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Onchain Vaults for the Open-Minded Allocator

Jordan Jackson

• 10 min read
Onchain Vaults for the Open-Minded Allocator

A framework for understanding what onchain vaults actually are, why they've grown from zero to $15 billion, and what institutional allocators should know before committing capital.

The time to understand onchain vaults is now

If you manage institutional capital and someone mentions "DeFi vaults," you would be forgiven for tuning out. The term carries baggage — anonymous protocols, recursive yield farming, and a string of high-profile collapses that validated every concern you already had.

This paper isn't about that version of DeFi. It's about what the category has become: a $15 billion segment of onchain infrastructure that functions more like a modern prime brokerage layer than a digital safe. And it's about why this evolution matters for allocators who have so far - quite reasonably - stayed on the sidelines.

We believe that understanding onchain vaults is now essential for institutional allocators, not because the technology is novel, but because the problems vaults solve are familiar ones: yield generation, risk management, capital efficiency, and access to new asset classes.

The skepticism around onchain vaults is valid. We'll address it directly throughout this piece. But the structural changes happening in this space - governance professionalization, regulatory clarity, institutional custody solutions - suggest that dismissing the category entirely may itself be a form of risk.

What vaults actually are

The term "vault" is, admittedly, a misnomer, it implies locking assets away. In practice, onchain vaults are dynamic capital allocation structures that sit between depositors and yield opportunities. They function similarly to what a fund administrator, prime broker, or managed account platform does in traditional finance - except the operational logic is encoded in smart contracts that execute transparently and continuously.

A useful mental model: imagine a managed futures account where the allocation strategy, risk limits, and rebalancing logic are all visible to the investor in real time, enforced by code rather than legal agreements, and operating 24/7 without settlement delays. That's closer to what a modern vault does than the "digital safe" the name implies.

The category has evolved through three distinct phases:

Phase 1: Permissionless DeFi (2020-2022). Anonymous protocols with token-based governance. Attractive yields, significant risk, minimal institutional guardrails. This is the phase that generated the headlines — and the skepticism.

Phase 2: Curated vaults (2022-2024). Introduction of professional risk management, known operators, and structured mandates. Morpho, Euler, and similar protocols began separating the infrastructure layer from the strategy layer, allowing specialized curators to manage allocation within defined parameters.

Phase 3: On-chain asset management (2024-present). The current phase, which the industry increasingly calls "on-chain asset management" rather than "DeFi". Transparent smart contracts combined with trusted, legally defined actors. Institutional-grade governance. Integration with traditional finance infrastructure.

For allocators evaluating the space today, Phase 3 is the relevant context. Evaluating onchain vaults based on Phase 1 would be analogous to evaluating the ETF industry based on the early closed-end fund market — technically related, but structurally unrecognizable.

The governance question: why institutional allocators should care

The most common institutional objection to onchain vaults is governance. Who controls the parameters? Who manages risk? What happens during market stress?

This is the right question to ask. It's also the question the industry has spent the last two years answering.

Early DeFi relied on clunky, token-based community voting to adjust risk parameters. Want to change a loan-to-value ratio? Put it to a vote among anonymous token holders. This model was, to put it charitably, incompatible with institutional capital allocation.

Modern vault architecture has evolved to feature strictly segregated institutional roles:

  • Owner: Sets the overarching mandate and constraints. Analogous to the board of a fund.
  • Curator: Actively manages allocation within the mandate. Analogous to a portfolio manager.
  • Allocator: Executes specific rebalancing and deployment decisions. Analogous to a trader.
  • Guardian: Monitors risk parameters and can trigger emergency actions. Analogous to a risk officer or compliance function.

This separation of powers is not decorative. It's the mechanism that gives traditional institutions and fintechs the comfort to allocate capital. The 50-page credit agreements of private equity — covenants, liquidation triggers, risk limits, reporting requirements — are essentially being distilled into transparent, predictable code.

For allocators accustomed to evaluating fund governance, the framework should feel familiar. The difference is enforcement: a covenant violation in a traditional credit agreement requires detection, legal review, and potentially litigation. In a vault, covenant enforcement is automatic, transparent, and continuous.

This does not eliminate risk. Smart contract bugs, oracle failures, and systemic liquidity events remain real concerns. But it does change the nature of operational risk from "will the manager honor the agreement" to "was the agreement correctly encoded" - a shift that some institutional risk frameworks may actually prefer.

Risk management: what's different, what's the same

Allocators evaluating onchain vaults should consider both familiar and novel risk dimensions.

Familiar risks:

  • Credit risk. Vaults that deploy into lending protocols carry borrower default risk, just as any lending strategy does. The mitigation is overcollateralization and liquidation mechanisms - conceptually identical to traditional secured lending, though the execution is automated.
  • Liquidity risk. Currently, the ecosystem heavily favors instant liquidity. Most vault participants treat these structures like money market funds, demanding the ability to withdraw immediately. This creates duration mismatch risk when underlying positions have longer horizons.
  • Concentration risk. A vault deploying predominantly into one or two yield sources carries concentration risk that should be evaluated the same way it would be in any portfolio.

