China's TuringQ Joins Race for Mainland IPO as Quantum Computing Sector Heats Up

A Third Contender Emerges

TuringQ has formally entered the counseling phase for an A-share initial public offering after signing an agreement with Guotai Haitong Securities on July 24, according to the company. The Beijing-based quantum computing firm joins a small but growing queue of Chinese quantum technology companies seeking to tap mainland capital markets, a move that underscores both the maturation of the sector and Beijing's strategic emphasis on quantum supremacy.

The counseling agreement marks the procedural first step in China's A-share IPO process, a mandatory phase during which securities firms guide prospective issuers through regulatory compliance, financial auditing, and disclosure preparation. For TuringQ, this milestone arrives at a moment when the company reports its 2025 order book has already surpassed RMB 100 million, a figure that signals commercial traction in a field still dominated by research labs and government contracts.

At DailyTechWire, we've tracked the quantum computing landscape across Asia for the past three years, and the pattern is unmistakable: what began as university spin-offs and national research projects is evolving into a competitive industry with revenue models, customer pipelines, and now, public market ambitions.

The Quantum IPO Pipeline Takes Shape

TuringQ is the third quantum computing company in China to pursue an A-share listing. Origin Quantum, based in Hefei and widely regarded as the sector's early mover, initiated its IPO process in late 2023. QBoson, a Shenzhen-based rival focused on photonic quantum systems, followed in mid-2024. Neither has yet completed its listing, a timeline that reflects both the complexity of quantum technology disclosure and the cautious scrutiny Chinese regulators apply to emerging tech sectors.

The counseling phase typically lasts six to twelve months, though quantum computing firms may face longer timelines given the technical depth required in prospectus materials and the nascent state of revenue recognition standards for quantum-as-a-service models. TuringQ has not disclosed a target listing date or exchange preference within the A-share ecosystem, which includes the Shanghai Stock Exchange's STAR Market and the Shenzhen Stock Exchange's ChiNext board, both of which cater to high-tech issuers.

What distinguishes TuringQ's positioning is its reported order momentum. The RMB 100 million threshold, while modest by software or semiconductor standards, represents meaningful commercial adoption in a sector where many players still operate primarily on grant funding and pilot contracts. The company has not broken down the composition of these orders, whether they stem from cloud-based quantum computing access, hardware sales, algorithm development services, or enterprise consulting, all of which represent distinct business models with different margin profiles and scalability trajectories.

Revenue Models and Market Readiness

Quantum computing remains in a transitional phase globally. Most commercial activity today involves hybrid classical-quantum workflows, where enterprises experiment with optimization, materials simulation, or cryptographic applications on small-qubit systems. Pure-play quantum advantage, the point at which quantum machines outperform classical supercomputers on economically relevant problems, remains elusive for most use cases.

TuringQ's ability to generate RMB 100 million in orders suggests it has carved out a niche, likely in sectors such as pharmaceuticals, logistics, finance, or materials science, where even incremental speedups in simulation or optimization can justify pilot budgets. The company has historically emphasized software and algorithm development over hardware manufacturing, a strategic choice that offers higher margins and faster iteration cycles but also exposes it to competition from global cloud providers such as IBM Quantum, Amazon Braket, and Alibaba Cloud's quantum platform.

The A-share IPO route offers TuringQ access to domestic institutional capital and retail investors increasingly attuned to strategic technology themes. It also aligns the company with China's broader policy push to reduce dependence on foreign quantum infrastructure, particularly as export controls and technology transfer restrictions tighten between Beijing and Washington.

Investor Appetite and Regulatory Calculus

Chinese regulators have shown cautious enthusiasm for quantum technology IPOs. The STAR Market, launched in 2019 to support "hard tech" sectors, has welcomed semiconductor, robotics, and AI companies, but quantum computing presents unique disclosure challenges. Investors must evaluate not just current revenue but the credibility of roadmaps toward fault-tolerant quantum systems, the durability of intellectual property in a fast-moving research field, and the risk that breakthroughs by state-backed labs could commoditize commercial offerings.

For TuringQ, the counseling phase will likely involve extensive technical appendices, third-party validation of qubit performance claims, and scenario modeling around revenue growth tied to qubit count scaling and error correction milestones. The company will also need to articulate how it differentiates from Origin Quantum, which has invested heavily in superconducting qubit hardware, and QBoson, which has bet on photonic architectures.

The fact that three quantum computing firms are now in the IPO pipeline suggests that Chinese venture capital and strategic investors see a window opening. Quantum technology has moved from pure research curiosity to a sector where early movers can establish platform effects, secure enterprise contracts, and build talent moats before the technology fully matures.

What Comes Next

TuringQ's IPO journey will test whether public market investors are ready to price quantum computing companies on forward-looking potential rather than trailing financials. The RMB 100 million order figure is a data point, not a valuation anchor; the real questions revolve around gross margins, customer concentration, churn rates, and the timeline to profitability.

If TuringQ, Origin Quantum, and QBoson all succeed in listing, China will have established a publicly traded quantum computing sector ahead of most Western markets, where quantum firms remain private or have pursued SPAC mergers with mixed results. That outcome would reflect not just technical progress but a regulatory and investor ecosystem willing to underwrite long-cycle, high-uncertainty technology bets.

For now, the counseling phase begins. TuringQ has six to twelve months to prepare its case, refine its narrative, and convince regulators and investors that quantum computing is ready to be priced, traded, and held in public portfolios. The industry will be watching closely.