RESEARCH BUILD 01 · SPEC NIL/0.4.2
Money doesn’t move.
Obligations do.
NIL is an experimental settlement architecture that separates payment intent from capital movement. Obligations are compiled, routed, and netted across distributed liquidity domains — capital only moves for what a Netting Epoch could not resolve.
PAYMENT NETWORKS CONFUSE VALUE WITH MOVEMENT.
Modern payment infrastructure treats the movement of money as the mechanism through which economic obligations are resolved. But these are not the same thing. A payment represents an obligation. Capital movement is merely one possible way of satisfying it.
Capital travels across every boundary.
B receives local liquidity. Capital only moves when global imbalances require it.
The payment becomes an object.
NIL does not initially attempt to move €481.72. It creates an obligation describing what economic state must become true. An Obligation Object is a protocol representation of an unresolved economic commitment.
- CLASS
- P2H
- ORIGIN DOMAIN
- EUR-EU
- SETTLEMENT DOMAIN
- JPY-AP
- NOTIONAL
- €481.72
- EXECUTION WINDOW
- 720 SEC
- VISIBILITY
- MINIMAL
- SPEC
- NIL-002
- VERSION
- 0.4.2
Ω {
originDomain
settlementDomain
notional
unit
expiry
executionClass
disclosurePolicy
finalityCondition
}LIQUIDITY HAS GEOGRAPHY.
Liquidity is grouped into abstract Settlement Domains — bounded environments in which liquidity can achieve local finality, defined by currency, jurisdiction, payment rail, or local execution capability.
- AVAILABLE LIQUIDITY
- SIMULATED
- Reported capacity
- $2.5M
- Open obligations
- 128
- Exposure
- +EUR 184.3K
THE LAST MILE IS STILL LOCAL.
A Human Settlement Cellⓘ is a geographically bounded execution endpoint capable of converting an abstract settlement obligation into local economic finality. The HSCs shown here are simulated execution participants, not verified real operators.
- DOMAIN
- LD-EU-FR
- REGION
- France
- EXECUTION CLASS
- FIAT / LOCAL
- CAPACITY
- $18.4K
- OPEN EXPOSURE
- $3.8K
- WITNESS SCORE
- 0.9914
$1,900 of payments. $100 of movement.
Why move $1,900 when only $100 of imbalance remains?
NET CAPITAL DISPLACEMENT REQUIRED: $100 · SIMULATED SCENARIO
THE NETWORK IS A GRAPH OF DEBTS.
Nodes are Settlement Domains, HSCs, and Obligation Objects. Edges are unresolved obligations. Instead of resolving each independently, NIL identifies cycles — HSC-01 → HSC-07 → HSC-14 → HSC-01 — and compresses them.
edge weight e(i, j) = unresolved obligation from participant i to j
cycle compression C(G) → cancel min(e) along every detected cycle
THE NETWORK DOES NOT CLEAR CONTINUOUSLY. IT BREATHES.
Every epoch, the network evaluates unresolved obligations and attempts to reduce gross exposure to a minimal residual.
HOW MUCH CAPITAL ACTUALLY HAD TO MOVE?
Capital Displacement Ratioⓘ measures how much capital physically needs to move relative to gross economic obligations: CDR = residual capital movement ÷ gross obligation value.
CAPITAL DISPLACEMENT AVOIDED: 81.8% · SIMULATED FIGURES
Settlement ends when the obligation disappears.
NIL defines settlement not as “funds moved” but as “obligation resolved.”
The obligation no longer represents an unresolved commitment.
LIVE NETWORK PREVIEW.
LAST 600 OBLIGATIONS.
Each cell is one settlement obligation processed by the simulated network. Filled marks are resolved; open marks remain outstanding.
A Networked Intent Model for Distributed Obligation Settlement
Traditional payment architecture couples economic intent with capital transmission. This paper explores an alternative model in which payment instructions are converted into transferable settlement obligations, allowing distributed liquidity to satisfy recipients independently of origin-side capital movement.
VIEW ALL RESEARCH →The world does not need
more ways to move money.
It needs better ways
to resolve who owes what.