GenLab · Orbital Infrastructure Fund

Space is scaling faster than the infrastructure beneath it.

Launch gets you to orbit. Operating there requires four foundational capabilities — navigation, sensing, autonomy, and logistics. We invest in the companies building those rails.

Operator-led Dual-use Allied-aligned

GPS defined navigation. Cloud defined compute. Launch defined access to orbit. The companies that define control will own what comes next.

The GenLab thesis

01The Problem

Orbit is becoming crowded, contested, and economically decisive.

The buildout is no longer speculative — it is contracted, funded, and accelerating. What hasn't kept pace is the infrastructure required to operate at that scale.

329

Orbital launches in 2025 — an all-time record

4,500+

Satellites deployed in 2025, up 54% year over year

13,000+

Active satellites on orbit entering 2026

$1.8T

Projected space economy by 2035

Sources: BryceTech · Jonathan's Space Report · McKinsey & Company

Scale without rails

Deployment has outrun operations.

Annual satellite deployment has grown roughly ninefold since 2019. The systems for coordinating, maneuvering, and sustaining those fleets have not grown with them.

A contested domain

Orbit is now an operational theater.

Resilience, maneuverability, and control in space are no longer research priorities — they are matters of national capability for the United States and its allies.

The bottleneck moved

Launch is solved. Operations are not.

Launch costs fell more than 90% in a decade. Access is no longer the constraint. The hard problems — and the durable value — moved up the stack.

02The Thesis

Launch gets you there. Four capabilities let you stay.

Every operational system in orbit depends on the same foundational layers. They are the rails of the orbital economy — and they are where we invest.

Orbital navigation diagram with waypoints and reference orbits

CAP / 01

Navigation

Position, timing, and control in environments where GPS doesn't reach. The layer every other system in orbit depends on.

PNT · GPS-denied · Mission control

Sensing diagram showing a sweep cone and tracked objects

CAP / 02

Sensing

Persistent awareness of what is happening in orbit and on Earth — perception, characterization, and intelligence at machine speed.

Perception · Domain awareness · Intelligence

Autonomy diagram showing a coordinated mesh of autonomous systems

CAP / 03

Autonomy

Systems that route, coordinate, and defend themselves. Human direction, machine execution — because orbit doesn't wait for a ground station.

Edge compute · Command & control · Teaming

Logistics diagram showing transfer orbits and a servicing depot

CAP / 04

Logistics

Movement, servicing, manufacturing, and the industrial supply chains that sustain operations in orbit — and the capital systems behind them.

Servicing · Manufacturing · Supply chain

03Posture

Defense-forward. Dual-use by design. Built with allies.

We are American investors aligned with U.S. space and defense priorities — and we work where our allies build, from Berlin to Tokyo to Brussels.

U.S.-anchored

Aligned with the mission.

Our companies work inside American space and defense programs. We invest where national capability and commercial markets reinforce each other.

Dual-use by design

Two markets, one system.

Every investment must serve both a government mission and a commercial market. Dual-use revenue is a requirement, not a bonus.

Globally engaged

Allied by conviction.

Space infrastructure is being built across the alliance. We maintain working relationships in Germany, Japan, the United Kingdom, and across NATO.

US

United States

DE

Germany

JP

Japan

UK

United Kingdom

NATO

Alliance Programs

04Portfolio

One studio launch. A portfolio of investments.

Companies across space, autonomy, intelligence, and the infrastructure beneath them.

Kyberis Psionic iMetalX Gambit Astra Seer AI Klear BNNT Materials MagLev Aero Leela.ai AAI Solutions Tranquil Data

05The Firm

Operators inside the environments where orbital infrastructure is defined.

GenLab is led by operators who have built infrastructure their entire careers — from the early web through the Department of Energy's national laboratories and NASA's programs. We have watched the same pattern repeat for thirty years: new technology deploys, infrastructure forms beneath it, and an industry matures.

Orbit is that pattern, happening again. We don't evaluate it from the outside — we work where it is being built.

Network diagram representing the GenLab operating network

Contact

Building in navigation, sensing, autonomy, or logistics?

We want to hear from founders building the rails of the orbital economy — and from institutions that think in decades.