Quantum Chip Companies: The Race to Build the Future

The Dawn of Commercial Quantum Computing

For a considerable period, quantum computing has been predicted as an imminent breakthrough. Now, a growing number of organizations are actively working to transform this potential into a tangible commercial offering. The core objective is to address intricate challenges that lie beyond the capabilities of traditional computers.

The scope of these challenges is remarkably diverse. It encompasses fields like medicine, cybersecurity, materials science, and chemistry. However, initial hurdles are decidedly pragmatic, centering on the creation of chips capable of consistently supporting a substantial quantity of qubits – the foundational element of information within quantum computing.

The Competitive Landscape

As is typical in a fiercely competitive technological advancement with an undefined timeline, major technology corporations, including Google and Microsoft, are leading the charge. Nevertheless, smaller companies are poised to contribute significantly, particularly in resolving limitations related to connectivity and error correction, both of which are essential for expanding quantum systems.

Several startups and smaller tech firms are directly addressing the complexities of chip development and merit recognition alongside the more publicized initiatives of larger entities. While projects from established tech companies often highlight the highest qubit numbers, innovative design philosophies and alternative methodologies could deliver equally compelling outcomes.

Key Companies to Watch

Below is a list of companies spearheading prominent quantum chip projects that are particularly noteworthy.

• Efforts are underway to develop more stable and scalable qubit technologies.
• Focus is being placed on improving the coherence times of qubits.
• Research is dedicated to enhancing the fidelity of quantum operations.

These companies represent a diverse range of approaches to quantum chip design and fabrication, indicating a vibrant and rapidly evolving field. Continued innovation in this area is crucial for realizing the full potential of quantum computing.

The race to build practical quantum computers is accelerating, and these companies are at the forefront of this transformative technology.

Akhetonics

Akhetonics represents a novel German startup operating within the realm of photonics. The company is developing a fully optical, universally applicable chip, a strategy that diverges from the prevailing industry trend of concentrating on more specialized applications.

This ambitious vision, coupled with a foundational, first-principles engineering methodology, was instrumental in securing €6 million in seed funding for Akhetonics. The funding round was spearheaded by Matterwave Ventures in November 2024.

Core Technology and Approach

The development of an all-optical chip signifies a significant undertaking. Most current photonic chips rely on a combination of optical and electronic components.

Akhetonics’ commitment to a purely optical system aims to overcome limitations inherent in traditional hybrid designs. This approach potentially unlocks faster processing speeds and reduced energy consumption.

Funding and Future Prospects

The successful completion of the €6 million seed round validates the potential of Akhetonics’ technology. It provides the necessary resources to advance research and development efforts.

Matterwave Ventures’ leadership in this funding round underscores the growing interest in innovative photonic solutions. The investment signals confidence in Akhetonics’ ability to deliver on its ambitious goals.

Key Takeaway: Akhetonics is positioned as a disruptive force in the photonics industry, challenging conventional approaches with its all-optical chip design.

Alice & Bob

Alice & Bob is a French-based startup company that secured $104 million in Series B funding during January 2025. This investment is intended to further their efforts in the development of a fault tolerant quantum computer.

The company distinguishes itself from competitors concentrating solely on chip production by pursuing the creation of a complete quantum computing ecosystem.

Core Technology: Cat Qubits

Central to Alice & Bob’s approach is the utilization of cat qubits. These are a specific type of superconducting qubit engineered to minimize errors and streamline the process of error correction.

By focusing on this qubit technology, Alice & Bob aims to overcome significant hurdles in quantum computing stability and reliability.

The development of a full system, rather than just components, positions Alice & Bob as a key player in the advancement of practical quantum computation.

Amazon

In early 2025, Amazon formally entered the competition to develop quantum chips. This occurred with the unveiling of Ocelot by AWS, a project created in collaboration with the California Institute of Technology.

Although Ocelot represents Amazon’s initial foray into quantum chip design, AWS had already established a presence in the quantum computing landscape.

Braket and Prior Partnerships

Previously, AWS launched Braket, a comprehensive quantum computing service. This service was initiated through partnerships with leading companies in the field, including D-Wave, IonQ, and Rigetti, among others.

These collaborations allowed AWS to offer access to diverse quantum computing technologies before the development of its own dedicated chip.

The introduction of Ocelot signifies a strategic shift for Amazon, moving beyond service provision to direct hardware innovation in the quantum realm.

