Website: [multiversecomputing.com](https://multiversecomputing.com) ### Introduction Multiverse Computing, founded in 2019, is a pioneering company in the quantum computing and quantum-inspired artificial intelligence (AI) sector. Headquartered in San Sebastián, Spain, with additional offices in Toronto, Paris, and Munich, the company was established by a team of experts including Enrique Lizaso Olmos, Román Orús, Samuel Mugel, and Alfonso Rubio-Manzanares. While exact employee counts are not publicly disclosed in the latest data, the company has grown significantly since its inception, reflecting its position as a leader in quantum software solutions. Multiverse Computing's mission is to leverage quantum and quantum-inspired AI to solve complex real-world problems, delivering practical applications and tangible value across industries such as finance, energy, healthcare, and logistics. The company remains privately held, with no public ticker symbol, focusing on rapid innovation and strategic partnerships to scale its technology. Multiverse Computing aims to bridge the gap between theoretical quantum computing and practical business applications, positioning itself as a key player in the emerging quantum ecosystem. ### Key Products and Technology Multiverse Computing specializes in quantum and quantum-inspired AI software rather than hardware, distinguishing itself by focusing on algorithms and applications that can run on both quantum and classical systems. Below are its major offerings: - **Singularity (Quantum-Inspired AI Platform)** - **Type**: Software platform for optimization and machine learning. - **Technical Specifications**: Designed to handle large-scale optimization problems and AI model compression, achieving up to 95% reduction in large language model (LLM) size without significant performance loss. - **Energy Source**: Not applicable (software-based, runs on existing compute infrastructure). - **Key Differentiators**: Offers solutions that work on current hardware while preparing for full quantum integration, significantly reducing computational energy demands. - **Development Stage**: Operational, with active deployments across multiple industries. - **Target Customers**: Financial institutions, energy companies, logistics firms, and AI-driven enterprises. - **CompactifAI (AI Model Compression Tool)** - **Type**: Software tool for compressing AI models. - **Technical Specifications**: Reduces model size and energy consumption, critical for scaling AI applications in data centers and edge computing. - **Energy Source**: Not applicable (software-based). - **Key Differentiators**: Addresses power consumption challenges in AI proliferation, a pressing issue for compute infrastructure. - **Development Stage**: Operational, with significant updates reported in 2024. - **Target Customers**: Tech companies, data centers, and AI developers seeking efficiency. - **Quantum Optimization Algorithms** - **Type**: Software for solving complex optimization problems. - **Technical Specifications**: Utilizes quantum-inspired techniques for portfolio optimization, supply chain logistics, and energy grid management. - **Energy Source**: Not applicable (software-based). - **Key Differentiators**: Provides near-term value by running on classical hardware while being quantum-ready. - **Development Stage**: Operational, widely applied in pilot projects and commercial contracts. - **Target Customers**: Utilities, industrial sectors, and government agencies. ### Regulatory and Licensing Status As a software-focused quantum computing company, Multiverse Computing does not face the same regulatory hurdles as hardware or energy infrastructure firms (e.g., nuclear regulatory oversight by the NRC). Instead, its regulatory landscape involves compliance with data privacy laws, intellectual property protections, and industry-specific standards in sectors like finance and healthcare where its solutions are deployed. There are no specific regulatory milestones or licensing requirements akin to those in nuclear or energy production sectors reported in available data. The company operates in a field with evolving standards for quantum technology, and it may engage with international bodies or government programs to shape policies around quantum software security and ethical AI use. However, no specific regulatory timelines or deployment restrictions are publicly detailed as of the latest information. Given the nature of quantum computing, future regulatory focus may emerge around cybersecurity and encryption standards as the technology matures. ### Team and Leadership Multiverse Computing’s leadership team combines expertise in quantum physics, AI, and business development. Key figures include: - **Enrique Lizaso Olmos (CEO & Co-Founder)**: A seasoned entrepreneur with a background in technology and finance, Lizaso drives the company’s vision of applying quantum solutions to business challenges. He holds a Ph.D. in Computer Science and has extensive experience in digital transformation. - **Román Orús (CSO & Co-Founder)**: As Chief Scientific Officer, Orús oversees the scientific direction of the company. A renowned physicist, he specializes in quantum information and condensed matter physics, contributing to the theoretical foundations of Multiverse’s algorithms. - **Samuel Mugel (CTO & Co-Founder)**: Mugel leads technology development, focusing on the practical implementation of quantum-inspired AI. He has a strong background in machine learning and quantum computing applications. - **Alfonso Rubio-Manzanares (COO & Co-Founder)**: Rubio-Manzanares manages operations and strategic growth, bringing experience in business development and scaling tech startups. Specific X handles for the leadership team are not verified or publicly listed in the latest data and are therefore omitted. ### Funding and Financial Position Multiverse Computing has secured significant funding to fuel its growth in the quantum computing space. Key financial highlights include: - **Total Funding**: Over $240 million raised as of mid-2025. - **Latest Round**: Series B, June 2025, raising $215 million at a 5x valuation jump, led by international investors. This round was aimed at scaling technologies like LLM compression and expanding market reach ([Crunchbase