Where QSENSATO begins
Building from the ground up, fuelled by bold vision.
Our story
QSENSATO was founded in 2024 to address the need for integrated atomic quantum sensors for ultra-precise measurements. Leveraging our novel approach to atomic vapor cell fabrication we are developing atomic-photonic chips with fully integrated laser-written vapor cells.
Before our founding, several pivotal developments paved the way for our establishment. Our laser-written vapor cell technology was born from a collaboration between the Milan branch of CNR-IFN and the Institute of Photonic Sciences in Barcelona (ICFO). The project produced two key scientific outputs which served as the basis for our patented technology.
Following a successful pre-seed funding round, we entered our incubation phase, enabling us to expand our team and launch our business operations. Our three co-founders provide strategic direction from their diverse backgrounds, while our scientific advisory board offers expert guidance to ensure our continued success.
In early 2025, we officially commenced business activities and began rapid prototyping of our quantum sensing technology, marking an exciting new chapter in our company’s development.
Our Mission
QSENSATO is advancing precision measurement through innovative integrated quantum atomic sensors designed for industries from biomedical to space and defence.
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Advancing Quantum Sensing Technology
At QSENSATO, we are developing the next-generation of integrated quantum atomic
sensors, atomic-photonic sensors, and lab-on-chip sensors for precision measurement
across multiple industries. Our technology serves biomedical applications, space and
defence systems, geomagnetic research, remote sensing, automotive innovation, and
advanced materials analysis.
Advancing Quantum Sensing Technology
From Innovation to Implementation
We are driving the rapid prototyping of laser-written vapor cells towards wafer-scale fabrication . These components enable ultra-precise measurements of magnetic fields, radio frequency electric fields, time/frequency standards, and rotational movements – all customisable to your specific requirements.
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Building Tomorrow’S Technology Today
Our outlook includes integrating our quantum technology with photonic components to
create atomic-photonic chips, with plans to expand to complete sensing solutions that set
new standards for measurement precision.
QSENSATO
Integrated Atomic-Photonic chips for quantum sensing and metrology.
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