Quantum

Launch quantum demonstrators and market-ready systems faster with our expertise in high-tech evolving markets! We know how to design and develop hardware and software for complex controls of quantum systems and integrate them.

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Our solutions for quantum systems

Introduce your quantum system innovation faster

Sensing devices employing quantum technologies are more precise, accurate and sensitive than their conventional counterparts. For example, quantum gyroscopes and scanning microscopes based on nanosensing with nitrogen-vacancy (NV) centres in the diamond are at the forefront of scientific and industrial research today.

On the one hand, quantum sensors enable high-precision navigation in the aerospace, defence, and autonomous vehicle markets; on the other, they facilitate studies of particles and molecules at the atomic level.

With us, you can develop your quantum device for sensing, computing or communication and bring it to market sooner and with less risk. All while you focus on the core of your innovation.

Focus on your quantum innovation

We take full responsibility for all the system components and integration work we perform.

Deliver your project on-time and budget

Our certified, proven and rigorous processes ensure the project will be delivered on time and within budget.

Mitigate project risk

By working with experienced professionals with over 400+ successfully delivered projects.

Do you have a question?

How can we help you bring your quantum device to the market?

Contact our experts

Our solutions for quantum systems

How can we help you?

Do you need industrial quality and dependability hardware and firmware for your quantum computing, quantum communication or quantum sensing system device? One of the methods is to use, for example, NV centres to leverage qubits in quantum information processing and nanosensing, such as nanoscale thermometry, magnetometry, NMR, electric field and pressure sensing or super-resolution microscopy.

Our experts can help you reach the latter with a spectrum of technologies and development efforts, from full-stack development to subsystem delivery, for example, with FPGA development and integration that enables real-time nanosecond signal sampling and processing.

We can deliver industry-standard quantum control hardware that serialises, processes, converts and transfers the data to an imaging and application controller.

Developing state-of-the-art controllers

Scope definition, architecture, and project plan
Software and firmware development
Hardware specification, procurement, development, assembly, delivery, and testing
Implementation of cutting-edge communication protocols
Fast, hands-on prototyping
Subsystems integration
Specialised systems development
Full process for CE marking

Extensive knowledge of controlling NV centres

System engineering services & methodology
Control instrumentation, control design and implementation
Platforms and tools for control system development
Development of the device's HW, digital electronic control unit, firmware, low-level API software
Industry-standard component and communication solutions, (which provides state-of-the-art computer-FPGA communication)
Optional implementation of high-performance embedded systems (RF SoC)

Software engineering and design

Machine control software and firmware
Monitoring and data acquisition software
Implementation of machine learning and AI-assisted functionality
Planning for future upgrade-compatibility and evolution
Flexibility in and support of myriad measurement protocols
Software packaging and distribution

Specialised systems technologies

Experience with timing systems and sub-nanosecond network synchronisation of distributed devices
VHDL, digital design, FPGA and RFSoC
Multichannel high-speed analogue and digital interfaces
Multichannel RF generation with controllable phase, amplitude and frequency
Digital signal processing (digital filtering, lock-in detection)
Full-stack programming competences from to frontend (GUI) to backend (C++, Python, LabView, C)

Hardware and software installation and commissioning services

Custom development custom of electronics (PCB, schematics, prototypes …)
Software configuration and parametrisation
Test automation and subsystems validation
Demonstrator performance testing
Commissioning and technical support

Flexibility and Support

Flexibility to tailor fit solutions to exact customer needs
Flexible (configurable) state-of-the-art design
The architecture supporting future upgrades and features
User support and on-site support
User training

Would you like to learn more?

One of our priorities is partnering with industry and research forerunners to cooperate on grant-based and research projects. Learn more about our product, Cosypulse.

What is Cosypulse?

Key benefits

Why work with us?

In a fast-growing and evolving quantum technology sector, we will ensure your product or idea reaches your customers on time!

Control experts

Work with highly skilled experts in quantum-domain supporting technologies.

Flexibility

We adapt to you and your project’s needs, from help choosing the right technology to selecting the right team set-up.

Connecting domains

We help bridge the gap between experimental research and industrial applications of quantum devices.

Lower business risk

We will take full responsibility for the system sections that we deliver.

Partner stories

We collaborate with industry leaders

"We asked Cosylab to develop and manufacture the quantum control system for Qnami ProteusQ in only 6 months. Cosylab worked at full speed and delivered the control system in time. We have chosen them to be the supplier of the MicrowaveQ in the future."

Dr Mathieu Munsch

CEO of Qnami

"While working with Cosylab, we were looking forward to getting our system ready on time. The tight deadline did not prevent Cosylab from finding optimal solutions and delivering the MicrowaveQ successfully. Qnami is now planning to ramp up the annual production of its Qnami ProteusQ units."

Dr Alexander Stark

CIO of Qnami

"For GIRAFFE, Cosylab is developing the hardware and firmware of the quantum gyroscope. The hardware part controls the NV centre in the diamond. We support two frequency outputs ranging from DC to 3.5 GHz, controlling the laser and data acquisition for the feedback signal. The latter is pre-processed and filtered before being passed to the software."

Jernej Kokalj

PM of GIRAFFE at Cosylab

Contact our experts

Our experienced engineers are here to help! Share your project requirements with us and explore how our solutions can make you succeed by concentrating on your core competencies while we take full responsibility for our contribution.

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We collaborate with industry leaders

Dr Mathieu Munsch

Dr Alexander Stark

Jernej Kokalj

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