Atom Computing

Atom Computing is a United States-based company focused on the development of quantum computing technology.

Their approach utilizes arrays of neutral atoms that are held in place using optical traps.

Collaboration with Microsoft

During the Microsoft Ignite 2024 conference, a collaborative initiative between Microsoft and Atom Computing was revealed.

The companies intend to introduce a commercially available quantum computer to the market in 2025.

Key Features of Atom Computing's Technology

• Neutral Atom Qubits: The system leverages the properties of neutral atoms as qubits.
• Optical Trapping: Atoms are precisely controlled and positioned using focused laser beams.
• Scalability: The architecture is designed to allow for the creation of large-scale quantum processors.

This partnership signifies a significant step towards the broader accessibility of quantum computing resources.

The planned 2025 launch aims to provide users with a powerful tool for tackling complex computational challenges.

D-Wave

D-Wave represents a pioneering force in the field of quantum computing. Their most recent and advanced system, the Advantage2 prototype, leverages a technique known as quantum annealing.

This process utilizes principles of quantum physics to identify optimal solutions. Specifically, it determines the most energetically stable configurations of components, effectively solving complex optimization problems.

Company History and Status

Established in 1999, D-Wave originated as a spin-off venture from research conducted at the University of British Columbia, located in Canada.

Currently, D-Wave operates as a publicly traded company. Its shares are listed on the New York Stock Exchange (NYSE), signifying its growth and recognition within the industry.

Quantum Annealing Explained

Quantum annealing is a specialized approach to quantum computation. It differs from universal quantum computing models.

Instead, it focuses on finding the global minimum of a given objective function over a set of candidate solutions. This is achieved by exploiting quantum fluctuations to tunnel through energy barriers.

The Advantage2 system is designed to excel at problems that can be formulated in this manner, offering potential advantages over classical algorithms for certain types of calculations.

EeroQ

Based in Illinois, EeroQ represents a novel approach to quantum computing, centering its chip designs around the element helium. The company successfully secured $7.25 million in seed funding during 2022.

Furthermore, EeroQ has benefited from public sector backing at the regional level. In September 2024, a $1.1 million investment was pledged to facilitate the expansion of the company’s headquarters.

This expansion will be located within Chicago’s Humboldt Park neighborhood. The commitment underscores EeroQ’s growth trajectory and its dedication to advancing quantum technology.

Company Overview

EeroQ is distinguished by its focus on utilizing helium in the fabrication of its quantum processors. This differentiates it from many competitors who rely on superconducting or trapped-ion technologies.

The initial seed funding round provides a strong foundation for research and development. It allows EeroQ to pursue its unique helium-based quantum computing architecture.

Expansion Plans

The $1.1 million investment signifies a substantial step forward for EeroQ. It will directly contribute to the enlargement of their facilities in Humboldt Park.

This expansion is expected to create new opportunities and bolster the local economy. It also demonstrates confidence in EeroQ’s long-term viability and potential.

The company’s strategic location in Chicago positions it within a growing hub for technology innovation. This access to talent and resources is crucial for continued success.

EeroQ’s commitment to helium-based quantum computing represents a significant investment in the future of this rapidly evolving field.

Fujitsu and RIKEN: Advances in Quantum Computing

A significant milestone in quantum technology was revealed in April 2025. Fujitsu, a leading technology company, and RIKEN, a prominent Japanese research organization, jointly announced the creation of a 256-qubit superconducting quantum computer.

Development and Collaboration

This new quantum computer was developed at the RIKEN RQC-FUJITSU Collaboration Center. It represents a substantial increase in processing power compared to its predecessor.

Previously, in 2023, the collaboration had successfully produced a 64-qubit version. The leap to 256 qubits demonstrates rapid progress in the field.

Key Specifications

The core technology behind this advancement is superconducting qubit technology. This allows for the creation of stable and scalable quantum systems.

The increased qubit count enables more complex calculations and simulations. This opens doors to new possibilities in various scientific and industrial applications.

Further research and development are expected to continue at the RIKEN RQC-FUJITSU Collaboration Center. The goal is to push the boundaries of quantum computing even further.

Google

During December of 2024, Google revealed Willow, representing its most recent advancement in quantum computing chip technology.

The announcement extended beyond simply stating Willow’s superiority to the previous Sycamore chip. Google also characterized it as “a significant leap forward in quantum error correction.”

