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Oratomic

Developing fault-tolerant quantum computers

CORE INFO

$300M
Total Funding
Series A
Round
2026
Founded
11-50
Team Size
Pasadena, United States
Headquarters

Oratomic is pioneering the development of fault-tolerant quantum computers using innovative neutral-atom technology, aimed at achieving utility-scale quantum systems. Their approach is designed for organizations seeking advanced quantum computing solutions that require fewer qubits.

  • Oratomic recently secured $300 million in Series A funding, co-led by ARCH Venture Partners, Spark Capital, and Khosla Ventures.thequantuminsider.com
  • The Quantum Insider reported on Oratomic's focus on developing fault-tolerant, utility-scale quantum computers, highlighting their recent funding round.thequantuminsider.com

WHY WE WOULD WORK AT ORATOMIC

Pioneering Quantum Technology

Join a team dedicated to developing the world's first fault-tolerant, utility-scale quantum computers using innovative neutral-atom technology.

Collaborative Culture

Work alongside experts in quantum error correction and optical engineering, fostering a collaborative environment that drives innovation.

Strong Financial Backing

Benefit from a robust financial foundation with $300 million raised in Series A funding, ensuring resources for ambitious projects.

Impactful Mission

Contribute to a groundbreaking mission that aims to revolutionize computing and solve complex problems with fault-tolerant quantum systems.

Cutting-Edge Research

Engage in cutting-edge research, including a recent milestone of a 6,100-qubit neutral-atom array, pushing the boundaries of quantum computing.

Growth Opportunities

Be part of a rapidly growing startup, where your contributions directly impact the future of quantum technology and your professional development.

MARKET AND TRACTION

TOTAL ADDRESSABLE MARKET

  • The quantum computing market is projected to grow significantly as industries seek advanced computational capabilities.

  • Oratomic's focus on utility-scale quantum computers positions it to capture a substantial share of this emerging market, particularly in sectors requiring high-performance computing solutions.

    • KEY METRICS

    ✦ KEY METRIC
  • Oratomic raised $300 million in Series A funding to accelerate its mission of developing fault-tolerant quantum computers.

  • The company demonstrated a 6,100-qubit neutral-atom array in collaboration with Caltech, indicating the potential for utility-scale fault-tolerant computation with around 10,000 qubits.

    • GROWTH TACTICS

  • Oratomic is leveraging strategic partnerships, such as its collaboration with Monarch Quantum, to enhance the commercialization of its quantum computing technology.

  • The company emphasizes a long-term focus on developing advanced quantum systems without pursuing intermediate products, ensuring a concentrated effort on achieving its goals.

    • COMPETITIVE ADVANTAGE

  • Oratomic's unique approach utilizes neutral-atom technology and ultra-efficient error correction methods, allowing for fewer qubits compared to traditional quantum computing methods.

  • The reconfigurable atomic arrays trapped in focused laser beams provide a significant technological edge in achieving fault tolerance.

    • MARKET POSITION

  • Founded in 2026, Oratomic is positioned as a pioneering company in the quantum computing sector, specifically targeting fault-tolerant systems.

  • With a dedicated team of experts in quantum error correction and optical engineering, Oratomic aims to lead the development of practical quantum computing solutions.

    • PRODUCT AND TECH

    Neutral-Atom Technology

    Oratomic utilizes innovative neutral-atom technology to develop quantum computers, which allows for the creation of reconfigurable atomic arrays trapped in focused laser beams. This approach is crucial for achieving fault tolerance and significantly reduces the number of qubits needed for practical quantum computing.

    Ultra-Efficient Error Correction

    The company employs ultra-efficient error correction methods that enhance the reliability of quantum computations. By integrating these methods with their neutral-atom systems, Oratomic aims to make fault-tolerant quantum computing feasible at a utility scale.

    Reconfigurable Atomic Arrays

    Oratomic's technology features reconfigurable atomic arrays that can be dynamically adjusted to optimize quantum operations. This flexibility is essential for achieving the scalability and fault tolerance required for future quantum systems.

    Utility-Scale Quantum Computers

    Focused on the long-term goal of developing utility-scale quantum computers, Oratomic is dedicated to creating systems capable of performing complex computations that are currently unattainable with classical computers. Their vision is to revolutionize industries by making advanced quantum computing accessible.

    Collaborative Research Initiatives

    Oratomic emphasizes collaboration among experts in quantum error correction, optical engineering, and artificial intelligence to advance their technology. Their partnerships, including a strategic alliance with Monarch Quantum, aim to accelerate the commercialization of their quantum computing systems.

    COMPANY CULTURE

    Values

  • Innovation in quantum computing

  • Collaboration among experts

  • Commitment to long-term goals

  • Focus on fault tolerance

  • Integrity in research and development

    • Operating Principles

  • Emphasize teamwork across disciplines

  • Encourage open communication and idea sharing

  • Prioritize research and development over commercial products

  • Foster a culture of continuous improvement

    • Benefits

  • Opportunity to work on groundbreaking technology

  • Collaborative work environment

  • Access to cutting-edge research resources

  • Potential for professional growth in a niche field

    • Team Cadence

  • Regular team meetings to discuss progress

  • Collaborative project-based work

  • Flexible work hours to accommodate research needs

    • Learning & Growth

  • Continuous learning opportunities in quantum technologies

  • Support for attending industry conferences and workshops

  • Mentorship from experienced leaders in the field