Shanghai Startup Unveils Data Center-Ready Quantum Computer at WAIC 2026
Insider Brief
- Zhongqi Wuliang unveiled a server-form-factor neutral atom quantum computer at WAIC 2026, aiming to make quantum systems deployable in standard data center racks rather than specialized laboratory environments.
- The Shanghai startup, incubated from the Chinese Academy of Sciences‘ Shanghai Institute of Optics and Fine Mechanics, says its neutral atom architecture offers a scalable path toward quantum error correction and fault-tolerant quantum computing.
- The debut highlights Shanghai’s growing quantum technology ecosystem and reflects broader industry efforts to integrate quantum computing into enterprise and cloud computing infrastructure.
- Photo by Zhou Xian on Unsplash
A Shanghai quantum computing startup has unveiled a server-sized quantum computer designed for standard data center racks, marking an effort to move quantum hardware beyond specialized laboratories and toward commercial computing infrastructure, China’s tech media is reporting.
The debut by Zhongqi Wuliang at the 2026 World Artificial Intelligence Conference (WAIC) represents how companies are trying to make quantum computers easier to deploy alongside conventional computing systems. WAIC is China’s flagship annual artificial intelligence conference, held in Shanghai, where government officials, researchers and technology companies showcase advances in AI and related technologies, including quantum computing, semiconductors and robotics.
According to Pandaily, the company’s second-generation machine is the first quantum computer concept designed in a standard server form factor for direct installation in existing data center racks.
If the approach proves practical, it could reduce one of the industry’s persistent commercialization challenges by allowing enterprises and cloud providers to integrate quantum processors into familiar computing environments rather than constructing dedicated laboratory facilities.
Founded in 2025, Zhongqi Wuliang was incubated from the Chinese Academy of Sciences‘ Shanghai Institute of Optics and Fine Mechanics (SIOM). According to Pandaily, the company builds quantum computers using neutral atom technology and draws on more than 60 years of SIOM research in optics and precision measurement.
The company’s debut model is referred to as the “Qinghe-1”.
Bringing Quantum Computing Into the Data Center
Most quantum computers today operate in highly specialized environments. Superconducting systems typically require refrigerators that cool processors to temperatures near absolute zero, while other architectures rely on large laser systems, vibration isolation and laboratory-scale equipment.
According to Pandaily, Zhongqi Wuliang’s latest system packages its neutral atom quantum processor into hardware that fits within a conventional server rack. The design is intended to allow quantum processors to be deployed as modular computing units inside existing data centers instead of occupying entire research laboratories.
The effort reflects a broader trend across the quantum industry. As developers continue improving processor performance, many are also focusing on engineering systems that are easier to install, maintain and scale for commercial users.
Pandaily reported that the company aims to reach computational scales capable of supporting meaningful commercial workloads within five years, although it has not disclosed specific technical milestones or performance targets.
Neutral Atoms Offer a Different Scaling Strategy
Zhongqi Wuliang is one of a growing number of companies pursuing neutral atom quantum computing, alongside better-established approaches such as superconducting circuits and trapped ions.
Neutral atom systems store quantum information in individual atoms held in place by laser light. Researchers view the approach as attractive because large arrays of identical atoms can potentially be scaled more easily than some competing hardware platforms.
According to Pandaily, the company also sees neutral atoms as offering advantages for quantum error correction. Because every atom is naturally identical, the architecture avoids manufacturing variations that can affect solid-state qubits.
Error correction remains one of the biggest technical obstacles facing the quantum industry. Quantum information is extremely fragile and must be protected from environmental disturbances before large-scale, reliable quantum computations become practical.
Like many hardware developers, Zhongqi Wuliang is pursuing both near-term applications that may demonstrate quantum advantage for specialized workloads and the longer-term goal of building fault-tolerant universal quantum computers.
Pandaily reported that the company’s first-generation system achieved internationally competitive performance shortly after the company’s founding, although detailed benchmark data were not disclosed.
The unveiling also shows the growing position of Shanghai as one of China’s leading quantum technology centers.
According to Pandaily, the city has developed a cluster of companies spanning quantum hardware, software and applications, supported by government initiatives and private investment.
Also of note: WAIC is placing quantum computing alongside artificial intelligence at one of China’s largest technology conferences, which reflects increasing interest in how the two fields may complement one another. While quantum computers are not expected to replace conventional AI infrastructure, researchers are investigating whether quantum processors could eventually accelerate certain optimization, simulation and machine learning tasks that remain computationally demanding for classical computers.