When On-Chain Lending Systems Converge

marsbitPublicado a 2026-02-10Actualizado a 2026-02-10

Resumen

Credit is the time machine of the economy, enabling businesses to bring future cash flows into today's decisions. The global credit gap for SMEs in emerging markets is estimated at $5.7 trillion. Recent developments in on-chain lending, such as Kraken's DeFi Earn and Bitwise's vault strategies on Morpho, signal a maturation beyond the speculative cycles of 2022. The ecosystem now integrates vaults for self-custody and transparency, automated risk management by firms like Chaos Labs, and AI-driven optimization engines. Total value locked in lending protocols has grown 150% in two years, with active loans exceeding $40 billion—double the 2022 peak. This evolution reduces operational inefficiencies, lowers credit costs via stablecoins and smart contracts, and enhances accessibility, potentially helping bridge the global credit gap. However, risks like liquidity constraints and curator discretion remain.

Author: Prathik Desai

Compiled by: Block unicorn

Credit is the time machine of the economy. It allows businesses to bring future cash flows into today's decision-making.

I believe this is one of the most underrated aspects of the financial world.

People rarely notice credit at work, but it manifests in how businesses operate. An effective credit system enables businesses to restock shelves before they are empty, allows factories to upgrade equipment before it becomes obsolete, and lets founders to hire new employees before a human resource redundancy crisis erupts.

The gap between a good idea and its execution often stems from limited access to credit. And banks promise to bridge this gap.

Banks accept deposits from customers through bank accounts and provide credit to those who need loans. They pay a lower interest rate to depositors and charge a higher interest rate to borrowers, with the difference being their profit. However, bank credit also faces many challenges. The mismatch between credit supply and demand is one of the most significant among them.

Private credit fills the areas that bank credit cannot cover, but the gap remains. This gap reflects investors' current unwillingness to lend in the credit market.

In March 2025, a joint report by the International Finance Corporation and the World Bank, "Financing the Micro, Small, and Medium Enterprise (MSME) Gap," estimated the financing gap in 119 emerging markets and developing economies (EMDEs) to be approximately $5.7 trillion, accounting for about 19% of their combined GDP.

In this context, I find last week's developments in the on-chain credit space exciting. On-chain lending is not new. We experienced a crazy cycle in 2022, and people are still discussing it for various reasons today. But the current cycle feels different.

In this article, I will delve into all the changes happening in the on-chain credit market and explain why I believe it could revolutionize the credit industry.

Let's begin.

Money markets have existed on Ethereum for years. Over-collateralized lending, liquidation bots, interest rate curves, and occasional cascading liquidations are not new. Therefore, what truly caught my attention with last week's credit-related announcements was not the money markets themselves, but the players involved and how they are repackaging credit.

What excites me is that these sporadic partnership announcements collectively signal a broader trend of convergence. The fragmented DeFi landscape of summer 2022 is converging into a powerful force. Features like vault infrastructure, non-custodial wrapping, professional risk management, and automated yield optimization are being integrated and promoted.

Kraken launched DeFi Earn, a platform for retail users that can channel lenders' deposits into vaults (in this case, Veda). The vaults would then direct the funds to lending protocols like Aave. Chaos Labs would act as the risk manager, monitoring the entire engine. Kraken promises lenders an annual percentage yield (APY) of up to 8%.

What do vaults change? They offer lenders self-custody and fund visibility. Unlike traditional credit markets where you hand over funds to a fund manager and wait for monthly disclosures, vaults integrate smart contracts that mint claims on the funds and show the fund deployment in real-time on the blockchain.

Around the same time, Bitwise, the world's largest crypto fund manager, launched a non-custodial vault strategy on the on-chain lending platform Morpho.

This is not the first time on-chain lending has received institutional endorsement. In 2025, Coinbase launched its USDC lending service, enabling smart contract wallets to connect and route deposits via on-chain vaults to the Morpho platform. Steakhouse Financial used the platform for cross-market fund allocation to optimize yields.

