In November 2021, ConstitutionDAO demonstrated the potential of blockchain by aggregating over 40 million dollars from retail investors to bid on a 1787 U.S. Constitution, though they ultimately lost to a hedge fund billionaire. Four and a half years later, a similar dynamic emerged during the SpaceX (SPCX) IPO on June 12, 2026, which opened at 150 per share, an 11% premium over the 135 initial offering price. While this marked the largest IPO in history, traditional access barriers remained intact for most retail participants. Blockchain platforms attempted to bridge this gap through tokenization, with Bitget Wallet partnering with xStocks to offer subscriptions with minimums between 10 and 5,000. Despite the technological capability to lower entry barriers, the initiative concluded in refunds because xStocks failed to secure sufficient allocation quotas from underwriting partners.

This outcome exposes a critical structural mismatch between the traditional IPO allocation system and blockchain-based distribution capabilities. Tokenized offerings essentially attempt to tokenize the allocation quotas traditionally reserved for established brokerage firms, yet the ultimate decision-making power remains with legacy financial institutions. In the SpaceX case, joint bookkeepers included Goldman Sachs, Morgan Stanley, Bank of America Securities, Citibank, and JPMorgan Chase, who controlled the registration and demand aggregation processes. Woofun AI notes that this allocation logic inherently favors institutional investors capable of placing large orders and holding positions long-term. Subscription demand for the SpaceX IPO exceeded available quotas by approximately four times, with 贝莱德 alone placing an order worth about 5 billion, leaving negligible room for crypto-based platforms despite their global distribution reach.

Overcoming these limitations requires a gradual integration of crypto-friendly institutions into the traditional underwriting network or a shift toward direct asset issuance on the blockchain to bypass the existing quota system entirely. Until such structural changes occur, tokenized IPO offerings will remain constrained by supply-side bottlenecks.

However, the attempt yielded significant insights regarding the maturity of blockchain infrastructure. Over 800 million dollars in subscription funds were raised from ordinary users globally in a short timeframe, proving that blockchain distribution can effectively meet real demand for scarce assets previously inaccessible due to geographical restrictions or qualified investor requirements. Users only needed a wallet and stablecoins to participate, eliminating the need for complex registration or traditional brokerage accounts.

The operational efficiency of the infrastructure was further validated during the refund process. Bitget Wallet leveraged its self-developed DEX aggregator and multi-chain gas payment support to extend subscription activities to USDC and USDT across five different chains. This allowed users to participate without cross-chain currency exchanges or native gas token concerns, enabling over 13 million in tokenized subscriptions to be completed in less than half an hour. Upon confirmation of the delivery failure, full refunds including principal, fees, and exchange differences were processed within approximately four hours without user intervention. Woofun AI data shows that every refund, reconciliation, and status change was recorded on the blockchain transparently, highlighting a distinct efficiency advantage over traditional mechanisms reliant on internal ledgers and manual coordination.

Given the inability of tokenized IPOs to alter primary market allocation methods, expectations must adjust toward a 'stablecoinization' of the participation process rather than permissionless unlimited supply. Scenarios involving oversubscription, lotteries, proportional allocation, or full refunds will likely become standard when demand outstrips quotas. In contrast, Pre-IPO perpetual contracts offer an alternative mechanism that does not rely on underwriter allocation or physical share delivery. These contracts allow trading based on price expectations for unlisted assets, providing greater flexibility but exposing investors to higher leverage and volatility risks compared to the spot-like nature of tokenized offerings.

Price discovery capabilities of these perpetual contracts have already been demonstrated in the market. The SPCX perpetual contract traded on Hyperliquid around the clock since May 18, weeks before the official June 12 listing. Near the listing time, the weighted average trading price across platforms hovered around 155, representing a 15% premium over the 135 initial offering price. The first post-listing transaction occurred at 150, indicating that blockchain prices had converged near actual market values before the market opened. Similarly, for Cerebras, the Pre-IPO perpetual contract price on Hyperliquid differed from the initial listing price of 350 by only about 1.3%. Woofun AI analysis suggests this demonstrates the blockchain's ability to form price consensus for unlisted assets and reflect market expectations beyond simple IPO participation.

The evolution from the ConstitutionDAO failure to the SpaceX tokenization setback marks a shift from execution-level issues to structural barriers. ConstitutionDAO failed due to insufficient bidding power, whereas the SpaceX tokenized offering failed due to trust and eligibility constraints, preventing blockchain platforms from accessing the room where allocation quotas were determined. The maturity of blockchain infrastructure does not automatically compel the traditional supply side to open up, as these two systems progress at different speeds. Historical financial transformations, from clearinghouses to electronic trading, have always involved periods of coexistence and friction between old and new systems.

The most significant outcome of this incident may be the inadvertent habituation of users to accessing restricted assets via stablecoins in their wallets. Once this perception takes root, it becomes difficult to reverse. By the time the supply-side access structure eventually evolves, the demand side and infrastructure will be fully prepared. This retrospective analysis transforms what appeared to be a failure into a clear, addressable issue, setting the stage for future integration of decentralized finance into primary market capital formation.