SpaceX 在谈判桌上拿捏纳斯达克，Hyperliquid 已经掀了桌子
SpaceX 在谈判桌上拿捏纳斯达克，Hyperliquid 已经掀了桌子
By Kaori1971 | February 8
On February 8, 1971, Nasdaq went live—not as a marble-and-brass temple of finance, but as an electronic quotation system that stitched together dispersed market makers into a single network. No trading floor. No bell. Just screens. Wall Street mostly shrugged. The “real” market was still a room where people shouted. Yet that quiet launch became a long fuse that eventually rewired how capital formation and trading worked. (See: Nasdaq’s launch date and early structure and the SEC Historical Society’s overview of the NASD automated quotation system.)
Now fast-forward to crypto. If Nasdaq’s first act was to digitize information, then today’s onchain venues are trying to digitize the entire market stack: listing, matching, margin, clearing, and settlement—without asking for permission from the building.
That’s where the title’s contrast comes from:
- SpaceX (a symbol of elite issuers) can negotiate with legacy exchanges and regulators—because in TradFi, the issuer is the prize. Even the idea that it “could go public at some point” is framed as a decision the company controls. (Context: Axios on Musk discussing a possible SpaceX public listing “at some point”.)
- Hyperliquid, by contrast, behaves like a venue that doesn’t want a seat at the table—it wants to replace the table with code.
This isn’t just philosophical. It changes what users should care about in 2025–2026: market structure, custody, and execution risk.
1) Nasdaq’s original “disruption” was narrower than we remember
Nasdaq didn’t immediately replace the NYSE. It started by making quotes more accessible and standardized—an information layer that reduced fragmentation. Over time, electronic trading became the default, and incumbents responded by acquiring and building electronic infrastructure.
A revealing milestone: Nasdaq’s acquisition of the INET ECN (via Instinet) closed in late 2005, with integration efforts following through 2006—part of the broader “the future is electronic” convergence. (Primary source: Nasdaq’s investor relations disclosure noting the Instinet / INET acquisition.)
Key point: Nasdaq didn’t abolish the old market’s institutions; it modernized them.
Crypto is running a different play.
2) Hyperliquid’s bet: not “electronic trading,” but “onchain market structure”
Hyperliquid is best understood as an attempt to make a high-performance onchain order book feel as natural as a centralized exchange, while keeping settlement and state rooted in a blockchain environment. Its architecture centers on HyperCore (trading primitives) and HyperEVM (a general-purpose smart contract layer designed to compose with the trading engine). (See: Hyperliquid Docs: HyperEVM.)
That “compose with the trading engine” phrase matters. In TradFi, order books, custody, and app-layer innovation are separated by legal and technical walls. In onchain finance, the dream is the opposite: the order book becomes a public utility that other applications can plug into.
And the numbers explain why the industry is paying attention. As of March 2026, DefiLlama shows Hyperliquid at roughly $4.7B TVL and meaningful perpetual volume / open interest that puts it in the top tier of crypto derivatives venues by activity. (Live metrics: DefiLlama: Hyperliquid dashboard.)
This is what “flipping the table” looks like: rather than lobbying to be let into legacy rails, a protocol tries to make the rails irrelevant for a large class of trading.
3) The real competition is not Nasdaq vs. Hyperliquid—it’s “negotiated trust” vs. “verifiable trust”
TradFi’s model: negotiated trust
In traditional markets, trust is enforced by:
- membership rules
- surveillance
- licensed intermediaries
- clearinghouses
- legal recourse
Even when everything is electronic, most of the trust is social + institutional.
DeFi’s model: verifiable trust
In onchain markets, trust is increasingly enforced by:
- deterministic execution (smart contracts)
- transparent state (public ledger)
- cryptographic authorization (your signature)
- continuous settlement (often near-real-time)
Hyperliquid’s ecosystem direction—tying a smart contract environment to a trading core—pushes that verifiable trust further up the stack. (Additional background: The Block on HyperCore / HyperEVM linking.)