Novel risks:

  • Smart contract risk. Code can have bugs. Audits reduce but do not eliminate this risk. The industry mitigates through formal verification, bug bounties, and time-tested deployment, but allocators should understand that this is a residual risk without a perfect TradFi analogue.
  • Oracle risk. Many vault strategies depend on price feeds from oracle networks (Chainlink, Pyth, etc.) to value positions and trigger rebalancing. Flawed or delayed pricing data during market stress has historically caused cascading failures. This is arguably the most significant novel risk for institutional participants.
  • Regulatory risk. The classification of vault positions — are they securities, managed accounts, or something else? — remains uncertain in most jurisdictions. The GENIUS Act and CLARITY Act in the US are providing increasing clarity, but global harmonization is years away.

The honest assessment: onchain vaults introduce risks that don't exist in traditional managed accounts, while reducing others (operational counterparty risk, settlement risk, transparency risk). The net risk profile depends heavily on the specific vault, curator, and underlying strategy.

The yield landscape: where returns come from

A natural question for any allocator: where does the yield come from?

This is perhaps the most important question to ask, because the answer separates sustainable onchain yield from the unsustainable token-incentive schemes that characterized earlier DeFi.

Sustainable yield sources in modern vaults include:

  • Lending yield. Supplying assets to onchain lending markets (Aave, Morpho, Compound) where borrowers pay interest. This is functionally identical to participating in a lending facility. Current stablecoin lending rates vary between 3-8% depending on market conditions (per DeFi Llama data).
  • Liquidity provision. Providing liquidity to trading venues (automated market makers) and earning trading fees. Analogous to market-making revenue.
  • RWA yield. Tokenized Treasuries ($5B+ TVL per rwa.xyz), tokenized private credit, and other real-world asset yields flowing onchain. This is yield backed by real economic activity - interest payments on actual debt, dividends on actual assets.
  • Staking yield. Protocol-level staking rewards for securing proof-of-stake networks. This is compensation for providing network security.
  • Basis trade yield. Capturing the spread between spot and futures markets. This is a well-understood arbitrage strategy executed onchain.

What modern vault yield is NOT:

  • It is not primarily token incentive farming (though some protocols still offer this as a supplement).
  • It is not recursive leverage (borrowing to lend to borrow to lend).
  • It is not unsustainable rates that require continuous new depositor inflows.

The yields available through onchain vaults today are largely comparable to or modestly above those available in traditional fixed income and lending markets. The advantage isn't necessarily higher returns — it's transparency, composability, 24/7 operation, and reduced intermediary costs.

Who is using vaults today

The consumer base for onchain vaults has expanded well beyond the crypto-native audience that characterized earlier phases.

The original clients: Specialized crypto credit funds and liquidity providers who underwrote risk to supply 30-to-60-day working capital to protocols. This remains a significant user base.

Corporate treasuries: Companies seeking cost-effective yield on treasury holdings. Third-party qualified custodians like Anchorage have been the primary enabler, providing the custody and compliance infrastructure that corporate finance teams require.

Fintechs and neo-banks: A major go-to-market channel. Vault builders are targeting non-bank financial platforms with a compelling proposition: integrate vault infrastructure to offer high-yield "savings-like" products without needing a banking charter. This incentivizes platforms to keep user cash sticky. The Veda-Kraken integration is a notable example - effectively turning a crypto exchange into a yield-bearing savings platform.

Traditional banks (emerging): For traditional banks constrained by strict capital ratios on deposits, vaults offer a strategic alternative. By transitioning client funds into vault structures as "assets under custody" rather than direct bank deposits, banks can potentially scale revenue via revenue-share arrangements with curators beyond what their internal equity would otherwise allow. However, this channel faces a significant bottleneck: major tier-1 banks require on-premise wallet infrastructure integrated natively into their existing core banking systems, rather than relying on third-party cloud-hosted solutions. Until this "last mile" is built, direct bank adoption will remain limited.

The duration problem: why it matters

One structural issue that allocators should understand: the onchain vault ecosystem currently has a significant duration mismatch.

Most capital in vaults today demands instant liquidity. Large LPs treat vaults like money market funds — they deposit to earn yield, but expect the ability to withdraw immediately to execute basis trades, rotations, or risk-off moves elsewhere.

This behavior constrains the types of strategies vaults can pursue. If depositors can withdraw at any time, curators must maintain sufficient liquidity buffers and avoid positions with lockup periods — which effectively limits the yield universe to short-duration opportunities.