This coincides with the on-chain lending market being on the verge of explosive growth, and the data confirms this.

The total value locked (TVL) in lending protocols reached $58 billion, a 150% increase in two years. However, this figure is only 10% higher than the peak in 2022.

Here, the outstanding loan balance dashboard provides a more accurate picture of the actual situation.

This dashboard shows that the foundation laid by leading protocols like Aave and Morpho is very solid, with active loans exceeding $40 billion in recent months, more than double the peak in 2022.

The dashboard shows that existing institutions, including Aave and Morpho, have laid a solid foundation, with active loans exceeding $40 billion in the past few months, more than double the peak level in 2022.

Today, both Aave and Morpho's revenues are six times what they were two years ago.

While these charts show investor confidence in lending protocols, I find the growth of vault deposits over time even more convincing.

In October 2025, total vault deposits surpassed the $6 billion mark for the first time. Today, deposits stand at $5.7 billion, more than double the amount from the same period last year ($2.34 billion).

These charts indicate that users are opting for products that offer a comprehensive ecosystem, including vaults, yield optimization strategies, risk configuration, and professional management.

This is the evolution I am optimistic about, completely different from what we observed during the DeFi summer.

Back then, the lending market seemed like a closed loop. Users leveraged this loop by depositing collateral, borrowing funds, using the proceeds to buy more collateral, and depositing again to earn higher yields. Even if collateral prices fell, these users could at least earn rewards from the platform for using its lending protocol. But when those rewards themselves disappeared, the loop broke.

Even the current cycle is built on the same basic elements—over-collateralized lending—but on a fundamentally different and much more solid foundation. Today's vaults have evolved into wrappers that turn protocols into automated asset management tools. Risk managers play a central role, setting up safety measures.

This shift changes the appeal of on-chain lending for both investors and lenders.

During the DeFi summer, lending protocols were just another way to make quick money. This model worked until the incentives failed. Users registered Aave accounts, deposited funds, borrowed against collateral, and so on, until the incentives ran out. We saw this with Aave's Avalanche deployment: incentives attracted deposits and kept the cycle running initially. But when the subsidies waned, the cycle collapsed. As a result, Avalanche's outstanding debt decreased by 73% quarter-on-quarter in Q3 2022.

Today, the lending business has evolved into a mature ecosystem with specialized players responsible for risk management, yield optimization, and liquidity management.

Here's how I assemble the entire stack.

The bottom layer is settlement funds, existing in the form of stablecoins. They can be transferred instantly, stored anywhere, deployed at any time, and crucially, are easy to account for.

On top of this are the familiar money markets, such as Aave, where lending and borrowing are enforced by software code and collateral.

Next is the world of wrappers and routers that aggregate funds and route them from lenders to borrowers. Vaults act as wrappers, packaging the entire lending product in a way that is easy for retail investors to understand. For example, it can be presented as "Deposit $X to earn up to Y% yield," as Veda wallet does on Kraken's Earn platform.

Custodians sit above these protocols, deciding which collateral to allow, liquidation thresholds, exposure concentration, and when to close positions if collateral value declines. Think of how Steakhouse Financial operates on the Morpho platform, or how asset managers like Bitwise embed their judgment directly into the vault rules.

In the background, AI systems run 24/7, managing on-chain credit risk and acting as the nervous system of the lending ecosystem when humans are not around. Manual risk management is difficult to scale. Limited risk management increases credit risk during market volatility. The best outcome is substandard returns, the worst is liquidation.

AI optimization engines track borrowing demand, oracle deviations, and liquidity depth to trigger timely withdrawals. It alerts when vault exposure exceeds preset thresholds. Furthermore, it advises on risk mitigation measures and assists risk teams in decision-making.