A statement from Hartmut Neven, founder of Google Quantum AI, garnered substantial media attention. Neven posited that Willow’s capabilities provide support for “the concept of quantum computation taking place across multiple parallel universes.”

This assertion suggests a novel perspective on how quantum processes function.

Quantum error correction is a crucial aspect of building practical quantum computers.

Without effective error correction, the delicate quantum states used for computation are easily disrupted, leading to inaccurate results.

Key Highlights of Willow

• Willow represents a new generation of Google’s quantum processors.
• Its performance indicates progress in mitigating the challenges of quantum decoherence.
• The chip’s capabilities are being interpreted as potential evidence supporting the many-worlds interpretation of quantum mechanics.

The implications of Willow’s development are far-reaching.

Further research and refinement of this technology could unlock solutions to complex problems currently intractable for classical computers.

Google continues to be a leading innovator in the field of quantum computing.

The company’s ongoing investments and advancements are driving the field forward.

The concept of parallel universes, as suggested by Neven, remains a topic of intense debate within the scientific community.

However, Willow’s performance provides a compelling data point for those exploring this theoretical framework.

IBM

IBM is actively engaged in the field of quantum computing. Their initiatives encompass the development of advanced hardware, notably the Condor chip.

Condor represents a significant achievement, being a superconducting chip designed to facilitate the scaling of quantum systems up to 1,121 qubits.

Key Processors

Alongside Condor, IBM has also created Heron. This 156-qubit processor prioritizes enhanced performance characteristics.

A core objective in Heron’s design is the reduction of error rates, crucial for reliable quantum computation.

Focus Areas

• Scalability: Condor’s architecture directly addresses the challenge of increasing qubit counts.
• Performance: Heron is engineered to deliver faster and more accurate results.
• Error Mitigation: Both processors contribute to ongoing research into minimizing errors in quantum systems.

These developments demonstrate IBM’s commitment to advancing quantum computing technology.

Infleqtion

Established in 2007, Infleqtion—previously known as ColdQuanta—is a United States-based organization.

The company specializes in the development of quantum computers utilizing neutral atom technology.

Company Overview

Infleqtion is focused on bringing practical quantum solutions to a variety of industries.

Their approach centers around harnessing the unique properties of neutral atoms to build scalable and reliable quantum systems.

Technology and Approach

The core of Infleqtion’s technology lies in the manipulation and control of individual neutral atoms.

These atoms are trapped and cooled to extremely low temperatures, allowing for precise control and long coherence times.

This enables the creation of qubits, the fundamental building blocks of quantum computers.

Applications

Infleqtion’s quantum computing platforms are being explored for applications in several key areas.

• Scientific Discovery: Accelerating research in materials science, drug discovery, and fundamental physics.
• Financial Modeling: Enhancing portfolio optimization and risk management strategies.
• Logistics and Optimization: Solving complex logistical challenges and optimizing supply chains.

Recent Developments

Infleqtion continues to advance its technology through ongoing research and development efforts.

Recent milestones include improvements in qubit fidelity and scalability, as well as demonstrations of quantum algorithms on their platforms.

The company is actively working to expand access to its quantum computing resources through cloud-based services.

Intel

Intel is currently engaged in the development of quantum computing systems utilizing silicon spin qubits. The company presented its Tunnel Falls chip, a 12-qubit research device, in June of 2023.

A subsequent, more advanced quantum chip building upon the Tunnel Falls architecture was initially anticipated for release in 2024. However, this projected timeline has not yet been realized.

Tunnel Falls Chip Details

Tunnel Falls represents a significant step in Intel’s quantum computing research. It serves as a platform for exploring and refining silicon spin qubit technology.

The 12-qubit configuration allows for experimentation with increasingly complex quantum algorithms and error correction techniques. Further advancements are being pursued to enhance qubit stability and coherence.

Future Developments

While the expected 2024 release of a next-generation chip didn't occur, Intel continues to invest heavily in quantum computing. Research and development efforts remain focused on scaling qubit counts and improving overall system performance.

Silicon spin qubits are considered a promising approach due to their compatibility with existing semiconductor manufacturing processes. This offers potential advantages in terms of scalability and cost-effectiveness.

Intel’s long-term goal is to create practical, fault-tolerant quantum computers capable of tackling problems beyond the reach of classical computers.

IonQ

IonQ represents a publicly traded American corporation focused on the advancement of quantum computing. Specifically, the company designs and builds trapped-ion quantum computers, with the IonQ Forte being a prominent example.

