![[starcube-logo.png|300]] Website: [starcube.tech](https://starcube.tech) ### Introduction StarCube is a relatively new player in the nuclear fission energy sector, focusing on innovative microreactor technology. While specific founding details such as the exact year and founders are not widely publicized in the available data, the company is headquartered in the United States, with its operations centered on developing compact nuclear solutions for niche applications. Employee count information is currently unavailable due to limited public disclosure, but StarCube operates as a private company with no publicly traded stock or ticker symbol identified in current records. The mission of StarCube appears to be centered on providing sustainable, scalable, and safe nuclear energy solutions, particularly through microreactors designed for critical infrastructure and crisis response scenarios. This aligns with the growing interest in small modular reactors (SMRs) and microreactors to meet localized energy demands with reduced environmental impact. As a private entity, StarCube is likely focused on securing funding and partnerships to advance its technology from development to deployment, a common trajectory for nuclear startups in the current energy landscape [CB Insights](https://www.cbinsights.com/company/starcube). ### Key Products and Technology StarCube specializes in the development of microreactors, compact nuclear fission systems designed for specific, high-need applications. Below is a detailed overview based on available information: - **Name and Type**: StarCube Microreactor (Micro-SMR) - **Technical Specifications**: Specific power output (in MW or MWe) and efficiency metrics are not publicly detailed in current sources. Microreactors generally range from 1 to 20 MWe, and StarCube’s design likely falls within this spectrum, targeting small-scale energy needs. - **Fuel Type or Energy Source**: Likely uses enriched uranium or other conventional nuclear fuel suitable for microreactors, though exact fuel type is not specified in public data. - **Key Differentiators**: StarCube emphasizes portability and rapid deployment for critical infrastructure and emergency response, potentially incorporating advanced safety features like passive cooling systems to minimize operational risks. Its focus on niche applications may differentiate it from larger SMR competitors. - **Development Stage**: The technology is likely in the conceptual or early design phase, as no evidence of regulatory submissions or construction milestones has been reported. This is inferred from the lack of detailed project updates in recent news [CB Insights](https://www.cbinsights.com/company/starcube). - **Target Customers**: Primarily critical infrastructure operators, government entities (e.g., military or disaster response agencies), and potentially remote industrial sites or data centers requiring reliable off-grid power. Due to limited public information, technical details remain speculative and would benefit from direct confirmation via StarCube’s official channels. ### Regulatory and Licensing Status There is no publicly available information regarding StarCube’s regulatory status with the U.S. Nuclear Regulatory Commission (NRC) or other bodies as of the latest data. It is unclear whether the company has entered pre-application discussions, submitted for design certification, or applied for a combined license. This lack of transparency is common for early-stage nuclear startups that may still be in R&D phases before engaging with regulators. Key regulatory milestones achieved or upcoming are not documented in current sources, and without official filings or announcements, it is assumed that StarCube has not yet reached significant regulatory checkpoints. The estimated timeline to first commercial deployment is also unknown but could be 5-10 years or more, given the typical lengthy process for nuclear technology certification and construction in the U.S. [NRC.gov](https://www.nrc.gov). Updates from StarCube or regulatory databases would be necessary to provide a clearer picture. ### Team and Leadership Information on StarCube’s leadership team, including key executives like the CEO or CTO, is not readily available in public sources such as LinkedIn profiles, company announcements, or news articles. This is likely due to the company’s early-stage status and limited media presence. No verified X handles or other social media links for executives could be identified at this time. As more information becomes accessible through official channels or press releases, this section can be updated with relevant bios and roles. ### Funding and Financial Position StarCube’s funding history is partially documented through platforms like PitchBook and CB Insights, though exact figures and dates are not fully disclosed in the public domain. According to available data, the company has attracted investor interest as part of the broader trend of nuclear fission startups receiving significant funding in 2025, with close to $2 billion invested industry-wide this year [Crunchbase](https://news.crunchbase.com/venture/public-private-nuclear-fission-funding-2025/). Specifics on StarCube’s total funding raised, latest round details (date, amount, lead investors), or key institutional backers are not listed in the current dataset. As a private company, StarCube does not have a market cap or stock performance data. Revenue status is also unclear, but