Defining the next trillion-dollar sectors.
Defining the next trillion-dollar sectors.
Independent Market Validation
SpaceX’s May 2026 S-1 filing, targeting a $1.75 trillion IPO, names a $28.5T total addressable market; defining in-orbit manufacturing, orbital AI infrastructure, and satellite servicing as core future markets. This independent analysis is the most scrutinised in the sector’s history, confirming the scale of the opportunity.
On 20 May 2026, DARPA - alongside NASA, the Naval Research Laboratory, and Northrop Grumman, confirmed the operational readiness of the first robotic satellite servicing vehicle. This signals real-world, government-backed validation for Orbital Locker’s approach.
Orbital Locker’s infrastructure is positioned at the intersection of these validated markets, providing the physical layer the orbital economy requires. Our market thesis is independently affirmed by industry and government leaders.
The SpaceX S-1
SpaceX’s S-1 is the most powerful indicator of long-term market trajectory ever produced for the orbital economy.
Scrutinised by the world’s top investors, the S-1 confirms a total addressable market of $28.5 trillion, establishing orbital infrastructure as an unprecedented investment domain.
Orbital Locker’s vision is aligned with this future, delivering the essential infrastructure for growth in orbital manufacturing and compute markets.
DARPA & Government Operational Validation
DARPA’s May 2026 announcement and partnership with NASA and Northrop Grumman marks the world’s first operational robotic servicing mission, independently confirming the necessity, commercial and practical of in-orbit servicing. This milestone is foundational for Orbital Locker’s pioneering work.
ORSemble: Autonomous Orbital Robotics
Operating autonomously in microgravity, hard vacuum, and extreme temperature cycles, ORSemble™ transcends terrestrial robotics. With no operational competitor, it is the world’s only autonomous workforce for the orbital economy.
While Tesla’s Optimus is optimized for stable Earth environments, ORSemble™ is engineered for constant radiation, 1,000x harsher conditions, and complete autonomy at scale.
This unprecedented capability validates a new frontier for both robotic platforms and the orbital services market, demonstrated by SpaceX’s S-1 and Orbital Locker’s deployment roadmap.
The Orbital Utility Facility: Orbital AI Compute
In September 2025, Orbital Locker submitted to NASA a fully engineered Orbital Utility Facility: a modular data center built on ORBlock™ architecture, providing over 8.2MW of AI-class compute power and supported by nuclear and solar sources.
This facility is designed to anticipate the demands of orbital AI infrastructure, predating even the SpaceX-Google orbital data center partnership. It embodies next-generation infrastructure for space-based computation.
Orbital Locker identified and initiated this strategy before it became central to the world’s most capitalised space company.
Industry Engagement
Orbital Locker has presented breakthrough solutions at the Dubai Airshow 2025 and SpaceCom Orlando 2026, drawing interest from aerospace primes, sovereign programmes, and commercial peers.
Engagements include US in-orbit logistics leaders and early discussions with orbital hospitality and satellite servicing innovators such as Ecliptic and US Space Force partners.
The Orbital Utility Facility has been submitted to NASA and is actively considered as the core platform for future orbital compute infrastructure. No MOUs or LOIs executed yet; commercial momentum is expected to accelerate upon prototype completion.
Revised Market Sizing: TAM/SAM/SOM
Metric | Original | Revised | Basis for Revision
TAM 2025 | $570B | $800B–$1T | Space economy + AI infra
TAM 2030 | $1T | $1.5T–$2T | Space + orbital compute
TAM 2055 | $10T | $15T–$20T | Space + AI infra multi-trillion
SAM 2030 | $11B–$15B | $60B–$100B | Industrial infra + orbit compute
SAM 2055 | ~$1.2T | $2T–$3T | Industrial infra + mature AI infra
SOM 2030 | $11B–$15B | $20B–$30B | Upward revision: pipeline
SOM 2055 | $600B–$1T | $800B–$1.5T | Industrial + compute infra
TAM layers presented as two independently justified markets, supported by third-party research and SpaceX S-1, May 2026.
SpaceX’s S-1 expands Orbital Locker’s addressable market both in core space operations and emerging orbital AI infrastructure. Our position as the facility layer is now independently validated.
Sources: SpaceX S-1 (May 2026), Futurumgroup, DARPA programme announcements.
Where Architecture Meets Infinity
