Ozycahe: a hook marketplace with a launchpad attached
Abstract. We describe a system in which the swap rules of a market are first-class, tradeable objects: composed from a closed set of five audited blocks, published to an onchain registry that pays authors on reuse, and attached immutably to fixed-supply token launches on Robinhood Chain. The design goal is a launchpad whose trust story is a set of contract properties rather than operator promises.
1 · Setting
Two thousand twenty-six gave the two halves of this design their proof separately. Uniswap v4 turned the pool into a programmable venue: hooks moved from curiosity to production, with the ecosystem crossing 1,000 deployed hooks and $4B in v4 TVL within its first quarter. Launchpads, meanwhile, proved distribution at industrial scale and trust at almost none: the dominant venue graduates roughly 1.5% of its launches, and across the industry nearly half of all liquidity-lock promises were broken inside a year. The synthesis is obvious once stated: put the trust in the hook, put the hook in a market, and pay the person who designed it.
2 · The block algebra
A hook here is an ordered subset of five blocks, one per behavior: entry protection (Anti-Snipe), depth-scaled pricing (Surge Fees), supply reduction (Auto Burn), liquidity incentives (LP Rewards), and scheduled redistribution (Nth-buy Pot). Blocks expose parameters, never code. The closed set is the security model: every reachable configuration lives inside audited paths, so a launch cannot smuggle logic the registry has not seen. Cuts apply to exact-input buys only; sells pay the LP fee alone. ETH-side cuts add; the output-side burn compounds on the remainder. The builder and the contract share this composition, one as arithmetic, one as execution.
3 · The registry and the royalty
Publication writes a blueprint: the stack, its parameters' bounds, the author's address, and a royalty rate fixed at publish time and capped at 10%. Any launch may run any blueprint; the registry routes the author's share out of the eligible ETH hook fees automatically. Eligibility is structural: only the ETH-side cuts (LP stream, pot cut) carry value the registry can route, so a burn-only stack publishes at zero. The result is a market for market-rules, with the incentive gradient pointing at well-designed, reusable stacks rather than one-off contract forks.
4 · Launch mechanics
Every launch mints a fixed supply of 1B tokens. The instant lane opens a v4 pool in the launch transaction. The curve lane sells 62% of supply across 10 tranches, each priced 70% above its predecessor; clearing the final tranche graduates the launch, opening the pool, attaching the hook and locking the LP position in one transaction. The launchpad contract holds that position and exposes no removal function. Rule immutability and liquidity permanence are therefore properties of the bytecode, not policies of the operator.
5 · Determinism as a feature
The pot block illustrates the design taste of the whole system. Nothing is random: a public counter advances at most once per pool per block, the advertised Nth qualifying buy wins, a minimum size gates qualification, and payouts bind a canonical nonzero recipient. Anyone can recompute the state from public data. Where other systems import oracles or randomness beacons, this one imports arithmetic; the audit surface shrinks accordingly, a lesson underlined by the $11M Cork Protocol hook exploit of 2025, which began in exactly the kind of bespoke callback logic this platform refuses to let launches write.
6 · Forward: credit and bonded modules
The first extension beyond the five blocks is live: leveraged hooks, in which a market lends against its own liquidity, spot and credit sharing one balance sheet, opened permissionlessly through a dedicated factory. The intended distribution channel, a module marketplace where third parties publish power-ups behind $OZYCAH bonds forfeited on misbehavior, is a labeled design, published for review before deployment. The sequencing is deliberate: contracts first, receipts pinned, marketplace after.
Disclosure
This document describes intended system behavior and is not an offer, a solicitation, or investment advice. Experimental software; total loss is possible. Figures cited from external research are referenced as of August 2026 and may have changed.