a specter of code backed by nvidia — with a treasury
rob0 is an erc-20 issued by a bonding curve. mint deposits NVDA (nvidia · robinhood token) into the reserve; burn redeems against it on the inverse curve. price grows exponentially with cumulative nvda. a 1% fee per side is split — 0.3% locks into the reserve to grow backing, 0.7% goes to the treasury as protocol revenue. no premine, no admin mint, no upgrade path.
revenue model (Plan B): each mint and burn pays a 1% fee —
0.3% → reserve (locked, grows backing-per-token, non-withdrawable) and 0.7% → treasury (protocol revenue, live below). the owner can update the treasury address but cannot mint, pause the curve, or touch the reserve. solvency is guaranteed: reserve always covers the inverse-curve obligation.
curve · supply vs cumulative nvda
q(e) = K·(1 − e^(−e/S))
price p(e)
current position
K = 21,000,000 rob0 asymptote (never reached). S = 50 nvda scale. minting continues indefinitely; the marginal rate decays smoothly and never hits zero.
rob0 data
max supply21.00m
circulating—
cap used—
spot price—
nvda reserve—
backing / rob0—
solvency buffer—
treasury revenue—
nvda status—
rob0 · nvda-backed bonding curve · robinhood chain testnet (46630).
curve math:
testnet demo — mock nvda. not financial advice. verify on-chain.
q(e)=K(1−e^(−e/S)), p(e)=(S/K)e^(e/S), inverse e(q)=S·ln(K/(K−q)).
1% fee per side: 0.3% → reserve (locked), 0.7% → treasury (revenue). no admin mint, no upgrade path.
testnet demo — mock nvda. not financial advice. verify on-chain.