The company initiated public trading through a Special Purpose Acquisition Company (SPAC) merger in late 2021. Following this, IonQ expanded its capabilities through the acquisition of Entangled Networks, a Canadian firm specializing in networking technologies.

Key Developments

Entangled Networks, based in Canada, brings expertise in quantum networking to IonQ. This acquisition strengthens IonQ’s position in developing a complete quantum computing ecosystem.

The IonQ Forte is designed to deliver increased qubit count and improved performance. It represents a significant step forward in the company’s hardware development roadmap.

Company Overview

IonQ’s core technology centers around utilizing individual ions as qubits. These ions are held and manipulated using electromagnetic fields.

The company’s approach aims to achieve high fidelity and long coherence times, crucial factors for practical quantum computation.

As a publicly listed entity, IonQ is subject to financial reporting and shareholder expectations. Its progress is closely monitored by the investment community.

IQM

IQM represents a pioneering Finnish startup dedicated to the development of superconducting quantum computers. The company originated as a spin-off from both Aalto University and the VTT Technical Research Centre of Finland.

Initial financial backing for IQM was provided by Business Finland, a governmental agency. Subsequently, the company secured further investment through the EIC Accelerator program.

Funding History

During 2022, IQM successfully completed a €128 million Series A2 funding round, spearheaded by World Fund.

This followed a prior €39 million Series A funding round in 2020, which was led by MIG Fonds.

The Series A2 round incorporated a portion of a previously declared €35 million venture loan originating from the European Investment Bank.

Additional participation in the funding was received from the EIC Fund and various other investors.

Company Overview

• Focus: Building superconducting quantum computers.
• Origin: Spin-out of Aalto University and VTT Technical Research Centre of Finland.
• Key Investors: Business Finland, EIC Accelerator, World Fund, MIG Fonds, European Investment Bank, EIC Fund.

IQM’s development is supported by both public and private investment, highlighting the growing interest in the field of quantum computing.

Microsoft

During February of 2025, Microsoft unveiled Majorana, a quantum processor built upon a topological core design. Prior statements from Microsoft indicated an anticipation of constructing a fully functional quantum supercomputer within a decade.

Majorana: A Topological Quantum Chip

The newly released Majorana chip represents a significant advancement in Microsoft’s quantum computing endeavors. It leverages a topological core architecture, a distinct approach to quantum processing.

This development follows Microsoft’s earlier projections regarding the timeline for quantum supercomputer realization. The company had previously communicated expectations for achieving this milestone within a 10-year timeframe.

Previous Declarations and Future Outlook

Microsoft’s commitment to quantum computing is evidenced by its ongoing research and development efforts. The introduction of Majorana signifies progress towards their stated goal.

The company’s initial forecast suggested a quantum supercomputer would be available within 10 years of that declaration. This continues to be a key objective for Microsoft’s quantum computing division.

Key Features of Majorana

• Utilizes a topological core architecture.
• Represents a step towards building a quantum supercomputer.
• Was introduced in February 2025.

Oxford Ionics

Oxford Ionics is a UK-based startup originating from research at Oxford University. The company specializes in the development of quantum computing technology utilizing trapped ions.

In early 2023, the company secured £30 million (roughly $36 million) during a Series A funding round. Further investment of £2 million (approximately €2.32 million) was received later that year from the UK’s National Security Strategic Investment Fund (NSSIF).

Recent Developments

Oxford Ionics was recently chosen to participate in the Quantum Benchmarking Initiative (QBI) run by DARPA. This selection places them alongside Quantinuum in a collaborative effort to advance quantum computing standards.

The company’s focus remains on scaling and improving the performance of its trapped-ion quantum computers. This involves ongoing research and development in areas such as ion trap design and control systems.

The funding received will be instrumental in accelerating these efforts. It will also support the expansion of Oxford Ionics’ team and infrastructure.

Pasqal

Pasqal represents a French venture focused on the complete development of quantum computing technologies. Their strategy centers around utilizing neutral atoms as the foundation for their quantum processors.

Founded in 2019 as a spin-off from the Institut d’Optique, Pasqal benefits from the expertise of prominent figures in the field.

Among the company’s co-founders is Alain Aspect, a professor and recipient of the 2022 Nobel Prize in Physics.

