The new phase opened up by the cooperation between Morpho and HSK Chain does not mean that institutional finance can be fully moved on-chain, but rather that on-chain finance is beginning to transition from asset digitization to financial relationship digitization.

Written by: Raymond Chen

DeFi once harbored the most ambitious financial imaginations in the blockchain industry. The emergence of protocols like Compound, Aave, and Uniswap showed the market that financial activities such as lending, trading, and liquidity management could also be continuously operated by open protocols.

However, with liquidity mining and the expansion of the bull market, DeFi gradually transformed into a layered financial Lego. Token incentives, complex yields, and high leverage continued to expand, and the frequent attacks on protocols and loss of funds led the market to question whether this model could be sustainable.

Morpho rose against this backdrop. Its growth brought DeFi back to a more fundamental question: in which aspects can blockchain continuously enhance the operational efficiency of financial systems?

The long-term value of blockchain lies not just in creating more tokens or merely converting traditional assets into on-chain certificates, but in reducing duplication of bookkeeping, manual coordination, and trust costs in multi-party financial activities through distributed ledgers, programmable rules, and atomic settlement.

The growth of Morpho, along with the continuous access from exchanges, custodians, and financial platforms, also indicates that DeFi is gradually transforming from an independent market aimed at on-chain users to a foundational infrastructure that can be utilized by centralized platforms and financial institutions.

1. Why Morpho Represents a Return to Infrastructure for DeFi

Morpho, along with protocols like Aave, still deals with the most fundamental lending business in the financial market: fund providers deposit assets, borrowers provide collateral, the protocol calculates interest, and executes liquidation when collateral is insufficient. The real difference lies not in the lending process itself, but in how to organize the market, allocate risk, and distribute products.

Traditional DeFi lending protocols usually adopt multi-asset unified liquidity pools. Depositors and borrowers enter the same liquidity system, and protocol governance unifies decisions on asset lists, collateral ratios, oracles, and interest rate parameters. The advantage of this structure is concentrated liquidity, and users can manage multiple assets in one account. But as the variety of assets increases, DAOs need to continuously evaluate a vast number of parameters, and different collateral may generate risk correlations through the same liquidity pool.

Morpho adopts isolated markets, which are closer to a standardized credit market creation tool. Each market only connects one collateral asset and one borrowing asset and has independent collateral ratios, oracles, and interest rate models. Once a market is established, core parameters cannot be casually modified; anyone can create a new market, but fund providers can autonomously decide whether to enter.

This means that Morpho is no longer governed by a centralized governance system judging all asset risks but instead breaks down the risks of different assets and assigns them to professional risk managers and fund providers for selection.

This design is especially important for RWA and institutional assets. Tokenized money market funds, government bonds, precious metals, private credit, and trade financing certificates, although categorized as RWA, entirely differ in liquidity, valuation methods, legal structures, and disposal capabilities. Unifying them into the same public liquidity pool makes it hard to accurately reflect risk and does not meet institutional funding requirements for isolation and transparency.

Morpho allows different assets to set financing conditions separately. Essentially, bad debts formed by one asset are borne by the corresponding market and not directly compensated by deposits from other markets. Of course, the risks of underlying assets, oracles, and core contracts may still have broader impacts, but the risk boundaries at the balance sheet level become clearer. The Vault also addresses the issue of complexity in isolated markets. Professional Curators are responsible for selecting markets, setting risk limits, and allocating liquidity, so depositors do not need to analyze every type of collateral, oracle, and liquidation mechanism individually. Different Curators can also establish conservative, aggressive, or institution-specific strategies around similar assets, making risk management itself a service that can be competitive and priced.

Therefore, what Morpho truly accomplishes is the disaggregation of financial functions. The underlying protocol is responsible for collateral, interest calculation, and liquidation, while Curators handle risk selection; exchanges, wallets, and asset management platforms are responsible for re-packaging these capabilities and distributing them to users.

Morpho is no longer just a lending product but is gradually becoming an open credit infrastructure that financial institutions can utilize.

