SPACE NEEDS
A BANK

The first mistake: imagining a bank branch on the Moon

A space bank will not begin with a marble lobby under a glass dome.

It will begin with a ledger.

Distance changes finance before it changes architecture. The farther an economy moves from Earth, the less practical it becomes to ask an Earth-based institution to approve, verify and settle every transaction in real time.

PayPal asked the first obvious question

In 2013, PayPal launched PayPal Galactic with the SETI Institute, Buzz Aldrin and other space leaders. The initiative was explicitly created to explore how universal payments could work beyond Earth.

The important part was not the product. There was no Martian currency and no lunar wallet.

The important part was the shift in frame: space commerce would eventually need payments, fraud controls, risk management and financial rules designed for an environment where “Earth” is no longer the same thing as “local.”

PayPal President David Marcus made the first-principles point: cash is not going to space.

Researchers described an actual Space Bank

In 2016, Bruce Cahan, Irmgard Marboe and Henning Roedel published Outer Frontiers of Banking: Financing Space Explorers and Safeguarding Terrestrial Finance in New Space.

The paper moved the discussion from payments to banking.

It examined valuation, financing, insurance, transaction structures and the problem of funding space-borne assets whose economics cannot be understood only through terrestrial cash flows. The authors explicitly described a space bank and argued that space banking, finance and insurance should be treated as enabling technologies for long-duration human activity beyond Earth.

A habitat without financing is a prototype. A mine without a capital structure is geology. A power system without bankable claims on future output is an engineering project waiting for a budget.

J.P. Morgan put value transfer in orbit

Then theory touched hardware.

J.P. Morgan worked with GomSpace to deploy blockchain infrastructure on low-Earth-orbit satellites. The bank first executed token transfer between Earth and a satellite. Then it deployed tokenized value logic and tested ledger continuity while ground connectivity was interrupted.

Finally, it executed a transaction between two satellites.

No permanent Earth connection was required for the peer-to-peer step.

This matters more than the word “blockchain.”

The real breakthrough is that two machines outside Earth’s surface infrastructure can maintain financial state and execute a transaction autonomously.

Once machines can buy services from machines, orbital infrastructure starts behaving less like a fleet of remote equipment and more like an economy.

The Moon changes the architecture

J.P. Morgan has also publicly explored the implications of payments beyond low-Earth orbit.

On Earth and in LEO, connectivity is good enough that terrestrial financial institutions can remain the center of the system.

The Moon is different.

Latency is still manageable for humans, but constant dependence on Earth for every small financial state change is inefficient. Communications can be interrupted. Bandwidth has a cost. Local commerce will eventually require local continuity.

This is not science fiction. It is distributed systems engineering applied to money.

Europe began building a dedicated space-finance channel

In November 2025, the European Investment Bank announced Space TechEU, its first dedicated financing programme for the European space sector.

The programme is expected to include €500 million of EIB financing and mobilize about €1.4 billion together with commercial banks. The European Space Agency is expected to provide sector and technical expertise.

This solves a very terrestrial problem.

Most banks do not know how to underwrite launch risk, orbital lifetime, mission failure, technology readiness, constellation economics or space-specific operational dependencies.

So the first stage of space banking is not opening a branch on Mars.

It is teaching finance how to understand a space asset.

The boring problem is the real problem: collateral

A bank becomes real when someone asks a bad question:

The UNIDROIT Space Protocol to the Cape Town Convention was designed to create a predictable international framework for interests in space assets and to facilitate asset-based financing.

As of 30 August 2026, the Protocol is still not in force. UNIDROIT’s current status page lists Paraguay and the Democratic Republic of the Congo among the accession states, while Article XXXVIII requires ten instruments of ratification, acceptance, approval or accession, together with the required registry condition, before the Protocol can enter into force.

Mars already has monetary theories

In 2025, Jacob Haqq-Misra published A Model for Economic Freedom on Mars in Space Policy. The paper explores a sovereign Mars with full-reserve banking, restricted exchange with fractional-reserve Earth currencies and a monetary system adapted to the constraints of a permanent settlement.

You do not have to agree with the model.

The important point is that the question has changed.

Money went virtual before it went to space

David Graeber’s Debt: The First 5,000 Years is useful here because it attacks a persistent myth: that barter came first, coins came next, and credit arrived later.

Graeber’s account emphasizes the much older role of credit systems, accounting units and recorded obligations. Money has often functioned first as a way to measure who owes what to whom, not as a physical object moving hand to hand.

Space will push finance in the same direction.

Sending gold to the Moon would be stupid.

Sending a reliable system for recording obligations would not.

The first off-world bank is therefore likely to be less physical than almost any bank in history.

What is still missing

The pieces exist, but they are fragmented.

• PayPal Galactic framed the problem of off-world payments.
• Cahan, Marboe and Roedel described a viable space-banking concept.
• J.P. Morgan demonstrated tokenized value transfer between satellites.
• EIB and ESA are building specialized capacity to finance the space sector.
• UNIDROIT is building the legal grammar for security interests in space assets.
• Researchers are already modeling monetary systems for permanent settlements.

What does not yet exist is one integrated institution that treats off-world productive capacity as a native financial domain: