Episode Summary
Executive Summary: The episode explores Fake World Assets (FWA), Adam’s onchain NFT purchasing protocol that turns NFTs into backed, randomized pool assets with buyback mechanics and token incentives. Adam and Eric frame FWA as both a fun consumer product and a new NFT liquidity layer, with future expansions like custom pools and NFT launches through the protocol (Fware), plus potential real-world asset integrations.
Main Topics: What FWA is and how it works: Adam explains FWA as a permissionless NFT purchasing protocol where NFT owners deposit assets backed by ETH, buyers randomly purchase from the pool, and can keep the NFT or sell it back for most of the backing. Why FWA resonates with users: The hosts argue FWA captures the dopamine of pack-ripping and gacha mechanics, giving users a fun onchain collectible experience that feels more native to digital assets than traditional NFT marketplaces. Pricing, incentives, and pool mechanics: The conversation details how deposits are priced by users, why underpricing/overpricing creates incentives to correct toward fair value, and how protocol fees, odds, and buybacks shape behavior. FWA as NFT liquidity infrastructure: Eric positions FWA as a universal buyer and liquidity engine for illiquid NFT collections, letting dusty or hard-to-sell assets earn fees and potentially find buyers when OpenSea liquidity dries up. Fware: launching new NFTs through FWA: Adam describes a launch mechanism where artists or projects can deploy new NFT collections into the pool after being backed, potentially improving distribution and reducing mint-day chaos and cash grabs. Custom pools, composability, and future asset types: The hosts discuss future versions of FWA with custom user pools, collection-specific pools, and even real-world assets or wrapped assets from other chains, broadening the protocol’s scope. Token design and value accrual: The FWA token was only obtainable through participation at launch, and protocol fees flow into buybacks, distributions, and burns, tying token value to usage and platform activity.
Key Arguments: Randomized, backed NFT pools recreate the appeal of pack ripping while solving liquidity problems for illiquid NFT collections. User pricing is the core mechanism: overpricing reduces purchase probability, underpricing invites arbitrage, and fair pricing is rewarded over time. Buyback mechanics make participation safer for sellers because they can recover ETH backing instead of relying on external marketplace liquidity. FWA is more than a consumer app; it is a base layer for NFT infrastructure that others can build on top of. Launching tokens only through participation helps avoid snipers and aligns ownership with actual users. Custom pools and Fware launches could become a superior NFT launch format by improving distribution and reducing whale-driven mint wars. Real-world assets and wrapped assets may eventually become major categories in FWA because they are easier to market to broader users than abstract NFTs.
Data Points: Protocol age: About 1 to 1.5 months old - Adam says FWA has been running for about a month to a month and a half. NFT buyback haircut: 10% - When buyers take the ETH instead of the NFT, they receive 90% of the backing; the remaining 10% goes to the protocol. Purchase fee: 1% - Adam says there is a 1% fee on purchases. Pool take rate allocation: 40% / 30% / 30% - Adam describes current fee distribution as 40% to purchasers that day, 30% to depositors that day, and 30% burned. Token emission period: First 2 weeks - The token could not be bought directly at launch; it was only obtainable by participating during the initial two-week period. Initial Fware launch: 80 NFTs at 0.01 ETH - Eric references Jack Butcher’s Wrappers collection as the first Fware launch example. Upcoming test collection: 111 NFTs backed by 0.25 ETH - Adam says a test collection will serve as beta NFTs for access to custom user pools. Upcoming artist launch: Sterling Crispin - Adam names Sterling Crispin as the first planned artist launch after the test collection. Example high-value backing: 300 ETH - Eric references a CryptoPunks example where a punk is backed at 300 ETH. Example random purchase cost: 0.088 ETH - Eric mentions the current spin price as roughly 0.088 ETH. Example Pokemon card backing: 28 ETH - Eric notes a Pokemon card in the pool backed by about 28 ETH. Token launch count: ~16 projects - Adam says he has launched around 16 projects over the last two years. Protocol timing for purchase: About 1 minute - Adam notes purchases take about a minute because of Chainlink callbacks and other onchain steps. Chainlink status: $10 billion company - Adam cites Chainlink’s scale when discussing the protocol’s main dependency. Token buy/sell tax: 1% - Adam mentions TokenWorks still earns revenue via a configurable 1% buy/sell tax.
Pivotal Quotes: "“FWA is both a like a consumer, has a consumer relationship. I can go to FWA and do the thing… But you're also positioning it as like this is just like a liquidity infrastructure for NFTs as well.”" — David / Eric discussion: Summarizes the dual framing of FWA as both a fun user app and a market infrastructure layer. "“It’s the first exciting thing I’ve personally seen on mainnet in a while. That’s not just DeFi, right?”" — Eric Connor: Explains why FWA stood out to him as a rare non-DeFi innovation on Ethereum. "“If I get hit by a bus, God forbid that doesn't happen, but it will still run and there's no failure.”" — Adam: Adam emphasizes the protocol’s design goal of being autonomous and resilient.
Implications: FWA could become a standardized NFT launch and liquidity layer, improving discoverability, distribution, and price formation. If it works, it may help revive NFT activity and expand into wrapped real-world assets and cross-chain composable markets.