It is this round-the-clock optimization, de-risking, audited vaults, carefully curated strategies, institutional backing, and professional risk management that make the current market feel safer and less risky.

But none of these measures can completely eliminate risk. Among them, liquidity risk is one of the most easily overlooked.

Although vaults offer better liquidity than isolated protocols, they still operate within the same markets as these protocols. In markets with thin trading volume, vaults increase the cost of closing positions, making it difficult to exit funds.

Furthermore, there is the risk of curator discretion.

When users deposit funds into a vault, they are essentially trusting certain institutions to make investment decisions based on market conditions, choose suitable collateral, and set corresponding redemption thresholds. Credit works in myriad ways, but lenders should understand that non-custodial does not necessarily mean zero risk.

Despite these challenges, on-chain lending is also changing the cryptocurrency landscape and, consequently, the economic landscape.

The cost of running a credit market depends on time and operational costs.

Heavy investment in verification, monitoring, reporting, settlement, and execution of transactions makes traditional credit expensive. A significant portion of the interest they charge borrowers is avoidable and not necessarily related to the "time value of money."

On-chain credit saves both time and operational costs.

Stablecoins minimize settlement time, smart contracts reduce execution time, transparent ledgers reduce audit and reporting time, and vaults simplify complexity for users. These cost savings will be even more significant when addressing the SME credit gap.

On-chain credit will not fill the credit gap overnight, but lower credit costs will make verification more convenient and credit access more inclusive. And this could reshape the economic landscape.

Criptos en tendencia

Preguntas relacionadas

QWhat is the estimated financing gap for micro, small, and medium enterprises (MSMEs) in emerging markets and developing economies (EMDEs) according to the IFC and World Bank report from March 2025?

AThe estimated financing gap for MSMEs in 119 emerging markets and developing economies is approximately $5.7 trillion, which is about 19% of their combined GDP.

QHow does the current cycle of on-chain lending differ from the DeFi summer of 2022?

AThe current cycle is built on a more robust foundation with vaults acting as wrappers that turn protocols into automated asset management tools, professional risk managers setting safeguards, and AI systems managing credit risk. Unlike the 2022 cycle, which relied heavily on incentives that eventually failed, the current ecosystem includes dedicated players for risk management, yield optimization, and liquidity management.

QWhat role do vaults play in the on-chain lending ecosystem?

AVaults provide self-custody and transparency for lenders by integrating smart contracts that mint claims on funds and show real-time deployment on the blockchain. They package lending products in a user-friendly way for retail investors, such as offering fixed yield rates, and route funds to lending protocols like Aave.

QWhat are some risks associated with on-chain lending, even with the improvements in the current cycle?

ARisks include liquidity risk, where exiting positions can be costly in low-volume markets, and curator discretion risk, where users trust institutions to make investment decisions, choose collateral, and set redemption thresholds. Non-custodial vaults do not mean zero risk.

QHow does on-chain credit potentially lower the cost of credit and benefit the economy?

AOn-chain credit reduces time and operational costs by using stablecoins for faster settlement, smart contracts for execution, transparent ledgers for auditing, and vaults to simplify user complexity. Lower credit costs can make verification easier and credit access more inclusive, helping to bridge the financing gap for SMEs and reshape the economy.

Lecturas Relacionadas

The Changing Landscape: What Are Crypto VCs Experiencing?