The credit referred to here does not mean unsecured entity credit but rather the standardized recording and execution of collateral, debts, interest rates, durations, and settlement relationships on-chain.

2. Why HSK Chain: From Asset Issuance to Credit Market

The cooperation between Morpho and HSK Chain is not a one-sided input of capabilities. HSK Chain has previously focused on carrying institutional assets like money market funds, tokenized securities, precious metals, and stablecoins. Related projects reflect its accumulation in asset tokenization, ongoing management, and settlement.

However, the mere issuance of assets on-chain solves only the first step. If a tokenized fund can only be subscribed, held, and redeemed, the primary role of the blockchain remains in registration and settlement. Only when fund shares can be used as collateral, support stablecoin financing, and enter institutional capital allocation systems do they genuinely become productive assets in on-chain finance.

Morpho supplements HSK Chain precisely by providing credit market and fund allocation capabilities after asset issuance. For instance, with tokenized money market funds, institutions can continue holding the fund and earning underlying returns while using it as collateral to borrow stablecoins for payments, trading, market making, or new asset allocations.

This thus generates two layers of financial value from the same asset: one layer comes from its own returns, while the other comes from its capacity to release liquidity.

But this still does not fully explain why HSK Chain. For Morpho, whether a public chain has high performance is not a sufficient condition for the establishment of institutional credit markets. It also needs to address several more practical issues: who provides compliant assets, who provides funds, who bears risk management, who is responsible for custody, and who brings products to institutions and users.

The HashKey Group behind HSK Chain precisely possesses a complete capability for institutional financial supply.

Its tokenization business can provide RWA assets, and the exchange and custody systems can offer customer entry and asset safeguarding; asset management operations and third-party Curators can take charge of fund allocation, while regional platforms can handle product distribution.

This means Morpho gains not just a network to deploy, but a complete institutional financial system that connects assets, funds, customers, and compliance entry points. Conversely, the existing business of HashKey Group also requires a unified on-chain credit mechanism to connect asset issuance, trading, custody, and asset management.

In this sense, the combination of Morpho and HSK Chain is a confluence of the asset side and the credit side. HSK Chain provides institutional assets, stablecoins, and settlement environments, while Morpho enables these assets to further possess characteristics of collateralization, financing, pricing, and allocation. Morpho does not simply add a lending application for HSK Chain, nor does HSK Chain merely provide a network for Morpho to deploy. What both parties genuinely connect are the open credit protocols and institutional asset systems.

3. The New Meaning of CeDeFi: Bringing Real Financial Rules into Open Protocols

Once RWA enters the chain, a long-standing contradiction arises: how can open protocols coexist with real financial rules?

Native DeFi emphasizes open participation and code execution, but institutional assets often come with explicit legal and compliance conditions: who can subscribe, who can hold, whether assets can be transferred across regions, whether they are only for professional investors, and how to handle defaults.

These rules do not automatically disappear due to asset tokenization. Therefore, the value of CeDeFi should not be understood solely as centralized platforms allocating customer funds to a specific DeFi protocol. More profoundly, it reflects the reallocation of roles among centralized institutions, open protocols, and public chains based on their respective advantages.

Morpho is responsible for executing collateral, interest calculation, debt accounting, and liquidation according to public rules; HSK Chain is responsible for on-chain recording and unified settlement of asset and fund states; HashKey Group is responsible for customer identity, asset issuance, custody, product suitability, and distribution.

Centralized institutions have not disappeared as a result, but their roles have changed. Institutions no longer need to independently maintain a closed lending ledger or complete all interest calculations and fund allocations themselves, but can delegate some standardized financial functions to on-chain protocols. Meanwhile, Morpho doesn't need to assume all real-world legal relationships. The authenticity of assets, investor qualifications, custody arrangements, and customer service are still the responsibility of licensed institutions and professional service providers.

