Seed Round · 2026

Building
Autonomous
Factories for
Space Infrastructure

starforgerobotics.com

Orbital data centres:
The next frontier that needs launch stack

Companies that own their launch infrastructure will be the ones that make orbital commute economically feasible.

The industry needs 10s of 1000s of reusable rockets — not over the next decade, but effectively right now.

This demand cannot be filled with current rocket development costs and timelines. Starship development alone has already consumed $20 billion.

Physical AI is the key to space

Today most of the time and money in rocket infrastructure goes into learning through real world launch attempts.

Every test, every failure and every iteration exists just to make the system 1% better.

A rocket program spans hundreds of thousands of components, millions of design decisions, years of test data.

Humans are remarkably bad at one thing — holding vast, interconnected context simultaneously.

We have built the Physical AI stack
for Space Infrastructure

01

Our Physical AI stack can ingest every simulation run, every failure mode, every material property, and every environmental variable — and iterate on all of it simultaneously. This compresses years of development cycles to months.

02

The stack controls all humanoid robots that can use tools and drive heavy machines — required to build a fully autonomous space infrastructure.

Why us

01

Putting AI infrastructure in space requires a vertically integrated space tech company.

02

To train robot AI models we need physical data — we have solved this at scale.

03

We have the world's best AI model for robot industrial use cases.

FORGE-1 rocket

StarForge designed, simulated,
and built a
9-foot VTVL hopper rocket

9 ft
Vehicle Height
VTVL
Architecture
AI
Simulated

Built by operators

VS
Vipul Saini
CEO · Chief Engineer
Prev. Nymble Labs. Founded Cypherock, scaled to $600M AUM.
RJ
Rakshit Jain
Head of Mechatronics
Prev. Arka AeroSpace. IIIT Delhi. Deep aerospace manufacturing background.
CS
Chirag Singla
Leading AI
Prev. Cypherock. Core AI and systems engineering across multiple product cycles.
CS
Celia Sherman
Aerospace Lead
Aerospace Engineering, University of Miami. NAR Level 1 certified for high-power rocket launch.

How we stand better than competition

01
SpaceX / Starship

Starship has consumed $20 billion in development costs. SpaceX cannot reduce payload launch cost significantly without affecting total profit margins — leaving the market wide open.

02
The Physical AI Gap

No company has a physical AI solution deployed for space infrastructure development. We are uniquely positioned as the first mover in this category.

Our vision

Our first product will generate revenue as a rocket launch service provider for deploying orbital data centers in Low Earth Orbit.

SpaceX's launch service business revenue is estimated at approximately $4.1 billion in 2025 — this is our addressable wedge.

$100M
$1B
Post-Money Valuation
Seed
Round Stage
LEO
First Target Market