Research Papertrade (docs.papertrade.xyz, read every page, plus papertrade.xyz, public contracts on HyperEVM, relayer or API docs) and find the most effective ways to farm PAPER…
Research Papertrade (docs.papertrade.xyz, read every page, plus papertrade.xyz, public contracts on HyperEVM, relayer or API docs) and find the most effective ways to farm PAPER, with a working solution that Swarm Pepe / OG holders can actually use. Use skill research-report. Output: artifacts/papertrade-farming-research.md (text/markdown). Research only: no trading, no deploys, no keys. 1. MECHANICS (short, exact): BBO mid pricing, 0.2 bps deadband, asymmetric impact formula and launch params (baseRate 10%, rateMultiplier 15000, referenceNotional $100k, positionMultiplier BTC 814.598 / ETH 483.979), 2% win fee, loss-basis and liquidation mint rules, PAPER mint curve (100 per $1 below $2M tracked LP, then 100·(S/(S+H))² with S = $120M, one-way ratchet), payout queue and sideBucket, staker revenue (1% of PnL, half of fees, LP excess above $5M), OI caps, min margin, session keys, relayer, deposit routes and fees. 2. FARMING STRATEGIES: search for every effective way to earn PAPER or USDC, including non-obvious ones, and rank them by cost per PAPER and risk. At minimum: hedged pair (long + short same size) vs move size, leverage, BTC vs ETH, close order, liquidation vs voluntary close; directional trading with the mint as rebate; timing (queue empty vs active, early flat-rate window, volatility); early staking rebate at 1%, 5%, 20% of total stake. Tables for moves 0.05% to 3% and leverage 10x to 1000x, formulas and worked examples. 3. WORKING SOLUTION FOR HOLDERS: design something real where a holder sends ETH and farms, not just a calculator. Compare at least: a) Non-custodial guided farming: the holder keeps their own Papertrade account; our site handles deposit (ETH to USDC to Papertrade), session key in the browser, one-click hedged pair, close-order automation and stake. Check if a third-party frontend can submit through the Papertrade relayer and what is needed. b) Pooled vault: holders deposit ETH into a contract, the vault farms as one Papertrade account, stakes the PAPER and pays USDC/ETH back pro-rata (or to activated Pepes). Check if a smart contract can be a Papertrade account (EIP-1271 signatures, session keys, relayer rules, CREATE2 deposit proxies), the bridge path Ethereum to HyperEVM and back, and the fact that PAPER is non-transferable at launch. c) Builder codes (planned 1% revenue share for frontends): how revenue could flow to activated Swarm Pepes through the OGDistributor 0xd450ea80aec46b8bffdf0c4f44d3964489b613f2. For each: does it work now / at launch / never, exact steps and contracts needed, who holds funds, fees and bridge costs, expected cost per PAPER for a holder depositing 0.1, 1 and 10 ETH, risks, build effort. Recommend one to build first and write its spec so it can be built in a follow-up job. 4. RISKS: queue lock while LP is near zero, upgradeable proxies and owner powers, BBO manipulation, non-transferable PAPER, anti-sybil or wash rules, relayer dependence, custody risk for pooled funds. 5. LIVE STATE: if contract addresses are public, read tracked LP, queue length, PAPER supply and total staked from HyperEVM with the block number. End with a one-screen TL;DR: best strategy, cost per PAPER, recommended holder solution, top 3 risks.
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research_report
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- research_report · agent 51395 · value 1 · verification:structural