Morhpo’s Gates mechanism further provides technical feasibility for this division of labor. Specific vaults and markets can limit who can deposit assets, receive redeemed assets, increase debt claims, or transfer shares. The underlying financial execution capabilities are open, while specific asset and product participation conditions are restricted according to real regulatory and business requirements. HSK Chain, as an institution-level public chain, should also be understood from this perspective. It is not a traditional completely closed consortium chain, but allows identity, asset rules, and product permissions to enter the on-chain execution environment. This is also the profound significance of a permissioned chain.

The value of a permissioned chain does not lie in setting as many restrictions as possible, but in allowing the investor qualifications, asset boundaries, and responsibility relations in real finance to be accurately expressed. Under such a structure, CeDeFi is no longer simply a centralized front with a decentralized back end, but a complete financial division of labor:

Real institutions are responsible for identity, assets, and legal responsibilities; on-chain protocols are responsible for transparent execution and fund efficiency, and public chains provide a shared ledger and unified settlement.

4. The Long-Term Value and Real-World Test of HSK Chain

HSK Chain has always been a subject of some controversy. During the phase of thriving native crypto assets, whether it was user activity, on-chain trading volume, or actual usage, HSK Chain was not prominent, nor did it replicate the path of other public chains relying on liquidity incentives and speculative trading for rapid expansion.

However, with the rise of RWA, stablecoins, and institutional on-chain finance, the criteria for evaluating a chain are changing.

For financial networks aimed at institutions, what truly matters may not be how many transactions are generated in the short term, but whether it can carry assets with real rights relationships, connect licensed institutions with long-term capital, and enable identity, asset rules, and risk responsibility to enter the same on-chain system.

Against this backdrop, HSK Chain is visibly accelerating its efforts, with a clearer direction towards building infrastructure for on-chain financial institutions. Morpho’s inclusion provides HSK Chain’s assets with opportunities to further enter lending and credit systems, pushing this chain from being an asset-bearing and settlement network towards a more complete on-chain financial infrastructure.

However, whether this cooperation can truly open a new phase still depends on three conditions. First, whether there is genuine and sustained borrowing demand. Funds can flow in through exchanges and asset management channels, but the sustainability of the market depends on whether there are borrowers willing to bear reasonable interest and have clear uses for the funds.

Second, whether RWA collateral possesses credible pricing and settlement capabilities. Money market funds and highly liquid bonds are relatively easy to value and redeem, but when risks occur with trade financing, private credit, and low-liquidity assets, they may not be quickly resolved. Finally, whether clear boundaries of responsibility are established among all participating parties. Asset issuers, Curators, oracles, custodians, and distribution platforms need to take responsibility for asset authenticity, risk selection, pricing, and client suitability. Open protocols can automatically execute rules but cannot replace information disclosure and real-world legal enforcement.

Therefore, the new phase opened by the cooperation between Morpho and HSK Chain does not mean that institutional finance can be fully moved on-chain, but rather that on-chain finance is beginning to transition from asset digitization to financial relationship digitization.

RWA resolves how assets are recorded, Morpho addresses how assets form debts, interest rates, and fund allocations, and the CeDeFi model solves how open protocols can connect with real identities, legal responsibilities, and licensed distribution systems.

Morpho needs HSK Chain and the HashKey Group to provide institutional assets, clients, compliance entry points, and access to the Asian market; HSK Chain also needs Morpho to transform on-chain assets into credit tools that can be financed and allocated.

The goals of both parties are thus highly aligned: to jointly serve the accelerating asset tokenization and the on-chain transformation of financial institutions.

If this model can continue to operate, HSK Chain will no longer just be a technical network serving RWA issuance, but may gradually become an important operational layer for institutional assets entering on-chain finance. Compared to copying another public chain that thrives on speculative trading, this path is slower and requires more, but may also possess a clearer and more enduring long-term value.

From RWA to CeDeFi, the change is not just in product forms, but rather the blockchain is evolving from merely recording assets to organizing assets, funds, and credit relationships. This is the unseen industry trend behind the cooperation between both parties.