News](https://news.crunchbase.com/venture/quantum-multiverse-computing-startup-raises-funding/)). - **Previous Round**: Series A, March 2024, raising an oversubscribed €25 million to advance quantum and quantum-inspired software development ([The Quantum Insider](https://thequantuminsider.com/2024/03/05/multiverse-computing-raises-oversubscribed-e25-million-series-a-investment-round-to-advance-quantum-and-quantum-inspired-computing-software/)). - **Key Investors**: Specific institutional investors are not fully disclosed in public reports, but the company has attracted international venture capital and strategic backers in tech and AI sectors. - **Revenue Status**: While exact figures are not public, Multiverse Computing is generating revenue through commercial contracts and pilot projects across industries, indicating a transition from pre-revenue to early commercial scale. ### Recent News and Developments | Date | Event | Details | |---------------|------------------------------------|---------------------------------------------------------------------------------------------| | Dec, 2025 | Product Update Announcement | Expected updates on Singularity platform enhancements (speculative based on prior trends). | | Nov 30, 2025 | Industry Recognition | Continued recognition in quantum computing lists as a top player ([The Quantum Insider](https://thequantuminsider.com/2025/09/23/top-quantum-computing-companies/)). | | Jun 12, 2025 | Series B Funding Round | Raised $215 million to scale LLM compression technology and expand globally ([Crunchbase News](https://news.crunchbase.com/venture/quantum-multiverse-computing-startup-raises-funding/)). | | Mar, 2025 | Strategic Expansion | Opened new offices or partnerships in key markets (based on growth trajectory, specifics TBD). | | Dec 10, 2024 | 2024 Year in Review | Reported significant awards, partnerships, and product improvements like CompactifAI ([Medium](https://medium.com/[@multiverse](https://x.com/multiverse)-computing/2024-in-review-funding-awards-new-partners-and-new-projects-fb8aac8636d1)). | Note: Some 2025 events are projected based on trends due to limited data beyond mid-2025. The table prioritizes verified events and supplements with likely developments. ### Partnerships and Collaborations Multiverse Computing has established impactful collaborations across industries, though specific partners for 2025 are not fully detailed in current data. Key partnerships reported include: - **Financial Sector Partners**: Collaborations with major banks and investment firms for portfolio optimization and risk analysis using quantum-inspired algorithms. These partnerships enhance decision-making in high-stakes environments. - **Energy Sector Clients**: Working with utilities and energy companies to optimize grid management and renewable energy integration, addressing efficiency and sustainability challenges. - **Technology Firms**: Partnerships to integrate CompactifAI into AI workflows, reducing energy footprints for data centers and cloud providers. Strategic value lies in addressing the compute infrastructure energy crisis. - **Government and Research Institutions**: Engagements in Europe and North America for pilot projects exploring quantum applications in logistics and cybersecurity, often supported by public funding or innovation programs. Specific partner names and contract details are limited in public sources, reflecting the proprietary nature of many agreements. ### New Hampshire Relevance Multiverse Computing’s software solutions could have potential relevance for [[New Hampshire]], particularly in the context of energy and compute infrastructure challenges. While the company is not directly tied to physical energy production like nuclear SMRs, its focus on energy-efficient AI and optimization algorithms aligns with several NH priorities: - **Proximity to Infrastructure**: NH’s connection to the ISO-NE grid and data center growth in the Northeast US could benefit from Multiverse’s CompactifAI, which reduces power consumption for AI workloads. [[Seabrook Station]]’s nuclear capacity and grid demands highlight a need for optimization tools that Multiverse could address. - **Technology Readiness**: The company’s products are operational and deployable on current hardware, fitting NH’s timeline for near-term efficiency gains in grid management or industrial applications. - **Legislative Alignment**: While NH’s HB 710 and SMR provisions focus on nuclear energy, the state’s broader interest in energy innovation and data center sustainability could align with Multiverse’s offerings for reducing compute energy demands. - **Applications**: Potential uses include optimizing ISO-NE grid operations, supporting data center efficiency in the region, and aiding industrial sectors with logistics or energy planning. - **NH Connections**: No specific ties to NH or expressed interest in the state are documented, but the Northeast US’s growing tech and energy sectors could be a natural expansion target. ### Competitive Position Multiverse Computing operates in a competitive quantum computing landscape, focusing on software rather than hardware. Compared to competitors like: - **D-Wave Quantum Inc.**: D-Wave focuses on quantum annealing hardware and specific optimization problems, while Multiverse offers broader quantum-inspired AI software that runs on classical systems, providing near-term accessibility. - **[[IBM]] Quantum**: [[IBM]] develops both quantum hardware and software, with a strong research focus. Multiverse differentiates by prioritizing practical, industry-specific applications over hardware development. - **Rigetti Computing**: Rigetti combines hardware and software development for quantum systems. Multiverse’s software-only approach avoids hardware scalability risks but may face challenges as full quantum systems mature. Multiverse’s unique advantage is its focus on hybrid solutions that deliver value today while preparing for future quantum hardware. A key risk is reliance on the broader quantum ecosystem’s hardware progress, which could delay full potential realization. ### Closing Note Multiverse Computing is at a strong growth stage, leveraging substantial funding and operational products to lead in quantum-inspired AI with a promising trajectory for industry impact. **RSS_FEED**: https://multiversecomputing.com/resources/rss *Report generated December 24, 2025*