Title: The Shifting Landscape of Crypto Venture Capital The era of dedicated crypto venture capital funds is undergoing a significant transformation. Once essential for navigating the sector's complexity and high risk, these specialized funds are now facing an identity crisis as the market matures. This shift mirrors historical patterns in other specialized investment classes like cleantech and SPACs, where initial information advantages dissipate as technologies become mainstream and integrated into existing industry frameworks. The article argues that crypto is reaching a critical inflection point, transitioning from a "building phase" to an "integration phase." Major players like Stripe, BlackRock, and Visa now engage with crypto not for its novel mechanics but as a foundational financial infrastructure. Their needs—regulatory compliance, banking partnerships, distribution channels—align with traditional fintech, a domain easily understood by large, generalist funds like Sequoia and Founders Fund. This evolution creates a "barbell effect" within the VC landscape. On one end are massive, diversified platforms that can incorporate crypto as one vertical among many. On the other are small, nimble funds focused on niche, experimental projects. The middle ground—medium-sized dedicated crypto funds—is being squeezed out. Their typical fund size makes it impossible to generate sufficient returns solely from early-stage crypto bets, yet they cannot compete with giants for later-stage deals. Consequently, leading crypto-native firms like Paradigm and Framework Ventures are expanding into AI, robotics, and other sectors, driven partly by LP pressure for better returns amid a broader VC DPI crisis. Others, like Dragonfly and a16z, have narrowed their crypto focus predominantly to financial infrastructure like stablecoins, reframing the sector's core narrative. For crypto entrepreneurs, this consolidation presents challenges. While generalist funds offer larger checks and broader resources, crypto projects now compete fiercely with AI for attention and capital within these firms. Furthermore, the long-term, non-commercial foundational work that built the ecosystem—funded by dedicated crypto VCs—is less likely to attract generalist capital focused on direct returns. The conclusion is that "crypto investor" as a standalone category is becoming obsolete, akin to "internet investor." Crypto is becoming a baseline infrastructure layer. The future will see a barbell structure: large-scale growth financing handled by generalist funds, while pioneering, speculative projects are funded by small, specialized vehicles. The dedicated crypto funds of the 2017-2021 boom, which incubated core infrastructure, are giving way to this new, bifurcated reality.

Foresight NewsHace 17 min(s)

The Changing Landscape: What Are Crypto VCs Experiencing?

Foresight NewsHace 17 min(s)

As Consensus Accelerates, What Are Young Investors Betting On?

Title: As Consensus Forms Faster, What Are Young Investors Betting On? In the rapid evolution of tech investment, a new generation of young investors is navigating a landscape where AI, robotics, commercial aerospace, and quantum computing are advancing simultaneously. Traditional investment logic based on financial models is giving way to a need for deep technical understanding and the ability to act before industry consensus forms. An analysis of trends from the "WAIC FUTURE TECH" list of young investment leaders reveals key shifts in focus. The first major trend is the movement of AI from the digital screen into the physical world. Investment is shifting from large language models and chatbots towards embodied AI, robotics, AI hardware, and edge computing. While demonstrations generate excitement, the real challenge lies in achieving scalable, reliable, and cost-effective delivery in complex real-world environments like factories and logistics. Success depends not just on algorithms but on the integration of sensors, actuators, and control systems. Second, the competitive focus for large models is moving beyond raw capability toward building an "intelligence flywheel." The goal is to create self-reinforcing systems where user interaction generates data, improving the model, which in turn enhances the user experience and attracts more engagement. Companies that successfully embed AI into workflows to create these closed-loop systems can build lasting value that isn't easily erased by the next model upgrade. Third, facing a potential bottleneck in high-quality human-generated data, investors are looking at new underlying technologies. Reinforcement learning and self-play, as demonstrated by AlphaGo Zero, offer paths for AI to generate its own experience. Scientific foundation models, which aim to build general AI capabilities for fields like life sciences and materials discovery, represent a non-consensus direction that could unlock new frontiers of knowledge and data. Finally, in deep-tech areas like quantum computing, commercial aerospace, and space-based infrastructure, patient capital is essential. These fields have long, uncertain development and validation cycles involving complex engineering, supply chains, and regulations. Investment here requires a long-term view, focusing on foundational team capabilities and the eventual emergence of market demand, even if commercial returns are distant. Collectively, these trends illustrate how young investors are adapting to a new era. They are learning to make earlier, technically-informed judgments, balance hype with real-world viability, and provide the patient capital needed to build the deep-tech foundations of the future.

marsbitHace 45 min(s)

As Consensus Accelerates, What Are Young Investors Betting On?

marsbitHace 45 min(s)

Can Japan Buy Growth with AI? Will the Bond Market Believe It?