But verifiable trust has a catch: it makes you responsible for key security, signing hygiene, and operational risk.
4) What users actually worry about in 2025–2026: perps risk, custody risk, and regulatory drift
Perpetuals are structurally unforgiving
Perpetual futures compress leverage, liquidation, and funding dynamics into a product that trades like a spot pair—until it doesn’t. That’s why regulators repeatedly warn that leverage amplifies losses and margin can be wiped quickly. (See: CFTC’s Customer Advisory on virtual currency trading risks.)
For users, the takeaway isn’t “don’t trade.” It’s: treat decentralized perpetuals exchange activity as a specialized discipline:
- size positions as if liquidation is a normal outcome, not a tail risk
- assume volatility clusters around news, unlocks, and macro events
- plan exits before entries
Custody is becoming more central, not less
Ironically, as markets decentralize, custody becomes the point of failure users obsess over. Institutional debates about custody standards continue, and public statements keep circling the same reality: custody decisions shape market participation and risk. (Example: SEC remarks discussing custody and institutional confidence—“Cultivating Confidence: The Role of Custody…”.)
Regulation is drifting toward “market plumbing”
A notable 2025 theme has been the normalization of tokenized collateral and digital assets inside regulated derivatives workflows—less “is crypto real?” and more “how do we manage collateral, clearing, and risk consistently?” (Example analysis of CFTC actions and guidance: Morgan Lewis on late-2025 CFTC digital-asset collateral developments.)
This matters for DeFi users because the long-term endpoint could be two parallel stacks:
- regulated onchain-like infrastructure inside TradFi wrappers
- permissionless onchain infrastructure that competes on speed and composability
Hyperliquid is clearly playing in (2).
5) If the venue is code, your advantage is operational: a practical checklist
Here’s a compact checklist for anyone using onchain derivatives venues (including onchain order book designs):
A) Separate trading keys from vault keys
- Keep a smaller hot balance for active margin.
- Keep long-term holdings in cold storage.
- Withdraw profits routinely; don’t let convenience become counterparty exposure.
B) Treat signing as the new “trade confirmation”
A large share of real losses in crypto comes from signing the wrong thing, not from being “hacked” in the Hollywood sense.
Research has shown that address-replacement malware and verification-evasion tricks are practical threats in the real world, and that verifying details on a secure display is a meaningful defense. (See: the paper EthClipper.)
C) Assume the UI can lie; the chain usually doesn’t
- Cross-check positions with multiple explorers / analytics sources when possible.
- Be cautious with browser extensions, RPC changes, and “helpful” popups.
D) Know what you’re trading: index source, liquidation rules, and margin model
With perpetuals, microstructure details are the product:
- how mark price is computed
- how liquidation occurs under stress
- how funding is calculated
- what happens during downtime / extreme volatility
If you can’t explain these, you’re not trading—you’re delegating.
6) Where OneKey fits (and why it’s not just a storage tool)
If Hyperliquid represents the “Nasdaq moment” for onchain derivatives, the parallel lesson is that self-custody becomes the user’s compliance, security, and operations department.
A hardware wallet like OneKey is most valuable here not as a status symbol, but as a workflow upgrade:
- it keeps private keys off internet-connected devices
- it forces explicit, on-device confirmations (critical when phishing pressure is high)
- it supports a safer separation between long-term custody and active trading balances
In a world where trading venues are increasingly autonomous and composable, the calm edge often comes from a simple rule: optimize for survivability first, performance second.
Closing: Nasdaq changed the floor; Hyperliquid changes the building
Nasdaq’s 1971 launch taught markets that a screen could reshape finance—slowly, then all at once. Hyperliquid’s rise suggests something even more disruptive: a market can run without the building, because the building has been replaced by a shared state machine.
SpaceX can negotiate with exchanges. Protocols don’t negotiate—they ship.
And for users, that flips the responsibility model too: the more the market becomes software, the more your security and signing discipline become part of your trading edge.
