Table of Contents
- Why Traditional AMMs Become Inefficient for RWAs
- How the NAV Plugin Works
- Why Hydrex Integrated Algebra
- Why This Matters for Institutional DeFi
- A Modular Approach to Liquidity Infrastructure
- Looking Ahead
- FAQ
- What is a NAV-aware liquidity pool?
- Why are traditional AMMs less efficient for tokenized RWAs?
- What is Algebra's NAV Plugin?
- Does the NAV Plugin replace decentralized trading?
- Which assets are suitable for NAV-aware liquidity?
- What is Algebra Integral?
Do not index
The rapid growth of tokenized real-world assets is changing the requirements for decentralized exchanges. Unlike crypto-native assets, instruments such as tokenized treasuries, private credit, funds and equities derive their value from external markets rather than on-chain price discovery. Supporting these assets efficiently requires liquidity infrastructure that can reference external pricing instead of relying exclusively on arbitrage.
To address this challenge, Hydrex, a decentralized exchange on Base, has integrated Algebra Integral's NAV Plugin. The integration introduces a new liquidity model that allows pools to automatically follow an external Net Asset Value (NAV), making decentralized markets better suited for tokenized assets with externally determined prices.
The solution, accessible to DEXs powered by Algebra AMM, is designed to improve capital efficiency for liquidity providers while preserving the permissionless and transparent trading experience expected from decentralized exchanges.
Why Traditional AMMs Become Inefficient for RWAs
Concentrated liquidity AMMs have significantly improved capital efficiency for crypto trading by allowing liquidity providers to allocate capital within specific price ranges. They perform particularly well for assets whose prices are discovered on-chain through continuous trading activity.
Real-world assets and RWA trading operate differently.
Assets such as tokenized government bonds, money market funds or tokenized equities already have an established market value outside the blockchain. The role of an on-chain exchange is not to discover that price but to accurately reflect it.
In a traditional AMM, price alignment happens through arbitrage. Whenever the pool price deviates from the external market price, arbitrageurs trade against the pool until equilibrium is restored. While this mechanism works well for crypto-native assets, every correction transfers value from liquidity providers to arbitrageurs.
For assets that already have an objective market price, relying on continuous arbitrage introduces unnecessary costs and reduces the long-term efficiency of liquidity. Algebra provides a trading layer for that.
How the NAV Plugin Works
Algebra's NAV Plugin replaces arbitrage-driven price alignment with liquidity management based on an external price reference.
Instead of waiting for arbitrageurs to move the market, the plugin automatically adjusts the active liquidity range around the latest NAV supplied by an oracle. As the underlying asset value changes, liquidity is repositioned accordingly, allowing pool pricing to remain close to the external market without requiring constant arbitrage.
The result is a liquidity model designed specifically for externally priced assets.
Traditional AMM | Algebra NAV Plugin |
Price converges through arbitrage | Liquidity follows an external NAV |
Frequent arbitrage is required | Liquidity is repositioned automatically |
LPs fund every price correction | Arbitrage-driven losses are reduced |
Optimized for crypto price discovery | Optimized for externally priced assets |
Trading remains fully on-chain and permissionless. The plugin changes how liquidity is managed rather than how users interact with the exchange.
Why Hydrex Integrated Algebra
Hydrex is building a decentralized liquidity hub on Base with a focus on tokenized assets and institutional DeFi. Supporting these markets requires infrastructure capable of handling assets whose prices originate outside blockchain markets.
By integrating Algebra's NAV Plugin, Hydrex gains a liquidity model specifically designed for markets where external pricing is fundamental. This includes tokenized treasuries, private credit, funds and other real-world assets whose value is determined independently of on-chain trading activity.
The integration helps reduce stale pricing, lowers the amount of arbitrage required to keep pools aligned with the underlying asset value and creates a more sustainable environment for liquidity providers.
