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Fine art has always carried a paradox at its center: it is among the most culturally significant and financially valuable asset classes in the world, yet for most of its history it has also been one of the least accessible and most administratively cumbersome. Fine art has historically been one of the world's most exclusive asset classes. Masterpieces by Picasso, Monet, or Basquiat often serve as stores of value accessible only to ultra-high-net-worth individuals and institutional collectors. A high barrier to entry — frequently requiring millions of dollars — combined with the market's illiquidity has kept this sector closed to most global investors.
Tokenization is changing that calculus. Tokenization can split large, illiquid assets into smaller units, enabling fractional participation in asset classes that were previously difficult to access. This is particularly relevant for high-ticket assets like real estate and blue-chip art, where traditional ownership often requires significant capital and complex administration. But the promise of fractional ownership only pays off fully if the moment of sale — the event that actually returns capital to investors — is handled with the same precision and transparency that the onchain structure implies.
That moment of sale is where theory and practice diverge most sharply. The question is not just "who gets what" but "how, exactly, does each party receive their share, and with what certainty?" This article walks through the full distribution lifecycle of a tokenized art fund from the legal architecture that makes it possible to the onchain payment routing that makes it fast and certain.
Worked example detailed below: a $6,000,000 fund, a three-year hold, an 8% annual hurdle and 20% carry.
The legal architecture: why the SPV is the foundation
Before any token is minted and before any buyer signs a purchase agreement, the fund operator and their legal counsel must construct the right legal wrapper. A legal entity, often a Special Purpose Vehicle (SPV), is created to hold the title of the artwork. This SPV then issues digital tokens on a blockchain that represent shares of the entity.
The SPV structure matters for a specific and important reason. An SPV is necessary for tokenization because most assets cannot be directly divided and transferred on a blockchain. You cannot split a building — or a painting — into pieces and put each piece on Ethereum. What you can do is create a legal entity that owns the asset and then tokenize shares of that entity.
The result is a two-layer ownership structure. At the bottom layer, the SPV holds legal title to the physical artwork — documented, insured, and stored in an appropriate facility. For physical art, a professional appraisal determines the value. The artwork is then placed in a secure, insured storage facility (often a freeport). Legal structures like SPVs are established to link the physical asset's ownership to the digital tokens. At the top layer, investors hold digital tokens that represent proportional ownership interests in the SPV. Token holders receive proportional distributions through the smart contract, and their ownership is recorded immutably on the blockchain. The SPV's operating agreement governs the rights and obligations of all parties, while the smart contract automates the mechanics of ownership transfer and income distribution.
This dual structure is critical for settlement professionals to understand: when a sale is executed, the legal transfer of the artwork from the SPV to the buyer and the financial distribution to token holders are two separate but tightly coordinated events. The settlement agent, closing attorney, or fund administrator who orchestrates the transaction must manage both layers simultaneously.
Who is in the room: the parties at a tokenized art fund sale
A tokenized art fund sale involves more parties than a simple bilateral trade. Each of them has a legitimate economic claim to some portion of the proceeds, and each claim is defined in advance — in the SPV's operating agreement, in the fund's offering documents, and encoded in the smart contract logic.
Consider a representative structure. A fund holds a single major work, say a contemporary piece acquired for $6,000,000 (AUD 9,240,000). The fund was capitalized by 200 investors who together subscribed to 10,000 tokens at $600 (AUD 924) per token. The fund's total investor capital was therefore $6,000,000 (AUD 9,240,000). Three years later, the work is sold at auction for $9,500,000 (AUD 14,630,000). Before a single dollar reaches an investor wallet, several parties have enforceable claims:
The general partner / fund manager is entitled to carried interest — their share of the profit above a defined threshold. A private investment fund typically returns the majority of the proceeds from its investments to its limited partners. Most funds also distribute some portion of the proceeds to the general partner, in the form of carried interest. This is not a courtesy; it is a contractual obligation spelled out in the fund's Limited Partnership Agreement or operating agreement.
The limited partners / token holders are entitled to the return of their invested capital plus their pro-rata share of the profit remaining after the waterfall is applied. All remaining proceeds are then allocated between LPs and the GP at the specified rate, typically ranging from 80–90% to LPs and 10–20% to the GP, depending on the terms of the fund.
The auction house or dealer broker receives a seller's commission. This may be a negotiated flat amount or a percentage of the hammer price, and it is deducted from gross proceeds before the waterfall calculation begins.
The fund administrator or settlement agent coordinates the closing, verifies token ownership at the record date, oversees the reconciliation of the SPV's cap table, and ensures distributions are executed correctly.
