Veku Quantum: Deeply Engaged in the Underlying Architecture, Making Quantum Computing Power Readily Accessible

From QCCD quantum chips to standardized platforms, Vekeliangguang hopes to become an infrastructure provider for the era of fault-tolerant quantum computing.

Vekeliangguang (Beijing) Technology Co., Ltd. recently completed its angel round of financing, led by Xiaomiao Langcheng. The Angel + round is currently in the process of closing. The project founder, Ou Lingfeng, is a Ph.D. in physics from Tsinghua University, studying under an internationally renowned expert in the field of ion traps. The funds from this financing will mainly focus on the construction of the first dedicated IDM production line for glass QCCD in China and the research and development of core technologies, with a focus on promoting the construction of a femtosecond laser micro-nano processing platform and the industrialization of optoelectronic integrated products.

A new round of Pre-A financing has now been launched, with Duowei Capital serving as the exclusive financing advisor for this round.

Founded in 2026, Vekeliangguang focuses on the ion trap QCCD technology route and positions itself as a "quantum computing platform manufacturer". It aims to pioneer and break through the integrated manufacturing capabilities (IDM) of surface trap chips based on glass substrates, which is the core of the QCCD route, and build an integrated "design - manufacturing - packaging - testing" capability. At the same time, it constructs a hardware - software integrated solution around the directions of measurement and control software, quantum instruction sets, and platform interfaces.

The quantum computing industry has entered a new stage of "winning by quality" in pursuit of practical goals

In the past decade, the industry's focus has been more on "quantity breakthroughs" - continuously refreshing the number of qubits and coherence time. However, as global quantum technology gradually moves from principle verification to engineering, the logic of industry competition is also changing. Which path can truly achieve a "quality breakthrough" and high fidelity for high - value scientific applications?

The core idea of ion trap QCCD (Quantum Charge Coupled Device) is to achieve "partitioned computing" through modular design and ion dynamic transport. Different from traditional ion traps, where the fidelity decreases as the scale increases, QCCD can maintain stable quantum gate performance while increasing the system scale, and the error - correction efficiency also increases exponentially. In terms of fidelity (accuracy), ion traps have the highest fidelity, an order of magnitude higher than that of neutral atoms. When constructing logical qubits, ion traps only need 13 physical qubits to construct a logical qubit with an error rate of 10^(-8), while other platforms require 1000 physical qubits or more. [1] It has the advantages of high fidelity, long coherence time, full connectivity, and high error - correction efficiency, and is one of the globally recognized directions with the greatest potential for scale - up.

Internationally, the most "expensive" quantum companies in both the primary and secondary markets follow the ion trap QCCD path

Quantinuum, an American ion trap QCCD company, released a 98 - qubit Helios ion trap quantum computer in November 2025, taking an important step in the scale - up of ion trap QCCD. With a record - breaking single - qubit fidelity of 99.9975% and a two - qubit gate fidelity of 99.921%, it became the most accurate commercial platform at that time.

Quantinuum officially submitted an S - 1 filing to the SEC on May 8, 2026. Previously, the company completed a $600 million (later expanded to $800 million) Series B financing in September 2025, with a valuation of $10 billion, making it the quantum computing company with the highest valuation in the global primary market.

In June 2025, IoNQ (NYSE: IONQ, the quantum computing company with the highest market value globally) acquired Oxford Ionics for $1.1 billion and fully switched to the QCCD technology path. In January 2026, it acquired chip manufacturer SkyWater Technology for $1.8 billion, becoming a fully vertically integrated quantum platform and accelerating the R & D speed of quantum chips. The company plans to achieve a leap to 10,000 qubits in 2027.

Relying on a profound engineering R & D foundation, the company has established a full - chain capability from underlying physical experiments, chip design and manufacturing to system integration:

• Independent IDM capability: Build an integrated closed - loop of "design - manufacturing - packaging - testing" and pioneer the integrated manufacturing of surface trap chips based on glass substrates.

• Core technology breakthrough: Achieved stable confinement of 531 ions in a three - dimensional room - temperature environment and completed the engineering tape - out of QCCD chips.

• Quartz - based Unibody structure: Adopt an innovative solution to achieve ultra - low deformation and ultra - low electromagnetic absorption, significantly improving the process iteration speed.

Our vision: Make quantum computing power accessible

Vekeliangguang believes that the core barrier of future quantum computing will lie in the underlying infrastructure. As the company completes its angel round of financing and launches the Pre - A round of financing, we will accelerate the construction of the IDM production line and the industrialization of optoelectronic integrated products.

A nine - story tower starts with the piling of earth. If fault - tolerant quantum computing is the cloud - based edifice leading to future computing power, Vekeliangguang is willing to be the most stable and core cornerstone. We look forward to working with the world's top scientific research forces and industrial partners to cross the engineering gap of quantum computing and jointly witness the arrival of the computing power revolution!

Views from investors:

Yang Yuanjie, Investment Director of Xiaomiao Langcheng

Currently, quantum computing is crossing the gap from "principle verification" to "engineering and practical application". The industry competition has shifted from simply competing for the number of qubits to a systematic competition in high fidelity, error - correction efficiency, and underlying architecture. Ion trap QCCD is recognized by the global industry as one of the most promising technology routes for scale - up due to its high fidelity, full connectivity, and high error - correction efficiency.

In China, teams focusing on QCCD and starting from the underlying chips are extremely rare. Dr. Ou Lingfeng, the founder, studied under an international top - notch ion trap expert. He not only has a profound foundation in underlying physics but also has a rare business sense.

We look forward to Vekeliangguang continuously promoting the industrialization process of the QCCD route in China and making high - fidelity quantum computing power truly accessible.