The future, according to 8090 Industries, has a surprising amount of plumbing. It needs transmission lines and pressure vessels, feedstock and furnaces, launch pads and machine tools. It occasionally needs a microbe dropped into an old oil well. This is not the usual picture of venture capital, where a small team can turn cloud credits and caffeine into a global product. It is the physical economy, where a good idea may spend years negotiating with chemistry, regulators and concrete.
8090 was formed by Rayyan Islam and Kerem Ozmen around 2020 to invest in that difficult terrain. The firm is headquartered in New York and describes a presence in Dallas, Houston, Washington, D.C., and London. Its three broad lanes are advanced manufacturing, energy and infrastructure, and aerospace and defense. A current company profile lists more than $1 billion in assets under management, three deployed funds and multiple incubations. The supplied company data puts the team near 20 people - compact beside the scale of the machinery on its website.
Its name is a miniature thesis. The 80 and 90 refer to the 1880s and 1890s, the decades associated with Carnegie, Rockefeller, Edison and Morgan. The firm is not coy about wanting another industrial age. What makes the reference interesting is not the nostalgia but the mechanism: today's established industrialists back founders who may become tomorrow's. Money moves in one direction; access to customers, sites, supply chains and operating experience is supposed to move with it.
The check comes with a phone book
Venture firms often claim a network. 8090's version is unusually literal: industrial families and conglomerates whose existing businesses drill, mine, manufacture, move goods and consume energy. For a software founder, a friendly corporate introduction can be helpful. For an e-fuels company, a credible buyer or project partner can determine whether a plant gets financed at all. For an advanced-materials startup, a manufacturer willing to validate product can be the difference between a clever sample and a bankable factory.
That is the central problem 8090 says it solves. Industrial startups do not merely need product-market fit. They need technology-market-infrastructure fit. Their customers are often conservative because downtime is expensive. Their facilities require large checks before revenue arrives. Their supply chains contain specialized equipment with long lead times. They operate inside policy, permitting and commodity systems they did not design. A generalist investor can fund the experiment; an industrially connected investor may help arrange the next proof point.
The hard-tech crossing
The firm's customer base therefore has two sides. Limited partners - wealthy industrial families, companies, foundations and other strategic institutions - seek financial exposure to the industrial transition. Founders seek capital plus commercial help. 8090 sits between them, collecting management fees and, if investments succeed, a share of profits through carried interest. Exact fee terms are private, but the structure is recognizable venture capital. The added product is translation between the laboratory and the loading dock.
“Today's industrialists backing the next generation of industrialists.”8090 Industries' organizing line
A portfolio you can trip over
The industrial-decarbonization portfolio reads like a tour of stubborn emissions. Oklo develops advanced fission plants intended to provide reliable power and use recycled nuclear material. Infinium makes synthetic fuels designed to drop into existing engines and industrial processes. Cemvita uses biology to turn waste carbon into fuels and chemicals. Quaise applies millimeter-wave drilling to geothermal heat. Circ separates blended textiles for recycling. REGENT is developing all-electric seagliders for coastal transport. Exowatt stores solar energy as heat for round-the-clock power and industrial use.
These companies share neither a laboratory discipline nor a customer. They share a scaling problem. Infinium's commercial progress is measured in plants and long-term fuel agreements, not app downloads. Cemvita's significance rests in moving engineered microbes into repeatable industrial production. Quaise must turn a drilling method into projects. Each needs patient capital, engineering credibility and a path to someone who buys large quantities of energy, material or equipment.
The newer Zenith strategy widens the aperture from decarbonization to mission-critical systems. Armada takes compute, storage and connectivity into remote operations; Atomic Industries applies AI to tool and die manufacturing; Varda manufactures in space; Galvanick protects industrial assets from cyberattack. Here, AI appears less as a chatbot than as demand for power, machines, data centers and secure infrastructure. That framing separates 8090 from investors whose AI thesis ends at software.