"It's clear that institutions are coming on-chain, yet they find the current liquidity infrastructure unacceptable. Algebra's new NAV-aware pools bring DeFi into modernity, accommodating all types of real-world and tokenized assets."
Garrett Lee, Co-Founder of Hydrex
Vladimir Tikhomirov, Co-Founder of Algebra, explained the motivation behind the new pricing model:
"We want to combine the openness of DeFi, where anyone can purchase a token from any existing wallet at a fair price. For this new class of assets, prices cannot rely solely on arbitrage, which means new pricing mechanisms are needed. Our new plugin addresses exactly that challenge."
Why This Matters for Institutional DeFi
Interest in tokenized assets continues to accelerate. According to CoinGecko, the tokenized RWA market reached $19.3 billion by the end of the first quarter of 2026, more than tripling compared to the previous year.
As more financial assets move on-chain, liquidity infrastructure becomes increasingly important.
Tokenization alone is not enough. Assets also require efficient secondary markets where they can be traded without exposing liquidity providers to unnecessary structural costs. For assets with external price discovery, infrastructure originally designed for crypto markets is not always the optimal solution.
NAV-aware liquidity offers an alternative by allowing decentralized exchanges to reference external pricing directly while maintaining the transparency, composability and accessibility of on-chain trading.
A Modular Approach to Liquidity Infrastructure
The NAV Plugin is part of Algebra Integral, a modular AMM infrastructure that allows decentralized exchanges to extend their functionality through replaceable Plugins.
Instead of embedding every feature into the AMM itself, Algebra separates the core exchange logic from optional liquidity modules. This architecture allows DEX operators to introduce new functionality without replacing existing pools or rebuilding their protocol.
Alongside NAV-aware liquidity, Algebra Integral supports additional modules including:
- Dynamic Fees
- Limit Orders
- Custom incentive mechanisms
- Security and compliance plugins
- Adaptive fee models
- Additional liquidity management strategies
Because Plugins can evolve independently of the AMM core, the same exchange can support different liquidity models for different asset classes. Crypto-native tokens, stablecoins and tokenized real-world assets can each use infrastructure tailored to their pricing characteristics while sharing the same underlying exchange.
Looking Ahead
The growth of tokenized real-world assets is expanding the role of decentralized exchanges beyond crypto-native markets. As institutional assets increasingly move on-chain, liquidity infrastructure will need to accommodate pricing models that differ fundamentally from those used for cryptocurrencies.
The integration between Algebra and Hydrex reflects this shift. By allowing liquidity pools to reference external NAVs instead of relying solely on arbitrage, the two teams are introducing infrastructure designed for the next generation of decentralized financial markets.
FAQ
What is a NAV-aware liquidity pool?
A NAV-aware liquidity pool is an AMM pool that references an external Net Asset Value when managing liquidity. Instead of relying entirely on arbitrage to correct prices, the pool automatically adjusts its active liquidity around an external price feed.
Why are traditional AMMs less efficient for tokenized RWAs?
Traditional AMMs assume prices are discovered through on-chain trading. Most real-world assets already have established prices in external markets, making continuous arbitrage an expensive way to maintain price alignment.
What is Algebra's NAV Plugin?
The NAV Plugin is a module within Algebra Integral that automatically repositions liquidity around an external oracle price or NAV. It is designed to reduce arbitrage-driven losses while keeping trading fully on-chain.
Does the NAV Plugin replace decentralized trading?
No. Users continue to trade through a decentralized AMM. The plugin changes how liquidity is positioned inside the pool but does not alter the permissionless nature of trading.
Which assets are suitable for NAV-aware liquidity?
The model is intended for assets with external price discovery, including tokenized treasuries, money market funds, private credit, tokenized equities and other real-world assets.
What is Algebra Integral?
Algebra Integral is a modular AMM infrastructure for decentralized exchanges. It allows DEX operators to extend functionality through replaceable Plugins, making it possible to support multiple liquidity models and new features without redesigning the exchange core.
