QuantrolOx | Quantum hardware automation and training

Building foundations of quantum industry

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An engineer checks a qubit topology in Quantum EDGE on a laptop beside an open dilution refrigerator Trainees in gloves work together on an open dilution refrigerator Control electronics rack beside a dilution refrigerator frame in the reference lab
Quantum EDGE QPU monitoring screen showing a five-qubit topology colored by frequency A Quantum EDGE Academy course page explaining transmon energy levels A Quantum EDGE workflow run
Quantum EDGE · QPU monitoring, simulated device

Two bottlenecks hold quantum hardware back

Hardware development Months

to test a new quantum hardware design, often longer than designing and fabricating it combined. And every design goes around that loop many times.

Testing and validation is the slowest step in developing quantum hardware.

Workforce development 10+ years

to train a quantum hardware specialist through a PhD, in a small pool of research groups.

No alternative pipeline exists for training experts in quantum hardware.

Quantum EDGE

Two pillars, one platform

Tools that speed up testing and validation for teams who build quantum hardware, and training solutions that build the workforce they need outside the PhD pipeline.

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Bring new team members up to speed

Onboard your team with Academy

The central record

The memory of the lab

Every measurement and parameter goes into one central record, with who produced it and where it came from. It becomes the lab’s shared knowledge, and the foundation for its AI agents.

See the AI framework
DR-1
00:01:33Run 8

Parameter version history

Parameter setdr1_set
Parameter namequbit_frequency
EntityQB1
Time createdVersion(s)Originates fromUser
2026-10-15 09:41:06dr1_set_v14Single qubit tuning > ramseyUser #2
2026-10-15 09:33:05dr1_set_v13Single qubit tuning > qubit_specUser #1
2026-10-15 09:25:04dr1_set_v12Bring-up (tunable frequency) > resonator_spectroscopyUser #3
2026-10-14 16:12:40dr1_set_v11Bring-up (tunable frequency) > qubit_spectroscopyUser #2
2026-10-14 15:58:19dr1_set_v10Bring-up (tunable frequency) > resonator_spectroscopyUser #1
AI framework
Summarize how qubit_frequency on QB1 has changed since bring-up
Parameter version history in Quantum EDGE, and a prompt to an agent connected through the AI framework.

Used where quantum hardware is built and taught

QuantrolOx is a University of Oxford spinout founded in 2021, with customers and partners in 13 countries and 5 offices across the UK, Finland, the Netherlands, India, and the US.

World map highlighting the 13 countries where Quantum EDGE has customers and partners, across North America, Europe, the Middle East, India, Asia, and Australia, and the 5 QuantrolOx offices
Customers and partners QuantrolOx offices
Engineers from Qblox, QuantrolOx, and Rigetti beside a Novera QPU system and a Qblox control stack

The QuantrolOx software brought up the qubits in a matter of minutes.

RigettiElla Lachman, Senior Quantum Materials R&D Engineer
<1 dayfrom a new Novera QPU to two-qubit gates, managed and run fully remotely using the Quantum EDGE platform.
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Access to real quantum hardware, cryogenic systems, and RF infrastructure ensures that our students and researchers are not merely technology users but system builders.

11trainers taken to real system operation in one summer, at an institution with no prior quantum hardware lab.
Prof. Iven Jose, Director, MIT MAHE Bengaluru

We were able to perform significantly more measurements in just a few days than was previously possible.

64qubits tuned up from scratch on a Tenor QPU, all in one central record.
Halima Giovanna Ahmad, Assistant Professor, University of Napoli Federico II

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