What different looks like in practice
The cleanest recent example is Armada. In May 2026, 8090 co-led the edge-infrastructure company's $230 million Series B with BlackRock and Overmatch. The financing arrived with a Johnson Controls agreement connected to a major Arizona manufacturing facility. Capital, a large industrial partner and production capacity appeared in the same announcement. That bundle is exactly what 8090 markets.
Two months later, the firm and Next Phase Capital co-led a $3.85 million seed round for Forge Industries. Forge converts hard-to-recycle waste into engineered fuel and plans its first U.S. facility outside Las Vegas. The round is small next to Armada's, but the industrial logic is similar: the company must secure waste streams, prove unit economics, construct a facility and sell fuel into a demanding market. The investor's usefulness will be judged after the pitch deck has been closed.
More permitting, equipment, working capital and customer validation lengthen the road from prototype to recurring revenue.
8090 also incubates rather than only invests. Islam is a co-founder of Gold Hydrogen, a Cemvita spinout that uses microbes in depleted oil reservoirs to produce hydrogen. The company says it completed field work in the Permian Basin in 2022 and targets production below $1 per kilogram. Islam has also described helping incubate Maple Materials, which converts carbon dioxide into synthetic graphite for lithium-ion battery anodes. Incubation increases potential ownership and control, while demanding more time and exposing the firm to company-building risk.
Proof, patience and the portfolio effect
There are visible wins. Oklo completed its public listing in 2024; Bloomberg reported that 8090's early investment had gained at least 275 percent around that event. Infinium opened a commercial e-fuels facility in Texas and secured fuel agreements with Amazon and American Airlines. Exowatt announced a $20 million seed round in 2024 with Atomic, Andreessen Horowitz, Sam Altman, 8090, Felicis and Climate Capital, then reported capacity reservations as it prepared deployments. These are meaningful commercial markers, though none erase the execution risk inherent in building power plants, fuel systems or factories.
The firm's competitors know this terrain. Lux Capital, DCVC, Eclipse Ventures, Construct Capital, Breakthrough Energy Ventures, Lowercarbon Capital, Energy Impact Partners, Congruent Ventures and The Engine all chase pieces of deep tech, climate, manufacturing or infrastructure. Corporate venture funds may offer even more direct customer access. 8090's differentiation is the concentration of industrial backers, the willingness to work across a company's lifecycle and the mix of investment with incubation.
That model also carries tension. Strategic networks can accelerate a company, but industrial incumbents move deliberately. Capital-intensive startups can create enormous value, but a failed demonstration or permitting delay consumes real money. A portfolio tied to energy abundance and national security can benefit from policy support and still be exposed to policy changes. The romantic image of a new Carnegie is easier to print than a turbine blade.
The firm's real product is not capital alone. It is a shorter distance between a technical breakthrough and someone willing to build, buy or finance it.
Where 8090 fits now
The market has moved toward 8090's original premise. Data-center growth has made electricity a technology bottleneck. Supply-chain shocks have pushed manufacturing capacity into boardroom conversation. Governments are spending on defense, semiconductors, critical minerals and domestic infrastructure. Climate investing has shifted from carbon-accounting software toward power, fuels and industrial processes with measurable physical output.
8090 occupies the overlap: part climate investor, part hard-tech fund, part industrial holding-company apprentice. It does not sell products to the public. A founder with a reactor design, a new manufacturing process or a remote-compute system can seek its capital and network. An industrial family can use the fund to invest beyond its operating business without pretending it has built a Silicon Valley venture team overnight.
The wager is easy to state and hard to settle. Software changed how industry works; now industry must build the energy, machines and infrastructure that software increasingly requires. If 8090 is right, the next defining technology companies will still employ brilliant coders. They will also own factories, negotiate fuel contracts and care deeply about the price of a kilowatt-hour. Somewhere, an investor will need steel-toed shoes.