Company Overview

Orange QS focuses on one of the most critical and challenging aspects of the quantum computing supply chain: the testing, characterization, and validation of quantum processors. As quantum computing moves from laboratory research toward commercial and industrial deployment, the ability to reliably measure the performance of quantum chips has become a significant bottleneck. Orange QS positions itself to address this challenge by providing specialized systems and services that allow quantum processors to be benchmarked quickly, accurately, and at scale.

The company's mission centers on accelerating the development of quantum computers by making the process of testing quantum hardware faster and more efficient. Rather than building complete quantum computers for end users, Orange QS concentrates on the tooling and infrastructure that hardware developers, foundries, and research organizations need to evaluate their qubits and quantum devices.

The Problem Orange QS Addresses

Developing a working quantum processor involves fabricating chips containing qubits and then characterizing those qubits to understand how well they perform. This characterization process is complex and time-consuming. It requires cryogenic cooling to bring chips down to temperatures near absolute zero, sophisticated control electronics to send and receive microwave signals, and advanced software to interpret the results.

Traditionally, this testing process has been slow, often requiring highly skilled physicists to manually operate equipment and interpret data. As chip manufacturers scale up production and iterate on new designs, the demand for rapid, repeatable, and automated testing grows dramatically. A slow feedback loop between fabrication and testing directly slows down the entire pace of quantum computer development. Orange QS aims to break this bottleneck by turning what has been an artisanal, manual process into an industrial, automated one.

Products and Services

Quantum Testing Systems

The core offering of Orange QS revolves around integrated systems designed to test quantum processors. These systems combine the necessary cryogenic hardware, control electronics, and measurement software into a cohesive platform. The goal is to provide hardware developers with a turnkey or near-turnkey environment where quantum chips can be inserted, cooled, and measured with a high degree of automation.

These testing platforms are engineered to reduce the time it takes to go from a fabricated chip to meaningful performance data. By automating routines that would otherwise require constant human oversight, the systems free up researchers and engineers to focus on chip design and improvement rather than the mechanics of measurement.

Full-Stack Integration

Orange QS emphasizes a full-stack approach to quantum testing. This means the company works across multiple layers of the quantum technology stack, integrating cryogenics, signal generation and readout electronics, and control software. By handling the integration of these diverse components, Orange QS relieves its customers of the substantial engineering effort required to make all of these subsystems work together reliably.

This full-stack integration is particularly valuable because the quantum hardware ecosystem is highly fragmented, with many different vendors supplying individual components such as dilution refrigerators, arbitrary waveform generators, amplifiers, and wiring. Bringing these together into a coherent, functioning test setup is a specialized skill, and Orange QS provides this as part of its value proposition.

Automated Characterization Software

A key element of what Orange QS offers is software that automates the characterization of qubits. This software runs the measurement sequences needed to extract important qubit parameters such as coherence times, gate fidelities, and frequency data. Automation of these routines allows for consistent, repeatable measurements and enables high-throughput testing of many devices.

The software layer is central to the company's proposition, as it transforms raw hardware capability into actionable performance metrics. This is what allows chip developers to quickly understand whether a new fabrication process or design change has improved or degraded qubit quality.

Quantum Testing as a Service

In addition to supplying systems, Orange QS has explored and offered models where testing is provided as a service. Under such an arrangement, customers who develop quantum chips can send their devices to be characterized without needing to invest in and maintain their own complete testing infrastructure. This service-based approach lowers the barrier to entry for smaller companies, startups, and research groups that want rigorous benchmarking of their quantum hardware but lack the resources to build a full cryogenic test laboratory.

This model reflects a broader trend in the quantum industry toward shared infrastructure and specialized service providers, mirroring how the classical semiconductor industry developed foundries and testing houses.

Target Customers and Market

Orange QS serves a range of customers within the quantum ecosystem. These include quantum computing hardware developers, chip foundries producing quantum devices, universities and research institutions conducting quantum experiments, and organizations working on scaling up qubit production. The common thread among these customers is the need to measure and validate the performance of quantum processors efficiently.

As the quantum industry matures and moves toward larger qubit counts and higher volumes of chip production, the demand for scalable testing solutions is expected to grow. Orange QS aligns itself with this trajectory, aiming to be an enabling partner for the many organizations building quantum hardware.

Position in the Quantum Ecosystem

Orange QS is part of the vibrant quantum cluster in Delft and the broader Netherlands, which benefits from strong academic research, government support, and a growing number of quantum startups. By focusing specifically on testing and characterization rather than competing directly with those building complete quantum computers, Orange QS occupies a complementary and enabling niche. This positioning allows the company to potentially serve a wide array of hardware developers regardless of the specific qubit technology they pursue, whether superconducting qubits, spin qubits, or other approaches.

The company's emphasis on infrastructure and tooling reflects a maturing industry in which specialized suppliers and service providers become increasingly important. Just as the classical computing and semiconductor industries rely on a rich ecosystem of equipment makers and testing specialists, the quantum industry is developing similar supporting layers, and Orange QS aims to be a significant contributor to that layer.

Summary

Orange Quantum Systems is a Dutch company dedicated to solving the challenge of testing and characterizing quantum processors at scale. Through integrated testing systems, full-stack hardware and software integration, automated characterization software, and testing services, the company works to accelerate the pace of quantum computer development. By addressing the bottleneck of quantum chip validation, Orange QS plays an enabling role in the broader effort to bring practical quantum computing closer to reality, rooted in the deep quantum expertise of the Delft region and the Netherlands.