Although Hyperliquid is a fully decentralized platform, recent research has revealed that geographic location has a decisive impact on trading. Being close to the servers at the decisive points of the transactions allows users to gain a significant speed advantage.
Infrastructure in Tokyo sets the pace for trade
Tokyo-based users trading on the Hyperliquid platform can access the platform’s validators in just 2 to 3 milliseconds. This process can exceed 200 milliseconds for users in Europe. Hyperliquid’s existing infrastructure is clustered around 24 validators in Tokyo, in Amazon Web Services’ ap-northeast-1 region. The API layer is routed through AWS CloudFront, while the core validators are kept in a single Japanese cloud region.
This situation causes significant differences in terms of speed and transaction priority, although decentralized systems remain true to the basic principles in terms of access and transparency. Due to the structure of the system, investors located near the infrastructure can gain superiority in the transaction ranking and have a higher probability of transaction completion with narrower margins.
The table obtained by measuring the delay times proves this difference numerically. It takes an average of 884 milliseconds to send an order to Hyperliquid from the AWS data center in Tokyo and receive confirmation. Only 5 milliseconds of this is caused by network communication, while the remaining time is spent on the server side. A similar transaction from the US state of Virginia takes 1,079 milliseconds, the difference of approximately 200 milliseconds being much more prominent, especially in high-volume transactions.
Tokyo’s regional role and sectoral influences
Tokyo’s role as an infrastructure hub for the cryptocurrency industry has not just begun. For years, the world’s leading stock exchanges have preferred to be positioned close to the AWS infrastructure in the city. In this choice, as much as the transaction density in Asia, Mt. Comprehensive regulations established in Japan after the collapse of Gox also have an impact. Following the uncertainty created by the lack of regulation in the past, institutional interest in the digital asset sector has strengthened with the development of the regulatory framework in the country.
Blockdaemon CEO Konstantin Richter stated that his customers in Japan are ready to pay extra for institutional level infrastructure, while BitMEX CEO Stephan Lutz stated that liquidity increased by up to 400 percent, especially in the altcoin markets, after moving their data centers to Tokyo. According to Lutz, the reason behind this increase was the decrease in latency rather than the increase in the number of market makers.
Not only Hyperliquid, but also leading cryptocurrency exchanges such as Binance and KuCoin use AWS’s Tokyo data center. During the major AWS outage in April 2025, disruptions were observed on many platforms, bringing to the agenda once again how effective infrastructure dependency and geographical centralization are in the market. Additionally, approximately 36 percent of the nodes in the Ethereum network also run on AWS.
In the world of traditional finance, infrastructure measures have been developed over the years to balance the speed advantage arising from geographical proximity. NYSE, for example, uses advanced technologies to equalize cable lengths with nanometer precision. In Europe, the MiFID II regulation requires time synchronization and controlled synchronization of cable lengths. However, there is no similar standard in decentralized markets yet.
Despite all this data, it is observed that users trading in the cryptocurrency market do not see this inequality as a problem in the short term. In rapidly changing market conditions, the location of data centers continues to be decisive for those who want to take positions and gain quick access to liquidity. As transactions become faster day by day and institutional investors turn to the DeFi field, the impact of speed-based advantages on the market becomes more important.
