The easiest way to understand UP.Partners is to look at where it works: beside the runway at Santa Monica Airport. This is not a venture firm pretending that software alone can reorganize the physical world. Its roots are in airplanes, operations and the awkward reality that atoms must be manufactured, certified, financed, fueled and repaired. That history now supports a wider wager. Artificial intelligence is escaping the laptop and entering vehicles, factory lines, power grids, warehouses and machines. UP.Partners wants to finance the escape.
The firm calls this the seam where intelligence meets infrastructure. Its seed and early-stage arm, UP.Ventures, backs companies that pair software with consequential hardware: autonomous drones, electric aircraft, machine vision, energy systems, robotics and the digital plumbing of logistics. Its portfolio includes BETA Technologies, Skydio, UnitX, LineVision, Noble Machines and Havoc. The individual machines vary wildly. The shared question is consistent: can intelligence make a stubborn physical system work better?
A fund with an operating system
UP.Partners formally launched in 2020, founded by Ben Marcus, Cyrus Sigari and Adam Grosser. Marcus and Sigari had already built jetAVIVA, an aircraft sales business, and Marcus later founded drone-airspace platform AirMap. Grosser brought experience spanning Apple, energy and growth investing. Their shared advantage was not merely enthusiasm for transportation. They understood the people, rules and balance sheets surrounding it.
The firm announced the final close of its first $230 million fund in October 2021. Alaska Air Group invested through its newly created venture arm, alongside backers including Toyota-linked Woven Capital, Standard Industries, Hillwood, OSM Maritime and Cathie Wood. That mix says almost as much as the dollar figure. These are organizations with aircraft, factories, property, ships and industrial reach. For a hardware founder, one useful introduction can matter more than another round of cheerful advice.
“Built things first. Funded things second.”
The business model begins conventionally: raise venture funds, collect management fees and earn carried interest when investments produce returns. The private terms are not disclosed. Around that familiar core, however, UP.Partners has assembled a more unusual operating system. Its fund finds and finances companies. UP.Labs creates new ones with enterprises. UP.Summit convenes the network. UP.Abundance connects investment to a specific place. Each part can feed the others with problems, founders, customers or capital.
The UP operating system
Invest early in intelligent physical systems and the technology beneath them.
Start with a corporation's expensive problem and build a standalone company around the solution.
Put founders, operators, policymakers and investors in one room before they need one another.
Back energy and mobility companies that establish a real operating presence in New Mexico.
The customer arrives before the company
UP.Labs is the clearest departure from ordinary venture capital. The lab works with a large company to identify a high-value operational problem that a startup can plausibly attack. It then recruits a team, forms a company and builds a product with the enterprise embedded as a design partner and equity co-owner. Porsche was the flagship launch partner. Alaska Airlines followed with an aviation lab focused on areas such as network planning, maintenance and revenue management.
This reverses the standard order. Most founders build a product, search for customers and discover that procurement has the warmth of a locked hangar in February. UP.Labs starts with demand. Odysee, for example, emerged as an AI-enabled approach to airline schedule optimization. Pull Systems was built with Porsche around electric-vehicle performance data. AutoUnify addresses the thicket of integrations between automotive manufacturers and retailers. The goal is not a custom consulting project but an independent, industry-extensible company.
The intended customers are therefore two-sided. Founders get capital, domain access and a credible first user. Corporate partners get software designed around a costly problem, plus equity exposure if that solution travels beyond their walls. The arrangement also creates a sharper test: if an operational pain is not important enough for an incumbent to share data, time and ownership, it may not deserve a startup.
From movement to the Kinetic Age
For years the firm's language centered on transforming the moving world: moving people and goods cleaner, faster, safer and at lower cost across land, air, sea and space. That remains the connective tissue. But its current scope is wider. In 2026, UP.Partners renamed its annual Moving World Report The Kinetic Age. The new frame covers robotics, autonomous systems, defense, energy, reindustrialization and the capital required to make AI useful in physical settings.
Where the thesis shows up
That evolution reflects the portfolio more than a branding exercise. A drone that navigates without GPS, a vision system that spots manufacturing defects and a transmission monitor that increases grid capacity all belong to different industries. Yet each combines perception, software and expensive physical assets. Each must survive conditions a pure software product can ignore. Reliability is not a feature request when a machine is in the air or attached to a power line.
This is also where UP.Partners sits in the market. It competes for deals with deep-tech specialists such as Eclipse Ventures and DCVC, mobility investors including Trucks Venture Capital and Fontinalis, climate funds, corporate venture groups and venture studios. Its distinction is the combined platform. Plenty of funds know hardware. Plenty of consultancies know enterprise problems. Fewer can offer an early check, a company-building apparatus, corporate access and a recurring room full of influential operators.
The summit before the fund
That room existed before the firm. UP.Summit began in 2017 as a small gathering in Wyoming and grew into an invitation-only event co-hosted with Tom and Steuart Walton and Ross Perot Jr. It brings together founders, chief executives, investors, policymakers and defense officials around transportation and technology. Deals reportedly emerged among attendees before UP.Partners itself existed. The founders eventually turned that informal flow of trust and ideas into an institution.
A summit can easily become theater: impressive vehicles, famous guests, very good jackets. Its strategic value is more prosaic. Regulated industries move through relationships. A founder may need a customer, a manufacturing partner, a government conversation and patient capital in the same year. Repeated, curated contact shortens the distance between those needs. The event is not proof that any technology will work, but it can remove the social friction that keeps working technology stranded.
A place to build the big thing
UP.Abundance adds geography to the system. Publicly launched in 2025 with backing from the New Mexico State Investment Council, the strategy invests in mobility, energy and climate companies that have or establish a presence in the state. Its pitch combines venture access with comparatively affordable land, national laboratories, public incentives and an administration interested in advanced industry. The fund reported six investments in its first six months.
For software, location can be a tax question. For fusion, aerospace or advanced manufacturing, it is part of the product plan. Facilities need space. Testing needs permission. Teams need skilled labor, power and suppliers. UP.Abundance can invest up to $1 million according to its public site, but the more valuable role may be brokerage: connecting a company to state officials, infrastructure and other funds already obligated to look for New Mexico opportunities.
In May 2026, UP.Partners announced a strategic relationship with TWG Global to expand its work in physical-world technology. The firm did not disclose transaction economics, so the consequence is best judged over time. Still, the direction is consistent. More capital and broader institutional reach are useful when the companies in question need factories, fleets and government customers rather than a few more cloud credits.
The hard part is still hard
No ecosystem cancels physics. Hardware timelines stretch, certification slows adoption, factories consume capital and corporate partnerships can turn a nimble startup into a committee with a cap table. A portfolio spanning aircraft, robotics, fusion and infrastructure carries technical and financing risks that subscription software usually avoids. UP.Partners' model is an attempt to price and reduce those risks, not make them disappear.
That restraint is what makes the firm worth watching. The thesis does not depend on every robot becoming a person or every aircraft becoming electric next Tuesday. It depends on a simpler observation: intelligence is being embedded in the systems that produce, carry and power the economy. As that happens, the winning companies will need more than clever models. They will need operators, customers, regulators, industrial sites and investors comfortable when the demo weighs several tons.
UP.Partners has arranged itself around those needs. Its edge is less a secret algorithm than a carefully assembled set of doors. The fund can open one to capital, the lab to a first customer, the summit to a network and New Mexico to a place where something large might actually be built. The machine only works if strong founders walk through. But in physical AI, knowing which doors matter is already a meaningful start.