Website: [bleximo.com](https://bleximo.com) ### Introduction Bleximo is a quantum computing company founded in 2017, with headquarters in Berkeley, California. The company was established by Dr. Alexei Marchenkov, who serves as the CEO, with a mission to build co-designed, full-stack superconducting application-specific quantum computers to deliver the first quantum advantage for practical, high-value problems. Bleximo focuses on integrating hardware, software, and control systems to address unique challenges in quantum computing applications. While specific employee counts are not publicly available, the company operates as a private entity and is not listed on any stock exchange, maintaining a low public profile in terms of detailed operational data. As a player in the quantum computing sector, Bleximo aims to differentiate itself by focusing on application-specific solutions rather than general-purpose quantum systems. This approach is intended to provide competitive advantages to customers in industries requiring complex computational solutions. Given the limited public information, some aspects of the company’s current status rely on older announcements and web data, which will be noted where applicable [Crunchbase](https://www.crunchbase.com/organization/bleximo). ### Key Products and Technology Bleximo is developing quantum computing systems with a focus on superconducting technology. Specific product details are scarce due to the company’s private nature and limited recent disclosures, but the following outlines their general approach and known initiatives based on available data: - **Full-Stack Superconducting Quantum Computers (Application-Specific Systems)** - **Type**: Quantum computing hardware and software stack. - **Technical Specifications**: Specific details on qubit count, coherence times, or error rates are not publicly disclosed. The focus is on superconducting qubits, a common approach in quantum computing for achieving scalability and performance. - **Fuel Type or Energy Source**: Not applicable in the traditional sense; quantum computers require significant electrical power for cooling systems (cryogenic environments near absolute zero) and control electronics. - **Key Differentiators**: Bleximo emphasizes co-design of processors, software, and control stacks, integrating all components to address specific high-value problems rather than generic quantum computing. This tailored approach aims to offer competitive advantages in targeted applications. - **Development Stage**: Likely in the research and development (R&D) phase, with prototyping and testing ongoing. No evidence of commercial deployment or operational systems as of the latest updates. - **Target Customers**: Industries with complex computational needs, such as pharmaceuticals (drug discovery), materials science, and potentially financial modeling or cryptography. Due to limited updates, the exact status of product development remains unclear. Information is primarily drawn from their mission statements and older partnership announcements [LinkedIn](https://www.linkedin.com/company/bleximo-corp). ### Regulatory and Licensing Status As a quantum computing company, Bleximo does not fall under traditional energy regulatory frameworks like the Nuclear Regulatory Commission (NRC). Instead, regulatory considerations for quantum computing typically involve export controls, intellectual property protection, and potential national security implications due to the technology’s strategic importance. There are no specific public records of regulatory milestones or applications for Bleximo. - **Application Status**: Not applicable in the context of energy or nuclear regulation. Quantum computing may be subject to U.S. Department of Commerce export controls under the Export Administration Regulations (EAR) for dual-use technologies. - **Key Regulatory Milestones**: No specific milestones are documented publicly. Future regulatory focus might include compliance with international standards for quantum technology or data security protocols if deployed in sensitive sectors. - **Estimated Timeline to First Commercial Deployment**: Unknown. Given the early-stage nature of application-specific quantum systems and the industry’s overall timeline, commercial deployment could be years away, likely post-2030, unless breakthroughs are achieved sooner. The lack of recent data limits insight into regulatory interactions, and updates may be needed as the quantum computing field evolves. ### Team and Leadership Information on Bleximo’s leadership is limited but drawn from available web profiles and announcements. Key figures include: - **Dr. Alexei Marchenkov, CEO and Founder**: Holds a background in physics and quantum technology, with prior experience in research and development. Specific career details are not widely publicized. - Other executive team members or board directors are not consistently documented in accessible sources, reflecting the company’s private status [CB Insights](https://www.cbinsights.com/company/bleximo/people). X handles for leadership are not verified or publicly listed in connection with Bleximo, so they are omitted here. Further details may be available through direct company contact or updated profiles. ### Funding and Financial Position Bleximo’s financial details are not fully transparent due to its private status. Available data from web sources provide a partial picture: - **Total Funding Raised**: Specific figures are not publicly confirmed in recent records. Earlier funding rounds are noted in profiles, but amounts and dates are behind paywalls or outdated [PitchBook](https://pitchbook.com/profiles/company/228530-89). - **Latest Round**: No recent funding announcements are publicly documented for 2025 or late 2024. - **Key Investors**: Institutional or strategic backers are not detailed in open sources. Past investors may include venture capital firms focused on deep tech or quantum computing, though specifics remain undisclosed. - **Revenue Status**: Likely pre-revenue, as the company appears to be in the R&D phase with no evidence of commercial contracts or operational systems. Financial transparency is