5.Revenue Architecture
ONE earns from four sources and routes the proceeds to three destinations. The token holder is paid in access and governance; the worker is paid in USDC; the treasury is replenished to fund the free lane.
Four Sources of Revenue
1. Protocol transaction fees
A fee on token transactions and protocol operations. Primary, recurring, denominated in activity rather than issuance — funds the free lane without diluting holders.
2. Dedicated lane sales
Sponsors buy USDC priority packages. Direct, demand-driven, scaling with serious usage.
3. Enterprise contracts
Reserved clusters with SLAs and optional custom models, billed in USDC on contract terms.
4. Network take rate
A percentage τ of Dedicated and enterprise settlement is retained before USDC is forwarded to workers, covering routing, verification, and treasury.
Money Flow
| Who pays | In what | Funds |
|---|---|---|
| Token activity (all holders) | TX fees | Free-credit treasury |
| Sponsors (power users) | USDC | Worker payout + take rate |
| Enterprises | USDC | Worker payout + take rate |
The Included lane is cross-subsidized by network activity and by the take rate on paid lanes. Holders collectively fund their own free tier through the fees their activity generates.
6.How the Network Becomes Profitable
All figures are parameters, not promises — their purpose is to show the shape of the economics.
Margin on the Dedicated Lane
A Dedicated job carries a price p paid by the sponsor and a cost w paid to the worker. The protocol retains the take rate τ:
protocol margin per job = τ · p
worker receives = (1 − τ) · p ≥ w
The protocol never holds inventory risk. With an illustrative τ = 0.10, every $1,000 of Dedicated and enterprise settlement yields $100 of protocol revenue.
The Treasury Identity
Let F = transaction-fee revenue, S = daily paid-lane settlement, O = daily operating cost, G = daily free-credit cost. The protocol is sustainable when:
F + τS ≥ O + G
inflow ≥ outflow
Worked Example
Illustrative daily figures: S = $40,000 / τ = 0.10 / F = $6,000 / O = $5,000.
| Daily Line | Amount |
|---|---|
| Take-rate revenue τS | $4,000 |
| Transaction-fee revenue F | $6,000 |
| Total protocol inflow | $10,000 |
| Operating cost O | −$5,000 |
| Available for free credits + reserve | $5,000 |
Worker payout of $36,000 = (1−τ)S is a pass-through, not a cost to the protocol. As S grows, margin widens, because routing and verification costs scale sub-linearly with volume.
7.Credit Economics and the Free Lane
Let R_d = treasury revenue available on day d, c = average cost of one credit unit, H_d = count of eligible holders. The per-holder daily allotment A_d is bounded:
The allotment is adaptive: it rises when activity is high and contracts when activity falls or holders grow faster than revenue. There is no fixed-unlimited promise — that promise is exactly the failure mode that sinks comparable designs.
Sybil Resistance
ONE counters stake-splitting with a minimum stake threshold per eligible account and credit issuance that scales sub-linearly with the number of accounts a stake is spread across — so one unit of stake yields the same credit whether held in one wallet or ten.