Potential artists' resale royalty recipients may have a contractual or regulatory claim in some jurisdictions — a small percentage due to the original artist or their estate on resale.
Each of these parties must be paid. None of them should be waiting days for a wire to clear or chasing a spreadsheet to confirm their share.
The waterfall structure: what gets paid, in what order
Private equity funds — and by extension, art funds structured on similar principles — allocate the proceeds from investment sales according to a defined hierarchy known as the "distribution waterfall." Typically, the first tier involves returning invested capital to the investors.
A waterfall structure can be pictured as a set of buckets or phases. Each bucket contains its own allocation method. For a tokenized art fund, the waterfall typically runs as follows:
Tier 1 — Return of capital. 100% of a fund's proceeds are distributed to investors until they have received an amount equal to the total amount they have invested. In the example above, the first $6,000,000 (AUD 9,240,000) of net proceeds goes entirely to token holders, in proportion to their token count.
Tier 2 — Preferred return (hurdle rate). The second tier provides investors with a preferred return or hurdle rate on that capital. IRR-based waterfalls structure distributions around predefined IRR hurdles. Investors receive cash until they achieve a specified IRR, typically in the range of 8–12%. In the example, if the hurdle is set at 8% per annum over three years, investors are owed an additional sum representing that accrued preferred return before the manager sees any carry.
Tier 3 — GP catch-up. A third tier, commonly referred to as the "catch-up," allows the general partner to receive the majority of subsequent distributions until they have received their full carried interest share of the fund's net profits.
Tier 4 — Carried interest split. Any remaining proceeds are split between the investors and the general partner based on the agreed carried interest allocation. A common structure is 80% to LPs and 20% to the GP on profits above the hurdle.
Now, critically, this waterfall is not theoretical arithmetic reserved for an end-of-fund report. It is a live calculation that must be executed at the moment of sale. The settlement agent must apply the waterfall to the net proceeds, determine the exact amount owed to each token holder at the token level, and initiate payment to every party simultaneously.
The traditional settlement problem: sequential wires and fragmented certainty
In a conventional art fund sale conducted entirely through traditional banking rails, the process after the hammer falls is painfully manual. Settlement administrators spend weeks reconciling payment data across multiple systems and financial institutions. Manual tracking creates errors that delay final case closure and increase administrative costs.
The typical sequence looks like this: the auction house wires net proceeds (gross price less their commission) to the SPV's bank account. That may take one to two business days. Traditional payment networks often rely on batch systems with T+1 or T+2 timelines, meaning settlement occurs one or two business days after the transaction. The fund administrator then reconciles the incoming amount against the expected figure, checks the token register to confirm ownership at the record date, calculates each investor's entitlement under the waterfall, and initiates separate outbound wire transfers — one per investor, one to the GP, one to any other party with a claim.
Wire transfers require individual confirmation tracking for each transaction.
For a fund with 200 investors spread across multiple jurisdictions and time zones, this is not a single afternoon's work. It is a multi-week process, during which investors are uncertain whether their proceeds have been sent, whether the correct amount is coming, and whether there is any dispute over the share calculation. The GP does not know when to recognise the carry on their books. The settlement agent is fielding calls from every party. The exposure to human error — a transposition in a wire beneficiary detail, a wrong share calculation, a missed token-holder update on the secondary market — is real and material.
The onchain alternative: encoding the waterfall before the sale closes
The structural advantage of a properly architected tokenized art fund is not just that ownership is recorded on a ledger. It is that the distribution logic can be encoded and agreed upon by all parties in advance — before the work is ever sold.
Smart contracts manage the issuance and transfer of tokens, automating administrative tasks that were previously manual. If the artwork is sold in the future, the smart contract can automatically distribute the proceeds to token holders based on the number of shares they own.
Smart contracts play a crucial role here. These self-executing contracts automate things like ownership transfers, payment distributions, and legal compliance. For instance, they can automatically split sale proceeds among token holders or ensure artists get royalties.
But even smart contracts have a practical limitation. The onchain distribution logic tells you what each party is owed. The payment routing infrastructure tells you how those simultaneous payments actually flow. This is where a tool like shaka.deal becomes the operational mechanism that closes the loop.
One incoming payment. Every party paid simultaneously.
Shaka.deal is an onchain payment router built on Ethereum. Its function is precise: accept one incoming stablecoin payment, apply a preset set of distribution shares, and route the correct amount to every party's wallet address in the same transaction, with finality.
