The Tax Loop: How UBI Tokens Become a Local Economy

In December 2025, the Marshall Islands quietly did something no country had done before: it launched a blockchain-based universal basic income. Every citizen—about 42,000 people spread across 29 atolls in the middle of the Pacific—receives approximately $200 per quarter in USDM1 tokens on the Stellar blockchain, distributed through the Lomalo digital wallet app. The tokens are fully backed by U.S. Treasury bills held in trust via the Compact Trust Fund, which has grown at 6.9% annually since 2004.

This is real. It is running. It is the first national UBI funded by a permanent endowment rather than annual appropriations.

And it has a problem.

The Problem: Tokens With Nowhere to Go

Nalu is a fisherman on Likiep, an atoll of about 400 people. When his first ENRA payment arrived—$200 in his Lomalo wallet—he was pleased but uncertain. What can he actually do with digital tokens on Likiep? There is one store. It doesn’t accept digital payments. The copra trader pays cash. The supply boat captain wants cash for freight. Nalu’s tokens sit in his wallet like a claim check with no counter to present it at.

El Salvador tried to answer this question with a mandate. The 2021 Bitcoin Law required all businesses to accept Bitcoin. It failed. By 2025, Bitcoin transactions had dropped to near zero outside the government’s own Chivo wallet. Forced adoption without organic utility doesn’t work.

The Bristol Pound (2012–2021) tried a different approach. Bristol’s local currency was accepted by the city council for council tax payments. This was its most distinctive feature and a primary driver of merchant participation. If you owed taxes and held Bristol Pounds, you had a guaranteed use for them.

The Bristol Pound still folded after nine years. But the insight was correct: tax acceptance creates a floor demand that voluntary currencies lack.

The Tax Loop

Government distributes tokens (UBI, benefits, salaries)
       |
       v
Citizens spend tokens at local vendors
       |
       v
Vendors accumulate tokens and remit them as tax
       |
       v
Government recirculates tokens as next period's distribution
       |
       v
[repeat]

Each step creates value:

• Distribution solves cold start. Everyone has tokens on day one. No chicken-and-egg problem.
• Spending creates local commerce. Tokens circulate, generating economic activity.
• Tax acceptance creates permanent demand. Tokens always have a floor use—you can always pay the government with them.
• Recirculation makes the system self-sustaining. The government doesn’t need to inject new money each quarter; it recirculates what it collected in taxes.

This is, in fact, how national currencies gained dominance historically. Governments imposed tax obligations payable only in the government’s currency, forcing everyone to acquire and use that currency. The tax loop is not a novel theory. It is a description of how money has always worked. The question is whether it can work at the scale of a Pacific atoll.

The Missing Piece: Local Commerce

The Marshall Islands has the distribution step. ENRA tokens arrive in wallets every quarter. What it doesn’t have is the local commerce layer—the place where Nalu can spend his tokens and Tia (the shopkeeper) can accept them.

Tia runs the only store on Likiep. She stocks rice, canned goods, fuel, fishing line. She extends credit to most families, tracking debts in a ruled notebook. Some debts get repaid. Some don’t. Tia absorbs the losses.

With Assign Onward, Tia gets her own blockchain. Tia’s General Store (TGS) chain—running on a Raspberry Pi in her store, connected to her satellite internet. One TGS credit equals one dollar of store goods. Her nephew Mako, an IT worker on Majuro, sets it up in a weekend and acts as the exchange agent bridging ENRA tokens to TGS credits.

Now when Nalu walks in needing a fishing reel ($35) and a bag of rice ($12), he sends 47 ENRA tokens from his wallet. Mako’s exchange agent automatically credits Nalu with 47 TGS on Tia’s chain. Tia sees the payment on her tablet. She hands Nalu his goods. For the first time, a retail purchase on Likiep has been recorded on a transparent, verifiable ledger.

Why Not Just Accept ENRA Directly?

A reasonable question: why doesn’t Tia just accept ENRA tokens in her Lomalo wallet and skip the complexity of her own chain? She could sell goods for ENRA, accumulate ENRA, and remit taxes in ENRA. The tax loop would still close. No Raspberry Pi, no nephew, no exchange agent.

She could. And for a shopkeeper in Majuro with reliable internet and a simple cash-register business, that might be enough. But Tia is on Likiep, and her situation has three features that a Lomalo wallet can’t handle:

She needs to work offline. ENRA runs on Stellar. Stellar requires an internet connection to confirm transactions. On Likiep, the satellite link drops during storms, overloads during school hours, and disappears entirely during typhoons. Tia’s Raspberry Pi processes TGS transactions locally. Her store keeps operating when the satellite is down. When connectivity returns, Mako’s exchange agent settles the accumulated TGS against ENRA. If Tia relied solely on ENRA, every satellite outage would shut down her digital payments—and on an atoll that gets hit by tropical storms, that’s not a theoretical risk.