Japan's cabinet has introduced the 2026 Basic Policy on Economic and Fiscal Management and Reform, shifting its primary fiscal target. The new framework moves away from the traditional annual primary balance goal and instead prioritizes a stable reduction of the debt-to-GDP ratio. This change is tied to a strategy of increased "responsible proactive fiscal" spending, aiming to boost long-term growth through investments in strategic sectors like AI, semiconductors, energy, and robotics. The government estimates total public and private investment in 62 key technologies could exceed 370 trillion yen by 2040. The market reaction has been mixed and cautious. While equity markets may respond to policy signals, bond markets are focused on fiscal credibility. Concerns center on whether the weakening of the clear primary balance anchor could lead to looser fiscal discipline. If investors doubt that these strategic investments will generate sufficient productivity gains, tax revenue, and nominal growth to outpace rising interest costs, they may demand higher yields on Japanese Government Bonds (JGBs). Recent volatility in the yen and JGB yields, with the 10-year yield briefly reaching 2.9%, reflects this skepticism. The success of this new framework hinges on two factors: whether Japan can achieve a nominal growth rate consistently higher than its long-term interest rates, and whether future budgets demonstrate disciplined control over bond issuance. The government's narrative is that strategic investment is essential to break Japan's cycle of low growth, aging, and labor shortages. However, the bond market will continuously assess the credibility of this plan, pricing the risk that it may represent fiscal expansion rather than a viable growth strategy.

marsbitHace 1 hora(s)

Can Japan Buy Growth with AI? Will the Bond Market Believe It?

marsbitHace 1 hora(s)

Trading

Spot

Artículos destacados

Cómo comprar T

¡Bienvenido a HTX.com! Hemos hecho que comprar Threshold Network Token (T) sea simple y conveniente. Sigue nuestra guía paso a paso para iniciar tu viaje de criptos.Paso 1: crea tu cuenta HTXUtiliza tu correo electrónico o número de teléfono para registrarte y obtener una cuenta gratuita en HTX. Experimenta un proceso de registro sin complicaciones y desbloquea todas las funciones.Obtener mi cuentaPaso 2: ve a Comprar cripto y elige tu método de pagoTarjeta de crédito/débito: usa tu Visa o Mastercard para comprar Threshold Network Token (T) al instante.Saldo: utiliza fondos del saldo de tu cuenta HTX para tradear sin problemas.Terceros: hemos agregado métodos de pago populares como Google Pay y Apple Pay para mejorar la comodidad.P2P: tradear directamente con otros usuarios en HTX.Over-the-Counter (OTC): ofrecemos servicios personalizados y tipos de cambio competitivos para los traders.Paso 3: guarda tu Threshold Network Token (T)Después de comprar tu Threshold Network Token (T), guárdalo en tu cuenta HTX. Alternativamente, puedes enviarlo a otro lugar mediante transferencia blockchain o utilizarlo para tradear otras criptomonedas.Paso 4: tradear Threshold Network Token (T)Tradear fácilmente con Threshold Network Token (T) en HTX's mercado spot. Simplemente accede a tu cuenta, selecciona tu par de trading, ejecuta tus trades y monitorea en tiempo real. Ofrecemos una experiencia fácil de usar tanto para principiantes como para traders experimentados.

650 Vistas totalesPublicado en 2024.12.10Actualizado en 2026.06.02

Cómo comprar T

Discusiones

Bienvenido a la comunidad de HTX. Aquí puedes mantenerte informado sobre los últimos desarrollos de la plataforma y acceder a análisis profesionales del mercado. A continuación se presentan las opiniones de los usuarios sobre el precio de T (T).

活动图片