limited, and updates would be necessary to confirm current standing [CB Insights](https://www.cbinsights.com/company/bleximo/financials). ### Recent News and Developments | Date | Event | Details | |---------------|------------------------------------|-------------------------------------------------------------------------| | Dec 2022 | Partnership Announcement | NY CREATES and Bleximo announced an R&D partnership at Albany NanoTech Complex for quantum computing development [NY CREATES](https://ny-creates.org/ny-creates-and-bleximo-announce-new-quantum-computing-rd-partnership-at-albany-nanotech-complex/). | | Unknown, 2023 | General Industry Mention | Bleximo listed among quantum computing companies driving innovation, though no specific updates provided [The Quantum Insider](https://thequantuminsider.com/2025/09/23/top-quantum-computing-companies/). | | Jan 8, 2024 | Community Discussion | Reddit thread in r/QuantumComputing questions Bleximo’s current status, reflecting limited public visibility [Reddit](https://www.reddit.com/r/QuantumComputing/comments/191wbm3/what_is_going_on_with_bleximo_corp/). | | N/A | No Recent Updates | No specific events or announcements for 2025 found in public sources. | | N/A | Limited News Coverage | Lack of recent press releases or news articles limits event tracking. | The table reflects a scarcity of recent developments, with most notable events dating back to 2022. This suggests Bleximo may be operating under a low public profile or focusing on internal R&D. ### Partnerships and Collaborations Bleximo’s known partnerships are limited but include a significant collaboration: - **NY CREATES (Albany NanoTech Complex)**: Announced in December 2022, this R&D partnership aims to expand Bleximo’s design, prototyping, and marketing operations in Upstate New York. The strategic value lies in access to advanced facilities and potential collaboration with other tech entities at the complex, fostering innovation in quantum computing hardware and software [The Quantum Insider](https://thequantuminsider.com/2022/12/07/ny-creates-and-bleximo-announce-new-quantum-computing-rd-partnership/). No additional partnerships, utility agreements, or government program involvements are documented in recent public data. The focus appears to be on R&D rather than commercial or operational collaborations at this stage. ### New Hampshire Relevance Assessing Bleximo’s potential fit for [[New Hampshire]] involves considering the state’s infrastructure, legislative environment, and energy needs in the context of quantum computing applications: - **Proximity to Infrastructure**: New Hampshire hosts [[Seabrook Station]] (a nuclear power plant) and is part of the ISO-NE grid, which manages regional power distribution. Quantum computing systems like Bleximo’s could theoretically support grid optimization or cybersecurity through advanced computational models, though significant power and cooling requirements may pose integration challenges near existing infrastructure. - **Technology Readiness**: Bleximo’s technology is likely in early R&D stages, far from deployment readiness. NH’s timeline for adopting cutting-edge tech may not align with Bleximo’s current development pace, estimated to be years from commercial application. - **Alignment with [[Legislation]]**: NH’s legislative initiatives like HB 710 (focused on energy innovation or SMRs) do not directly address quantum computing. However, if quantum systems can support energy grid security or data center efficiency, there could be indirect relevance to state goals for sustainable infrastructure. - **Potential Applications**: Quantum computing could serve NH’s data center loads (growing due to tech hubs in the Northeast) by optimizing operations or enhancing encryption. Industrial applications might include supporting advanced manufacturing processes through simulation, though these are speculative at Bleximo’s current stage. - **NH Connections**: No specific ties to NH or expressed interest in the Northeast beyond the NY CREATES partnership in New York are documented. Expansion to NH would likely depend on future partnerships or state incentives for quantum tech adoption. Bleximo’s relevance to NH remains speculative and distant due to its early-stage status and focus on specialized applications rather than direct energy production. ### Competitive Position Bleximo operates in a competitive quantum computing landscape alongside larger and more established players. A brief comparison includes: - **[[IonQ]]**: A publicly traded company with operational quantum systems available via cloud platforms, [[IonQ]] focuses on trapped-ion technology and has secured significant partnerships (e.g., with QuantumBasel for over $60M as noted in recent posts on X). Bleximo’s application-specific approach contrasts with IonQ’s broader accessibility, but IonQ’s commercial progress poses a competitive challenge. - **Rigetti Computing**: Another superconducting quantum computing firm, Rigetti offers hybrid quantum-classical systems and has a public presence with defined revenue streams. Bleximo’s smaller scale and lack of public updates put it at a visibility and resource disadvantage. - **QuEra**: Focused on neutral atom qubits, QuEra recently raised $230M (as per X posts), highlighting significant investor confidence. Bleximo’s funding status is less clear, potentially limiting its ability to scale compared to well-capitalized competitors. Bleximo’s unique advantage may lie in its co-designed, application-specific focus, which could appeal to niche markets if successful. However, risks include slower development timelines and limited public traction compared to competitors with more visible progress. ### Closing Note Bleximo remains an early-stage quantum computing company with a promising focus on application-specific systems, though its trajectory and outlook are uncertain due to limited recent public information. **RSS_FEED**: none (Note: No official RSS feed for Bleximo press releases or news was found on their website or through public searches. If one exists, it may be accessible through direct contact with the company.) *Report generated December 24, 2025*