She already extends credit, and needs a ledger for it. Tia’s ruled notebook tracks who owes what. Some debts get repaid. Some don’t. She has no way to distinguish reliable borrowers from chronic defaulters except her memory. Her own chain turns informal credit into recorded obligations. When Nalu buys rice on credit, the TGS chain records the debt. When he pays it back, the chain records the repayment. Over time, Tia gets something she never had: a credit history for each customer. ENRA tokens are bearer instruments—they can represent a payment, but they can’t represent “Nalu owes me $15 for last week’s rice.”

She gets a business ledger, not just a balance. A Lomalo wallet shows Tia how many tokens she holds. It does not show her daily revenue, her most popular products, her seasonal patterns, or her profit margin. Her own chain records every sale as a transaction. At tax time, she doesn’t need to reconstruct her income from a notebook—the chain is her books. For a government trying to implement VAT on remote atolls, this is equally valuable: Tia’s chain provides the transparent audit trail that makes tax compliance straightforward rather than adversarial.

Tia’s chain is independent. It is not a sidechain. It is not a layer-2. It is not a smart contract on someone else’s platform. Tia’s chain represents Tia’s store, Tia’s inventory, Tia’s credit relationships. If the government’s ENRA system changes terms, gets delayed, or goes down entirely, Tia’s chain keeps running—her customers can still buy goods with TGS credits, and she can settle up with ENRA when it’s back.

Mako’s exchange agent bridges the gap. He holds inventory in both ENRA tokens and TGS credits. When Nalu spends ENRA, Mako receives ENRA and sends TGS. When Tia wants to convert accumulated TGS back to ENRA (to pay the supply boat, or to remit taxes), Mako does the reverse. He earns a small spread for this service. This is a human role, not a smart contract—Mako’s reputation as Tia’s nephew and an IT professional on Majuro is his collateral.

Closing the Loop

The Marshall Islands doesn’t currently have a VAT, but the IMF and Pacific Financial Technical Assistance Centre have been pushing for broad-based VAT implementation in 2026. When it arrives, the loop can close:

1. Government distributes $200/quarter in ENRA tokens to every citizen
2. Citizens spend ENRA at Tia’s store (via exchange agent)
3. Tia accumulates TGS credits, which she converts back to ENRA via Mako
4. Tia remits VAT in ENRA tokens to the government
5. Government recirculates collected ENRA as next quarter’s UBI distribution

The government gets something it never had before: a transparent audit trail of how UBI funds flow through the economy on remote atolls. This matters because the Compact Trust Fund is backed by U.S. taxpayer money—demonstrating exactly where every dollar goes is a powerful accountability tool for maintaining donor confidence.

What It Costs

On an atoll of 400 people doing 30–50 transactions per day, recording fees cover the cloud backup and validator costs. No external subsidy is needed for the infrastructure itself.

The Low-Bandwidth Advantage

Most blockchain systems assume reliable broadband internet. On Likiep, the satellite link drops during storms, overloads during school hours, and costs more per megabyte than anywhere in the continental US.

A typical Assign Onward transaction is a few hundred bytes. A full day’s activity—50–100 transactions—totals a few tens of kilobytes. The entire chain could sync between the Pi and a backup server on Majuro using the bandwidth of a single low-resolution photo.

In an emergency—typhoon, cable cut, satellite failure—a Meshtastic LoRa node ($30 hardware, battery or solar powered) on each islet could in principle relay transactions across the atoll entirely off-grid. Tia’s store keeps operating while the rest of the world’s digital payment infrastructure is down. The wire format was designed from the beginning to support it. LoRa mesh transport is a planned addition, not yet built.

Where Else This Applies

Any country or territory that distributes benefits to a dispersed population with limited banking infrastructure:

• Tonga (remittances = 40% of GDP, 170 islands)
• Samoa (remittances = 30% of GDP)
• Dominica (already deployed the MLajan mobile wallet post-hurricane)
• Vanuatu (83 islands, 15% GDP from remittances)

In each case: government distribution seeds the economy with tokens, local vendor chains give the tokens somewhere to go, tax acceptance creates the demand that closes the loop. Whether the flywheel spins depends on whether each participant finds it easier than the status quo—which, on islands that have managed with cash and notebooks for generations, is not guaranteed.