Funding and Investment

In February 2023, Pasqal secured €100 million in Series B funding. This investment round was spearheaded by Temasek, a Singapore-based firm.

The funding also saw continued support from existing investors, including Quantonation, the Defense Innovation Fund, Daphni, and Eni Next.

New investors joining the round were the European Innovation Council (EIC) Fund, Wa’ed Ventures, and Bpifrance, utilizing its Large Venture Fund.

This substantial investment underscores the growing confidence in Pasqal’s approach to quantum computing.

PsiQuantum

PsiQuantum represents a pioneering effort in the field of quantum computing. The company is focused on leveraging photonics technology to achieve a significant milestone: the creation of a 1 million-quantum-bit machine.

A notable achievement for PsiQuantum was the unveiling of Omega in February 2025. This quantum photonic chipset is being manufactured by GlobalFoundries, located in New York.

Investment and Backing

The company experienced substantial financial support in 2021, securing a $450 million Series D investment. This round was spearheaded by BlackRock.

Currently, BlackRock is reportedly leading discussions for a further investment of $750 million. This potential funding would value PsiQuantum at $6 billion prior to investment.

PsiQuantum’s origins lie in academic research conducted by Australian scholars. Furthermore, the company benefits from backing from both the Australian national government and the Queensland state government.

This governmental support underscores the strategic importance of quantum computing development within Australia.

Qilimanjaro

Qilimanjaro represents a Spanish venture dedicated to the development of analog quantum app-specific integrated circuits, known as QASICs.

The company distinguishes itself through a comprehensive, full-stack strategy, encompassing both hardware and software development, alongside the creation of practical applications.

Company Overview

Headquartered in Barcelona, Qilimanjaro achieved recognition in 2024 by winning the prestigious Four Years From Now startup competition held during Mobile World Congress.

Following this success, the company secured €1.5 million in funding from the Catalonia region later in the same year.

Key Focus Areas

• QASICs Development: Specializing in analog quantum circuits.
• Full-Stack Approach: Integrating hardware, software, and applications.
• Location: Based in Barcelona, Spain.
• Funding: Received €1.5 million from Catalonia in 2024.

Qilimanjaro’s integrated approach positions it as a key player in the emerging field of quantum computing.

The company’s win at Mobile World Congress underscores its innovative potential and the growing interest in quantum technologies.

Quandela

Founded in 2017, Quandela is a French company dedicated to the advancement of photonic quantum computing technologies.

The company focuses on building quantum computers that leverage the properties of light.

Recent Funding and Support

In November 2023, Quandela successfully secured €50 million in a Series B funding round.

This financial boost was further supplemented by backing from the French government, specifically through the France 2030 Plan.

The France 2030 Plan aims to foster innovation and technological leadership within France.

Company Focus

Quandela’s core mission is the development and commercialization of quantum computers.

Their approach utilizes photons – fundamental particles of light – to perform quantum computations.

This technology has the potential to revolutionize fields such as drug discovery, materials science, and financial modeling.

Quantinuum

Quantinuum represents a significant force in the field of quantum computing, having been established in 2021.

The company’s formation resulted from the combination of Cambridge Quantum and Honeywell Quantum Solutions, bringing together expertise from both organizations.

Core Technology and Products

Quantinuum’s primary offering is the H-Series, a line of quantum computers utilizing trapped-ion technology.

This technology is central to their approach to building powerful and stable quantum processors.

Recent Advancements

A notable achievement was announced in April 2024, demonstrating progress in error correction within quantum systems.

This breakthrough was realized through a collaborative effort with Microsoft, highlighting the importance of partnerships in advancing quantum capabilities.

The development signifies a crucial step towards creating more reliable and scalable quantum computing solutions.

QuantWare

QuantWare is a Netherlands-based startup company specializing in quantum technology. They have developed a unique 3D chip architecture, known as VIO, designed to address limitations in the scalability of quantum processing units (QPUs).

Preorders for the Contralto-A, QuantWare’s inaugural QPU specifically engineered for quantum error correction, began being accepted in February 2025.

Company Origins and Funding

Established in 2020, QuantWare originated as a spin-off from the Delft University of Technology (TU Delft) and its associated research organization, QuTech.

In March 2025, the company revealed it had secured €20 million in Series A funding (roughly $19.27 million).

Financial Details

This funding round included €5 million in equity, supplementing the €7.5 million previously obtained from the European Innovation Council. A portion of the prior funding was provided as a grant.