When the settlement agent for a tokenized art fund receives the proceeds from a sale — whether from an auction house, a private buyer's escrow, or a bilateral OTC desk — that payment arrives as a single amount. From that moment, the question is not "who gets what" (the waterfall and the offering documents already answer that) but "how do we get every party paid simultaneously, with a record that is final and cannot be disputed?"
The answer is a single Shaka routing transaction. Before the sale closes, the fund administrator configures the Shaka.deal contract with the distribution parameters: the GP's wallet and carry percentage, each investor's wallet address and proportional share derived from their token count, the artist's resale royalty recipient if applicable, and the broker's commission address. These parameters are set, reviewed, and agreed upon by all parties in advance. Nothing moves until all parties have confirmed the configuration.
When the net proceeds hit the routing address, shaka.deal splits the total into every configured output and routes them simultaneously in a single onchain transaction. There is no sequential queuing, no batch processing the following business day, no waiting for each wire to clear independently. Every party receives their share at the same block. The transaction hash is the settlement confirmation — one reference number that every party can verify independently on a public block explorer, right now, with no intermediary required to confirm receipt.
Because the payment is onchain, it is also final. Unlike traditional wire transfers where reconciliation between sending and receiving institutions can lag for hours, an onchain payment settles at the moment of block confirmation. There is no reversal process, no float period, and no question of whether the payment "went through." It either happened or it did not, and the ledger is the authority.
A worked example: $9,500,000 sale, five parties, one transaction
Return to the example from earlier: $9,500,000 (AUD 14,630,000) gross proceeds, a three-year hold, an 8% annual hurdle, 20% carry on profits above the hurdle, 10,000 tokens outstanding across 200 investors.
Step 1 — Gross to net. The auction house has already deducted its seller's commission from the hammer price. The fund receives $9,100,000 (AUD 14,014,000) net after the auction house's take. That net figure enters the Shaka routing transaction.
Step 2 — Waterfall calculation. The fund administrator calculates:
| Waterfall tier | To LP token holders | To the GP |
|---|---|---|
| Return of capital | $6,000,000 (AUD 9,240,000) | — |
| Preferred return, 8% per year over three years on $6,000,000 | approx. $1,558,000 (AUD 2,400,000) | — |
| GP catch-up, then remaining carry split | approx. $922,000 (AUD 1,419,000) | approx. $620,000 (AUD 954,800) |
| After the full waterfall | approx. $8,480,000 (AUD 13,059,200) | approx. $620,000 (AUD 954,800) |
In the catch-up, the GP receives enough to represent 20% of the profit pool; the remaining profit is then split 80% to LPs, 20% to GP, and the GP's total is its carried interest. Each investor's share is proportional to their token count: a holder of 100 tokens out of 10,000 receives exactly 1% of the LP pool.
Step 3 — Pre-configuration. Before the buyer's payment is received, the settlement agent builds the Shaka routing configuration: 200 investor wallet addresses with their exact per-token shares, the GP's wallet with the carry amount, and any other entitled party. All shares are expressed as exact amounts or percentages that sum to 100% of the incoming net proceeds. This configuration is reviewed and accepted by the fund's legal counsel, the GP, and the fund administrator before a single dollar moves.
Step 4 — Routing. The buyer's stablecoin payment arrives at the Shaka.deal routing address. One transaction. Every wallet receives its amount at the same moment. The block explorer shows 200+ simultaneous outbound transfers originating from the routing contract — each one labeled, each one permanent.
Step 5 — Confirmation. The settlement agent's job is not to chase wire confirmations from 200 correspondent banks across multiple jurisdictions. It is to archive the transaction hash, confirm all output amounts match the waterfall calculation, and issue the final settlement report. That report is built from on-chain data, not from a reconciliation spreadsheet.
Instant settlement systems, often powered by blockchain or digital asset infrastructure, enable fund transfers within minutes, offering 24/7 availability and enhanced liquidity. For a fund with international investors in different time zones, that 24/7 availability matters: the settlement can occur at block confirmation time, not during the operating hours of every bank involved in every separate wire.
The role of the settlement agent is elevated, not diminished
It is worth being direct about something. The automation of distribution arithmetic and the routing of onchain payments does not reduce the importance of the settlement agent, fund administrator, or closing attorney. If anything, their role becomes more consequential.
The pre-configuration stage — setting the Shaka.deal routing parameters before the sale — requires precise legal and financial work. The settlement agent must verify the token register as of the record date, confirm secondary market transfers have been properly recorded, apply the correct waterfall mechanics, and obtain sign-off from all parties before anything is configured.
