Mines Venture Fund II will invest $10 million in deep tech startups tied to Colorado School of Mines with financial backing from the State of Colorado
Deep tech investment just got an important new chapter in the United States.
Colorado has announced a move that goes way beyond the money: $10 million earmarked to turn university research into real companies ready to reshape entire sectors of the economy.
And the most interesting part of this story isn’t just the dollar amount itself, but what it represents for the state’s innovation ecosystem.
The Mines Venture Fund II, a seed funding platform from the Colorado School of Mines, arrives with a model that brings together academia, entrepreneurship, and state support in a way that’s pretty different from what we usually see out there.
Half the capital — exactly $5 million — comes directly from the State of Colorado, including a commitment from the Colorado Venture Capital Authority, which invests in venture capital funds to support local startups.
This turns the fund into much more than a university initiative: it becomes a public bet on the potential of tech startups born inside Mines’ labs and classrooms.
And the early results already show this bet has everything going for it. 🚀
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What makes this fund different from the rest
Most investment funds focused on university startups follow a pretty similar playbook: raise money from private investors, select promising projects, and bet on growth. The Mines Venture Fund II does that too, but with a twist that changes the game quite a bit. By having $5 million come directly from the state government, the fund creates a kind of public vote of confidence that few ecosystems can replicate. It’s not every day that an American state puts public dollars directly into university seed funding focused on deep tech, and that detail says a lot about the direction Colorado wants to take in the coming years.
Brian Winkelbauer, president and CEO of the Mines Foundation, summed up the spirit of the initiative nicely by highlighting that the partnership with the state reinforces what Mines does best. According to him, innovation thrives through students’ hands-on experiences and the new ideas and solutions that emerge from faculty research activities. With the $5 million state match combined with a commitment to commercialization, the Mines Venture Fund II will help foster more Mines-affiliated startups and keep innovation growing in Colorado.
This public-private partnership model within an academic setting has a pretty interesting ripple effect. When the government steps in as a co-investor, it doesn’t just inject capital — it also lowers the perceived risk for other private investors who might eventually want to join the ecosystem. For the tech startups coming out of the Colorado School of Mines, this means a much more structured early path with access to mentorship, a network of contacts, and of course, capital to get off the ground. It’s the kind of support that makes a real difference during the most critical phase of any startup: those first months of life.
The Colorado School of Mines has a strong track record in engineering, applied sciences, and developing high-impact technologies. The previous fund, Mines Venture Fund I, launched in 2024, had already shown the model worked by investing in four seed-stage companies. Mines Venture Fund II was established last fall to incorporate state funding and arrives as a more robust, ambitious version of that vision. With a clear focus on applied innovation, the goal isn’t just to fund cool ideas but to turn serious scientific research into products and companies that can compete in real markets. That’s exactly what sets deep tech apart from other startup segments: the technical complexity involved demands more time, more capital, and a support ecosystem that goes well beyond the basics.
A portion of the Mines Venture Fund II profits will be reinvested back into the university, creating a permanent capital cycle. In practice, this means every successful startup helps fund the next wave of innovative companies. It’s a self-reinforcing engine that could become a model for other academic institutions across the United States.
Deep tech and innovation: why Colorado is betting big
When we talk about deep tech, we’re talking about startups that develop technologies based on deep scientific breakthroughs — things like advanced artificial intelligence, biotech, quantum computing, clean energy, and innovative materials. This isn’t the kind of company you throw together over a weekend with a simple MVP. These startups take years to mature, require highly specialized technical teams, and need partners who understand that the returns might take a while — but when they come, they tend to be transformative. That’s exactly why public investment makes sense here: the private sector alone doesn’t always have the appetite to bet on projects with a five- to ten-year horizon.
Managing director Ed Messman explained that the fund has a specific interest in investing in deep tech — the kind of innovation that creates breakthroughs in fundamental science and engineering challenges, generating lasting value and intellectual property that’s hard to replicate. According to Messman, the last decade brought fundamental scientific advances that are now turning lab experiments into viable startup opportunities. Mines has built a world-class innovation ecosystem to encourage broad commercialization, with the venture fund tightly coupled to the university’s commercialization initiatives, expanding that entrepreneurial culture across the entire Mines community.
Mines president Paul C. Johnson complemented that vision by stating the venture fund will accelerate and expand the impact Mines has on the world, especially at a time when industry and the country are seeking new tools, processes, and commercial solutions for needs and opportunities in energy, critical minerals, artificial intelligence and quantum technologies, healthcare, and space exploration.
