Paragraf – Graphene Sensors Driving European Strategic Autonomy

Paragraf is a Cambridge-based pioneer engineering the next generation of electronic sensors with atom-thin graphene technology. This young company has swiftly gained recognition for manufacturing graphene-based devices that operate in extremes where conventional sensors fail.

From ultra-cold quantum laboratories to the high-radiation environment of space, Paragraf’s sensors promise unprecedented performance. The company’s flagship graphene Hall effect sensors can measure magnetic fields with extraordinary sensitivity at cryogenic temperatures – a breakthrough enabling new possibilities in quantum computing, aerospace, and even submarine detection.

This analysis answers: How do Paragraf's graphene Hall-effect sensors measure magnetic fields at cryogenic temperatures where conventional sensors fail? What is the maturity of its atom-thin graphene devices and fit with quantum computing, aerospace and submarine detection? Which dual-use markets and partners does the Cambridge company serve? What capability gaps and dependencies define Paragraf?