This is why the expertise of the settlement professional is indispensable. The certainty and speed of onchain routing only deliver value if the inputs are correct. Garbage in, garbage out — except onchain, it cannot be reversed. The settlement agent is the human check on the system's integrity.
What the settlement agent is freed from is the downstream drudgery: chasing payment confirmations, managing multi-party reconciliation across disparate banking systems, and fielding calls from 200 investors asking where their wire is. That operational burden dissolves. The professional's expertise is now concentrated where it creates the most value: in the pre-flight validation, the legal coordination, and the governance of the distribution event itself.
Secondary market transfers and the record-date problem
One complexity unique to tokenized funds — compared to traditional closed-end art funds — is that tokens may have traded on secondary markets between the fund's formation and the sale event. A token holder at time of distribution may not be the same entity that originally subscribed.
The tokens are sold to investors through a primary issuance or marketplace. Once distributed, these tokens can be traded on secondary markets, providing immediate liquidity to early investors and price discovery for the artwork.
This creates a record-date question: at which block height, on which date, is the ownership register fixed for the purpose of calculating distribution entitlements? The fund's offering documents should specify this clearly. In most structured tokenized funds, the record date is declared in advance of the sale closing — typically 24 to 48 hours before the distribution transaction — and the blockchain's immutable ownership record as of that block is used to determine who gets what.
Tokens are offered to investors through a primary issuance and subsequently traded on secondary marketplaces. This entire lifecycle is recorded on the blockchain, creating an immutable "provenance" trail.
For the settlement agent, this is both a simplification and a responsibility. The simplification: there is no need to reconcile a paper register or a transfer agent's database maintained in a proprietary system. The blockchain is the register. The responsibility: the record date and the snapshot block height must be communicated clearly to all secondary market platforms and custodians in advance, so that investors who trade close to the record date understand when their entitlement freezes.
The permissioned token standard used by most institutional-grade tokenized funds assists here. Permissioned token standards such as ERC-3643 are widely used to implement compliance controls on public blockchains. These standards allow the issuer to freeze transfers during a settlement window, eliminating the risk of a last-minute secondary trade creating ambiguity about ownership at the record date.
Multi-work funds: partial sales and partial distributions
Not every tokenized art fund is a single-work vehicle. Artory/Winston, a joint venture between Artory and Winston Art Group, announced the creation of its first tokenized diversified art fund — an actively managed closed-end fund offering shares and tokens to accredited investors in a diversified portfolio. Multi-work funds introduce additional complexity: what happens when one work sells but the others are still held?
Private equity funds, and structured art funds, do not liquidate all at once. Instead, they generate distributions as underlying investments are sold. Since the proceeds of these sales come at irregular times and in varying amounts, and since both investors and general partners of the fund have a financial claim to them, it is necessary to stipulate exactly how these proceeds are to be allocated.
The waterfall model in a multi-work fund may be applied either at the fund level (European-style, where carry only accrues after the full investor capital base has been returned across all works) or at the deal level (American-style, where each work's sale is treated independently for carry purposes). Distribution waterfalls tend to be structured differently between the U.S. and Europe. European-style waterfalls give a higher priority to investors, requiring that investors receive all distributions from the fund until they have fully recovered their overall investment and achieved the hurdle rate before the general partner can receive any portion of proceeds.
For a multi-work tokenized fund, each partial sale triggers a separate Shaka.deal routing transaction calibrated to the distribution entitlements at that moment. If the fund uses a European-style waterfall, the GP's address in the routing configuration receives nothing until the full LP capital return threshold is met — which may not be reached on the first work's sale. The settlement agent adjusts the configuration accordingly for each sale event.
Why stablecoins are the practical denominator
A distribution of this kind cannot function seamlessly with volatile crypto assets as the payment currency. The entire waterfall calculation is done in fiat terms — dollars or Australian dollars — and the investor agreements express entitlements in fiat. This is why stablecoins are the practical denominator for onchain art fund distributions.
A stablecoin-denominated Shaka.deal routing transaction means every party receives a dollar-equivalent amount that they can account for in their books without a conversion step and without the uncertainty of an asset's spot price at settlement time. Whether the buyer pays in USDC, USDT, or a regulated institutional stablecoin, the routing contract distributes the exact computed entitlements instantly.
For funds with cross-border investors — an Australian LP receiving AUD-equivalent proceeds, a European LP receiving EUR-equivalent proceeds — the settlement agent may coordinate a stablecoin-to-fiat off-ramp after the distribution, working with a regulated OTC desk or banking partner. The onchain routing handles the split; the off-ramp handles the currency conversion. These are two separate steps, each clean and auditable.