Colorado already has a solid tech ecosystem, especially in Denver and Boulder, with a tech startup scene that has been growing steadily in recent years. But the state wants to go beyond the basics, positioning itself as a national hub for deep tech and applied research. With strong universities, access to qualified talent, and now a well-structured public-private investment fund, Colorado is building the pillars needed to attract not just capital but also the best researchers and entrepreneurs in the country. This combination of factors creates a fertile environment for complex ideas to become real businesses with lasting impact.
Another point worth noting is the impact initiatives like this have on building an entrepreneurial culture inside universities. When students and researchers know there’s a clear path between the research they’re working on and a startup with real capital and mentorship support, the mindset shifts. Innovation stops being an abstract concept and becomes a concrete possibility. This creates a virtuous cycle: more researchers thinking about practical applications, more startups emerging, more success stories inspiring the next generation. The Mines Venture Fund II isn’t just an investment fund — it’s also a project of culture and mindset transformation inside one of the most technically rigorous academic environments in the United States. 💡
Ambitious target: around 40 companies in four years
The Mines Venture Fund II aims to invest in approximately 40 companies over the next four years. That number shows the scale of the ambition and the confidence that the Colorado School of Mines ecosystem can generate a consistent pipeline of startups with real market potential.
The tech startups receiving support will likely operate in areas like energy, sustainable mining, critical minerals, advanced materials, artificial intelligence, quantum technologies, healthcare, and space exploration — which are precisely the historical and emerging strengths of the Colorado School of Mines. But the scope doesn’t have to be limited to those fields: innovation in deep tech is connecting areas that once seemed separate, and it’s common to see startups that combine, for example, artificial intelligence with materials engineering, or high-performance computing with sustainable industrial processes. This kind of interdisciplinary approach is exactly where Colorado has the potential to stand out from more traditional ecosystems.
With $10 million in seed capital available, the fund has the capacity to support a meaningful number of startups in their earliest stages, where the risk is highest and the support is most needed. Beyond the money, what these companies will gain is access to capital, operational expertise, and connections through powerful academic and commercialization networks. For deep tech startups, this kind of non-financial support can be just as valuable as the capital itself, because it shortens the time needed to validate technical hypotheses and reach a minimum viable product for the market.
What already worked: results from Mines Venture Fund I
To understand the potential of Mines Venture Fund II, it’s worth looking at what already happened with the first fund’s investments. The four companies that received capital from Mines Venture Fund I are already showing very promising trajectories.
GelSana Therapeutics
GelSana Therapeutics was the first investment from Mines Venture Fund I, receiving $250,000. The company was founded by Melissa Krebs, an associate professor at Mines, who invented a wound care gel capable of accelerating healing and providing sustained drug release over time. In 2025, the company was selected from among 1,500 applicants for the national MedTech Innovators competition. GelSana is on the verge of commercializing the product, which represents a major milestone for a startup born inside a university lab.
AndrenaM
AndrenaM had one of the most impressive outcomes: it raised $10 million in just 36 hours to fund its real-time underwater monitoring network. The AI-powered sonar technology has the potential to revolutionize naval defense, port security, and environmental protection. The company was founded in 2024 by mechanical engineering alumni Matej Cernosek and Alex Chu, both Mines graduates, and received $155,000 from Mines Venture Fund I. 🔊
Infinite Outdoors
Infinite Outdoors was founded in 2020 by Mines alumnus Sam Seeton and David Rhine, with the goal of expanding access to over one million acres of landlocked private and public lands while giving landowners control over their properties. In 2025, the company launched Access Granted to open up access to isolated public areas. The platform has 25,000 members, and revenues grew 62% from 2024 to 2025. The company received $99,977 from Mines Venture Fund I.
XtremeX Mining Technology
XtremeX Mining Technology is building a first-of-its-kind hybrid drilling platform designed to be faster, safer, and more sustainable. The technology could transform how companies explore for battery metals and precious metals. Recently, the company raised $11 million in Series-A funding ahead of a six-week testing phase at Ivanhoe’s mineral site in Arizona. XtremeX received $125,000 from Mines Venture Fund I.
The bigger picture: what this means for the deep tech ecosystem
Colorado’s move comes at a time when the debate over investment in frontier technology is hotter than ever. With the global race for leadership in artificial intelligence, quantum computing, and clean energy, the states and countries that manage to build solid deep tech ecosystems will come out ahead in the coming decades.
Ed Messman captured the moment well when he said you can feel the excitement about Mines’ growing role as a central player in Colorado’s innovation economy. According to him, the fund is investing in Mines’ boldest ideas and unlocking massive opportunities in the deep tech space.
The Mines Venture Fund II is one piece on this larger chessboard, and the fact that Colorado decided to put public money into this play shows the state understands what’s at stake. For the tech startups that will emerge from this environment — with capital, operational support, academic networks, and a self-sustaining reinvestment model — the timing couldn’t be better. 🌎
