Ex-Solana Executive Tackles DeFi's Latency Issue with a Page from Wall Street's Playbook

Austin Federa, the former head of strategy at the Solana Foundation, left his position in 2024 to address the unfairness he perceived in the cryptocurrency trading environment. Eighteen months later, his company, DoubleZero, claims to have found a solution. The company's goal is to eliminate the proximity to an exchange's servers as a competitive advantage for traders by utilizing a private fiber network, which reduces latency and introduces a more equitable environment, even if regulators and traders are not yet demanding it. Federa argues that the issue stems from the conflation of decentralized and distributed systems in the crypto space. Although DeFi protocols are decentralized due to their open-source code and permissionless validator sets, the laws of physics cause validators to cluster in the same data centers, resulting in a competitive advantage for those with closer proximity. For instance, traders based in Tokyo enjoy a 200-millisecond edge over their international counterparts on platforms like Hyperliquid. According to Federa, this is a problem that traditional finance has already encountered. The New York Stock Exchange developed its Mahwah, New Jersey data center over a decade ago, implementing cable-length equalization to within a nanosecond, not due to regulatory requirements, but because asymmetric access was detrimental to business. Simply put, traders who felt disadvantaged would route their orders elsewhere. DoubleZero's solution involves timestamping, which aggregates private bandwidth from operators to route blockchain data over dedicated links. This provides venues with tools to timestamp orders across global entry points and reconstruct a fair sequence, similar to the cable equalization used by the NYSE. The challenge lies not only in speed but also in verifiability. On a venue operating over the public internet, a trader whose order arrives late has no way to distinguish between ordinary network congestion and something more deliberate. Federa notes that a managed network with deterministic latency makes this distinction provable. While physics still applies, and a New York trading desk routing through DoubleZero to reach Hyperliquid in Tokyo will not outrun a nearer competitor, the gap and variance shrink. Traders receive not just lower latency but also predictable latency, a property that high-frequency trading firms pay for in traditional markets. Federa's broader point is that the crypto space is misinterpreting what makes traditional markets fair. Regulators play a role, but they are not the primary driver. FINRA, the body that oversees most of Wall Street's day-to-day conduct, is technically a voluntary self-regulatory organization. The Securities and Exchange Commission and Commodity Futures Trading Commission serve as backstops with enforcement teeth, but the day-to-day work of maintaining fair markets is done by exchanges themselves. They do this because their business depends on it. Venues that gain a reputation for asymmetric access lose volume to venues that do not. If Federa is correct, DeFi's latency problem is not waiting on regulators; it is waiting for the moment a major venue decides that fairness is a competitive advantage worth paying for. The crypto space has spent a decade proving that decentralized systems can be built. The next decade will test whether anyone wants to build distributed ones, where the advantage is not based on the location of a server in Tokyo. As Federa puts it, 'No one wants to trade on an unfair platform.'