#What is the significance of Hyperliquid introducing USDT borrowing?
Hyperliquid has made a significant step in the cryptocurrency trading landscape by enabling USDT borrowing within its testnet. This marks the addition of the second stablecoin to its portfolio margin feature, following USDC. With the mainnet rollout expected in the next network upgrade, traders on this decentralized exchange will soon be able to utilize USDT, the world’s leading stablecoin, as a borrowable asset.
#How does the portfolio margin feature work?
Understanding the portfolio margin feature is crucial for traders. Unlike traditional approaches that require separate capital for spot trading and perpetual contracts, Hyperliquid allows users to manage their assets from a single account. Users deposit HYPE tokens, which are the platform’s native asset, allowing them to borrow stablecoins and trade both spot and perpetual contracts seamlessly.
Previously, USDC was the only stablecoin available for borrowing since the launch of this feature in December 2025. The addition of USDT aligns with the platform’s intention to incorporate major stablecoins frequently used in cryptocurrency markets. The company has also indicated plans to include USDH and BTC as future borrowable assets, suggesting a larger strategy for expanding its offerings.
#What infrastructure does Hyperliquid use?
Hyperliquid’s operations are not built on Ethereum or any existing Layer 1 blockchain. Instead, it utilizes a custom-built blockchain designed specifically for efficient high throughput and low transaction costs. As of May 2026, the platform has expanded its validator set from 24 to 27, demonstrating a consistent growth path that supports its decentralization objectives. One key advantage of Hyperliquid compared to centralized platforms is the absence of KYC (Know Your Customer) requirements, allowing for easier access.
The testnet phase acts as a crucial period for ensuring that the system can handle real-world trading without risking actual user capital. Portfolio margin systems carry inherent complexities because they involve cross-collateralization, where issues in one area can impact a user’s entire account. Therefore, rigorous testing is necessary before launching these features to the public.