Auditability as a permanent asset
Every party in a tokenized art fund sale — investors, the GP, the fund administrator, the fund's auditors, and any relevant regulatory body — benefits from the fact that an onchain distribution event is permanently and publicly auditable.
By using smart contracts for issuance, transfers, distributions, and lifecycle events, tokenization can reduce manual reconciliation, paperwork, and intermediary overhead. Programmable settlement can also shorten settlement cycles and improve back-office efficiency for enterprises.
When the distribution transaction is complete, every party has a transaction hash. The hash references a permanent record on Ethereum showing: the total amount routed, every output address, every output amount, and the exact block at which settlement occurred. This record is not held by any single party. It is not a PDF that can be disputed or revised. It is the ledger itself.
For a fund's annual audit, this is transformative. Instead of producing a reconciliation of wire confirmations from multiple banks, the fund administrator points the auditor to a single transaction hash. The auditor can independently verify every distribution amount without requesting documentation from a chain of correspondent banks.
For investors, it is equally powerful. A token holder who received their distribution does not need to wait for a statement. They can see their wallet balance update in real time and cross-reference it against the publicly available routing transaction. Certainty is not delivered by a confirmation letter; it is delivered by block finality.
Putting it together: what a well-run tokenized art fund sale looks like
The full picture, from auction to final settlement, looks like this in a best-practice tokenized art fund managed with onchain payment routing:
- T-7 daysFund manager notifies token holders that a sale is imminent. Record date is announced. All secondary market platforms are notified of the transfer freeze window.
- T-2 daysSettlement agent takes a snapshot of the token register as of the announced record date block. Waterfall calculation is run. The Shaka.deal routing configuration is prepared: every party's wallet address and exact share. Legal counsel and the GP review and sign off on the configuration.
- T-0The sale closes. The buyer's stablecoin payment is received at the Shaka.deal routing address. One transaction distributes to all parties simultaneously. Transaction hash is archived.
- T+0 (minutes)Every wallet shows the received amount. Every party can independently verify on-chain. Settlement report is generated from on-chain data. Fund administrator issues distribution notices referencing the transaction hash.
- T+2 daysCross-border investors work with their OTC or banking partners to convert stablecoin proceeds to their local currency, using the onchain distribution as proof of receipt.
This timeline does not require every investor to already be a blockchain native. It requires the fund's settlement agent, administrator, and legal counsel to be comfortable with onchain payment infrastructure — which increasingly, they are.
The broader context: RWA tokenization is not slowing down
It is worth situating this operational detail within the broader trajectory of the market. Analysts from Boston Consulting Group project the tokenized RWA sector could reach $16 trillion by 2030, while Citi's "Money, Tokens and Games" report estimates it could surge to $4 trillion to $5 trillion in tokenized securities alone by 2030.
At the onchain level, Ethereum remains the dominant blockchain for RWAs, hosting around $12.3 billion in distributed tokenized assets. Art funds are a smaller slice of that number today, but the infrastructure being built for tokenized Treasuries and private credit is equally applicable to art and collectibles. The legal structures, the token standards, the onchain distribution tooling — all of it transfers directly.
In 2026, the leaders in RWA tokenization are not defined by marketing breadth but by execution: regulated issuance, verifiable custody, enforceable compliance controls, and realistic redemption and liquidity pathways. For art funds specifically, "realistic liquidity pathways" means exactly what this article has described: a distribution mechanism at the moment of sale that is as precise, instant, and certain as the underlying smart contracts promise.
Conclusion: the distribution event is the product
A tokenized art fund that fractionalizes ownership successfully but struggles to distribute proceeds correctly when a work sells has not actually delivered on its premise. The distribution event is not a footnote to the fund's lifecycle. It is the climax — the moment at which every investor, the GP, the settlement professional, and the fund's reputation are all tested simultaneously.
Getting it right requires three things working in concert: a sound legal structure that links onchain tokens to enforceable rights; a precisely configured waterfall that everyone has reviewed and agreed to in advance; and a payment routing mechanism that executes that waterfall simultaneously, finally, and without manual intervention at the moment of settlement.
The legal structure is the work of fund counsel and the administrator. The waterfall is the work of the GP and the offering documents. The payment routing — the thing that takes a single inbound payment and delivers the correct amount to every wallet in one transaction — is exactly what shaka.deal was built to do.
For settlement agents, fund administrators, and closing attorneys operating in this space, the operational question is simple: when the hammer falls and the proceeds arrive, how certain are you that every party gets their share at the same moment, with a record that nobody can dispute? Onchain routing makes that certainty the default, not the exception.