For the market to mature — especially as a conduit for real-world assets like private credit, which inherently require duration commitment — the ecosystem needs participants willing to take on duration risk. One-to-five year lockups in exchange for illiquidity premiums, structured similarly to traditional private credit funds.

This represents both a risk and an opportunity for institutional allocators. The risk is that current vault yields may be compressed by the liquidity constraints. The opportunity is that allocators willing to commit capital for longer durations may capture meaningful illiquidity premiums in a market where most participants demand instant access.

The active management layer: rebalancing and AI

Vault management is not passive. Curators actively allocate capital across yield sources, adjust risk parameters, and rebalance positions - often multiple times per day.

The operational approach that's gaining traction among institutional-grade curators is general rebalancing rather than hyper-specific analytics. Rather than relying on narrow, siloed analytics platforms, the emphasis is on broad rebalancing frameworks that ensure holistic portfolio alignment and risk optimization across open blockchain architectures.

Looking forward, quantitative trading and machine learning are creating an additional abstraction layer on top of vaults. AI agents are beginning to act as meta-managers - programmatically analyzing yield opportunities across multiple protocols and stablecoin markets, and routing capital to optimize risk-adjusted returns.

This is early-stage, and allocators should evaluate AI-driven vault strategies with appropriate skepticism. But the trajectory points toward a future where vault curation is assisted by autonomous agents operating within human-defined risk parameters - not unlike how algorithmic trading evolved in traditional markets.

The path to scale: macro tailwinds and remaining bottlenecks

The vault ecosystem's growth trajectory depends on several macro factors:

Tailwinds:

  • Stablecoin growth. The US Treasury projects stablecoins could reach $3 trillion by 2030 . Since stablecoins are the primary unit of account in onchain vaults, this growth directly expands the addressable market.
  • Regulatory standardization. The GENIUS Act, CLARITY Act, and SEC guidance on tokenized securities are removing friction for institutional participation. Continued standardization of legal frameworks will unlock tokenization of complex real-world credit lines into vault structures.
  • Tokenized RWA expansion. Tokenized Treasuries ($5B+ TVL per rwa.xyz), private credit (growing rapidly per Galaxy Research data), and other RWA categories provide increasingly diverse yield sources for vault strategies.

Bottlenecks:

  • Tier-1 bank custody infrastructure. As noted above, major banks require on-premise wallet infrastructure, not cloud-hosted third-party solutions . Building this is a multi-year effort.
  • Duration willingness. The ecosystem needs capital willing to lock up for longer terms. Without it, the yield universe remains constrained to short-duration opportunities.
  • RWA Vault yield isn't from the RWA's (yet). Today the yield from 'RWA backed Vaults' is not coming from the RWA's themselves, it is coming from holders borrowing against them - meaning as a lender, you're most likely always getting a rate lower than the RWA yield, while still taking on the DeFi risk.
  • Smart contract maturity. While the risk is decreasing over time, smart contract vulnerabilities remain a non-zero concern that institutional risk committees must evaluate.
  • Cross-chain fragmentation. Vaults operating across multiple blockchains face liquidity fragmentation and bridge risk.

Framework for evaluation

For allocators considering an allocation to onchain vault strategies, we suggest evaluating across these dimensions:

  • Curator track record and governance structure. Who manages the vault? What are the segregated roles? How long has the curator operated? What's the audit history?
  • Yield source transparency. Where specifically does the yield come from? Can you verify the underlying positions onchain? Is the yield sustainable without token incentives?
  • Liquidity terms. What are the withdrawal conditions? Are there queues, delays, or lockup periods? How does the vault manage liquidity in stressed conditions?
  • Smart contract risk mitigation. How many audits? Is there formal verification? Bug bounty program? Insurance coverage?
  • Oracle infrastructure. What price feeds does the vault depend on? Multi-source or single-source? What happens during oracle failure?
  • Regulatory positioning. Is the vault structured with legal clarity? How does the curator handle regulatory uncertainty across jurisdictions?
  • Custody infrastructure. How are assets custodied? Qualified custodian? Self-custody? Hybrid?

Conclusion

Onchain vaults represent a structural evolution in how capital is allocated, managed, and deployed. The category's growth from zero to $15 billion reflects genuine utility - not speculative hype - driven by transparency, composability, and efficiency advantages over traditional managed account structures.

The skepticism that institutional allocators bring to this space is not misplaced. Smart contract risk, oracle dependency, regulatory uncertainty, and duration mismatch are real concerns that deserve serious analysis. But the structural improvements in governance, custody, and risk management over the past two years have materially changed the risk profile of the category.

For allocators with a medium-to-long-term horizon, the question may no longer be whether onchain vaults are worth understanding, but whether the opportunity cost of not understanding them is acceptable as the category continues to scale toward what some project could be a $1.5 trillion market.

Summer.fi institutional is especially well positioned to enable institutional allocators to access the best onchain vault strategies in an automated, transparent, and compliant manner.

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