Quantum Technology is our passion. At deveritec, we support our customers in realising scientific ideas, complex formulas and physical operating principles in electronic products. In doing so, we reduce technical risks by solving problems and realising them in the product. Our strength lies in our multi-layered technological expertise and in-depth understanding of physics. In addition, we can effectively implement physical principles in electronics and, thanks to the rapid development of functional samples, quickly deliver initial successes to our customers even in the early stages of co-operation.

We offer in-house production of components and support our customers right through to market launch. If you are looking for a partner to realise your visions, you have come to the right place. Together we are shaping the future and developing ground-breaking technologies. Our customised technology solutions include individual devices, functional test measuring equipment and accompanying series production. Thanks to our expertise, we develop customised products at the highest technological level together with our customers and partners. Experience how we turn your ideas into reality.

From concept development and laboratory prototypes to production-ready instrumentation, we help customers transform breakthrough quantum sensing technologies into reliable, scalable products.

• Portable, unshielded operation with battery-powered systems for field deployment.
• Ultra-low-noise power architectures to maximize measurement sensitivity and system stability.
• Multi-channel software-defined microwave generation with integrated high-power RF amplification.
• High-performance FPGA signal processing, including RF baseband generation, digital lock-in detection, and advanced filtering.
• Intelligent embedded control with resonance tracking, automated control loops, system monitoring, and host communication.
• Ultra-low-noise balanced photodetectors for high-sensitivity optical signal acquisition.
• Precision laser driver electronics for stable and low-noise optical excitation.
• Software-configurable TEC controllers for accurate temperature stabilization.
• Complete mechanical and thermal design, including custom enclosures and optimized heat management for reliable long-term operation.

As a multidisciplinary branch of physics, photonics deals with the generation, manipulation, and application of light and its interactions. Our team of experts specializes in the processing of optical signals, enabling precise control over how information is carried, transformed, and measured using light.

We generate, detect, and manipulate light to enable advanced signal processing workflows. This includes switching, amplifying, filtering, and modulating optical signals for high-precision transmission and computation—forming the foundation for emerging quantum and photonic computing architectures, including HPC-integrated photonics.

In addition to optical systems, we design and deliver ultra-low-noise detectors, precision drivers, and high-frequency electronics tailored for demanding research and industrial environments. Our hardware solutions support applications in quantum optics, photonic sensing, and advanced measurement systems, where performance and stability are critical.

We also provide custom hardware and high-frequency electronic design for research and development projects, ensuring seamless integration between optical systems and electronic control infrastructure.

Our goal is to translate cutting-edge photonics and quantum technologies into robust, manufacturable solutions that meet the specific requirements of our customers, enabling the next generation of scientific and industrial innovation.