given the development stage of its microreactor technology, it is likely pre-revenue with no commercial contracts or operational projects reported. Further details from investor reports or company disclosures would be needed to refine this analysis [PitchBook](https://pitchbook.com/profiles/company/615374-65). ### Recent News and Developments | Date | Event | Details | |--------------|--------------------------------|-------------------------------------------------------------------------| | Dec, 2025 | Industry Funding Trend | Nuclear fission startups, including StarCube, noted in $2B investment wave for 2025 [Crunchbase](https://news.crunchbase.com/venture/public-private-nuclear-fission-funding-2025/). | | May 26, 2025 | Big Tech Nuclear Interest | Big Tech’s growing demand for power highlights nuclear startups like StarCube [TechCrunch](https://techcrunch.com/2025/05/26/here-are-the-nuclear-fission-startups-backed-by-big-tech/). | | Unknown, 2024| Profile Update | StarCube profiled for microreactor focus on critical infrastructure [CB Insights](https://www.cbinsights.com/company/starcube). | | Unknown | No Specific Project News | No recent project announcements or milestones specific to StarCube found. | | Unknown | General Industry Momentum | Continued investor and government interest in nuclear fission noted, potentially benefiting StarCube [Neutron Bytes](https://neutronbytes.com/2025/05/30/nuclear-startups-get-cash-from-investors-and-governments/). | Note: Due to limited specific news on StarCube, the table includes broader industry events relevant to its context. Dates and details are approximate where not explicitly tied to StarCube. ### Partnerships and Collaborations No specific partnerships or collaborations for StarCube are documented in the current public data. Given its focus on microreactors for critical infrastructure, potential partners could include government agencies (e.g., Department of Defense or Department of Energy), utility companies, or technology firms requiring reliable power for data centers. However, without official announcements, this remains speculative. The company may be in early discussions or yet to form strategic alliances, a common scenario for startups in the nuclear space. Updates from StarCube’s official communications or industry reports would be necessary to confirm any active collaborations [DOE.gov](https://www.energy.gov). ### New Hampshire Relevance StarCube’s microreactor technology could have potential relevance for [[New Hampshire]], particularly given the state’s existing nuclear infrastructure and energy needs. New Hampshire hosts [[Seabrook Station]], a 1,244 MWe nuclear power plant, and is part of the ISO New England (ISO-NE) grid, which manages regional electricity demand. StarCube’s compact reactors could theoretically serve as a complementary power source for localized needs, especially for remote or critical facilities in the state, reducing reliance on larger grid infrastructure. However, the technology’s readiness for deployment in New Hampshire is uncertain, as StarCube appears to be in early development stages with no confirmed timeline for commercial operation. New Hampshire’s legislative initiatives, such as HB 710, which explores SMR potential, could align with StarCube’s offerings if the company progresses to a deployable product. Applications might include grid power supplementation, powering data centers (a growing sector in the Northeast), or industrial heat for manufacturing. There is no evidence of StarCube expressing specific interest in New Hampshire or the Northeast, nor are there known connections to the state. Proximity to Seabrook and ISO-NE infrastructure could make NH a future candidate for pilot projects if regulatory and technical barriers are overcome. ### Competitive Position StarCube operates in a competitive nuclear fission market alongside established SMR and microreactor developers. Two notable competitors include: - **[[NuScale Power]]**: A leader in SMR technology with a design certified by the NRC, targeting 50-77 MWe per module for utility and industrial customers. [[NuScale Power|NuScale]]’s advanced regulatory status and partnerships (e.g., with Standard Power) give it a significant lead over StarCube, though StarCube’s focus on microreactors for crisis response may carve a unique niche. - **[[X-energy|X-Energy]]**: Developer of the Xe-100 SMR (80 MWe per unit), backed by $700M in recent funding and partnerships with Amazon and others. [[X-energy|X-Energy]]’s scale and investor support pose a challenge, while StarCube’s smaller, specialized designs might appeal to different markets [Neutron Bytes](https://neutronbytes.com/2025/11/30/x-energy-leaps-ahead-with-700m-in-series-d-funding/). StarCube’s advantage could lie in its portability and emergency application focus, but risks include slower regulatory progress and limited funding compared to competitors. Its early-stage status makes its competitive outlook uncertain without further milestones. ### Closing Note StarCube is an early-stage nuclear fission company with a promising focus on microreactors for critical infrastructure, though its trajectory and outlook remain unclear due to limited public data. **RSS_FEED**: none (Note: No official RSS feed for StarCube could be identified through available sources or web searches. If an official website or investor relations page is confirmed, this can be revisited.) *Report generated December 24, 2025*