sensitivity, EM immunity and compactness
Miniaturised devices → higher spatial resolution and integrated form factors
Specifications
Miraex Superconducting Electro-Optical Modulators (SEOMs)
Representative. Full datasheets on request under NDA.
Applications
Where it’s used
01RF systems scale-upDense MIMO RF control & read-out for superconducting quantum computers.
02Remote sensingEnhanced sensitivity for small radar cross-sections and weak echoes.
03Sovereign navigation & defencePrecision navigation, geophysics and critical-infrastructure monitoring.
Better together
Where this fits in the SEALSQ stack
Miraex’s interconnect layer compounds in value alongside the rest of the Quantum Sovereign Vertical Stack.
WISeSat · QOSC
SEALSQ
Miraex
Let’s connect
Exploring quantum-enhanced sensing?
From defence to geophysics, tell us the signal you need to detect — we’ll tell you how entanglement helps.