Core Economics & Supply Projection Models

Core Economics Model
1. Counter-Expansion Mechanism
When the dollar becomes 5% more abundant, HedgeDollar becomes ~15% scarcer at the reward level and ~9% scarcer at the treasury level.
Mathematically:
YR_n = 0.8545 × YR_(n−1)
T_n = 0.9127 × (T_(n−1) − YR_n)
Starting from a treasury of 2.424 Trillion, the paired decay functions create a controlled early expansion followed by an asymptotic supply hardening unmatched by traditional tokens.
2. Liquidity First, Scarcity Forever
Issuance approaches one trillion units — essential for real-world pricing and merchant acceptance — but the supply curve flattens rapidly. As the reward rate approaches zero and the treasury burns toward depletion, scarcity compounds faster than circulating supply. The more the dollar prints, the harder HedgeDollar becomes.
3. A Lifetime Purchasing-Power Engine
Because tightening is triggered only by empirical monetary expansion, the system naturally forms a lifelong hedge against USD dilution. Holders benefit from the irreversible reduction of future issuance — a deflationary tailwind built directly into the architecture.
The Future of Payments Is Tokenized.
But a global payment medium requires high unit count, predictable long-range monetary policy, stable purchasing power, transparent supply rules, and compatibility with existing rails. HedgeDollar provides exactly this: the spendable token economy of the next century, backed by a scarcity function that strengthens rather than decays under inflationary conditions.
Why HedgeDollar Matters:
It is the first currency explicitly tied to real-world monetary expansion, governed by a mathematically predictable, fully verifiable, and transparent rule set in which both rewards and supply tighten as fiat loosens. Designed for global merchant acceptance, it offers long-term holders exposure to exponential scarcity and functions as a monetary instrument built for the upcoming digital era.
Year YR (Billions) CR (Billions) T (Billions)
1 151.1 151.1 2074.5
2 129.1 280.2 1775.5
3 110.3 390.5 1519.8
4 94.3 484.8 1301.1
5 80.6 565.4 1114
6 68.8 634.2 953.9
7 58.8 693 816.9
8 50.3 743.3 699.8
9 42.9 786.3 599.5
10 36.7 823 513.6
15 16.7 940.3 237.9
20 7.6 993.8 110.8
25 3.5 1018.1 52
30 1.6 1029.2 24.7
40 0.328 1036.6 5.8
50 0.068 1038.1 1.5
60 0.014 1038.4 0.416
70 0.003 1038.5 0.13
80 0.001 1038.5 0.045
90 0.0001 1038.5 0.016
Emissions schedule is estimated assuming CURCIRR rises by 5% each year. The real life schedule will differ from this with certainty, due to asymmetries in the growth of U.S. money supply year/year. The above schedule is calculated at one dual-reduction per year. In reality, some years may not trigger a reduction at all, while others trigger multiple.