Prior to the Series A round, QuantWare successfully completed a €6 million seed funding round in 2023, demonstrating early investor confidence.

QuEra

QuEra, a company headquartered in Boston, is focused on developing quantum computing technology. They believe that utilizing neutral atoms represents the most effective pathway towards building large-scale quantum computers capable of fault-tolerant operation.

Key Products

Among QuEra’s offerings is Aquila, a 256-qubit analog neutral-atom quantum computer. This system was made available in 2022 and can be accessed through the Amazon Braket platform.

Investment and Backing

QuEra has secured significant financial support, most notably from Google. Google spearheaded a $230 million debt financing round completed in February 2025.

This funding round included a convertible note and participation from additional investors such as SoftBank and Valor, alongside existing stakeholders.

The company’s progress is being closely watched as it pursues advancements in quantum computing.

Rigetti Computing

Established in 2013 by Chad Rigetti, Rigetti Computing is a firm dedicated to quantum technologies, specializing in superconducting systems. The company’s offerings encompass the Ankaa-3 processor and the anticipated Lyra system, boasting 336 qubits.

Similar to competitors such as D-Wave and IonQ, Rigetti Computing operates as a publicly traded entity. Prior to its public listing through a SPAC merger in 2021, the company secured approximately $200 million in venture capital funding.

Strategic Partnership with Quanta Computer

A significant collaboration was initiated in February 2025 with Quanta Computer, a company headquartered in Taiwan. This partnership involves a $35 million investment from Quanta Computer, alongside a share acquisition in Rigetti.

Furthermore, both organizations are committed to investing over $100 million each throughout the next five years. This joint effort aims to expedite the advancement and market introduction of superconducting quantum computing solutions.

Key aspects of this collaboration include accelerated development and commercialization efforts.

The partnership signifies a substantial commitment to the future of quantum computing and the potential of superconducting technology.

SEEQC

SEEQC, a U.S.-based quantum computing startup, derives its name from “scalable, energy efficient quantum computing.” The company originated as a spin-off from Hypres, a chip manufacturer.

Hypres itself was founded by individuals previously working within IBM’s superconducting electronics division.

Strategic Partnerships

In 2023, SEEQC forged a collaborative partnership with Nvidia. This collaboration focuses on developing a high-speed, all-digital connection between quantum computers and GPUs, minimizing latency.

Recent Funding

January 2025 marked a significant milestone for SEEQC with a $30 million funding round. This round was jointly led by Booz Allen Ventures and NordicNinja, a Japanese-European venture capital firm.

Additional investment was provided by M Ventures, the corporate venture capital branch of Merck.

QuPharma Project

SEEQC is currently spearheading the QuPharma project, which benefits from U.K. government support.

This project investigates the potential of quantum computing to expedite the process of drug discovery.

Key partners in this endeavor include both BASF and Merck.

SpinQ

Founded in 2018, SpinQ is a quantum computing company originating from China.

The company specializes in the development of quantum computers.

Technology

SpinQ asserts that certain models within their product line are designed for portability.

These portable systems leverage nuclear magnetic resonance (NMR) technology in their operation.

This approach distinguishes SpinQ’s offerings in the rapidly evolving field of quantum computation.

The utilization of NMR allows for a unique approach to building and deploying quantum processing capabilities.

SpinQ’s focus on portability suggests a vision for wider accessibility of quantum computing resources.

Further development and refinement of this technology will be crucial for realizing the full potential of portable quantum computers.

Key Features

• Founded: 2018
• Origin: China
• Focus: Development of quantum computers
• Technology: Nuclear Magnetic Resonance (NMR)

The company’s innovative use of NMR is a key differentiator in the quantum computing landscape.

SpinQ’s commitment to creating portable quantum computers represents a significant step towards democratizing access to this powerful technology.

Xanadu

Xanadu is a Canadian-based company focused on the development of quantum computers. Their unique approach utilizes photonics as the foundation for their computational systems.

In January of 2025, Xanadu unveiled Aurora, a 12-qubit system. This system incorporates a complex architecture comprised of 35 individual photonic chips.

Company Background and Funding

Established in 2016, Xanadu has successfully secured approximately $275 million in funding to support its research and development efforts.

A significant portion of this funding includes a $100 million Series C investment received in November 2022. This investment resulted in a company valuation of $1 billion.

This article was first published on April 28, 2025, and will undergo periodic updates to reflect new developments.