How to Design Liquidity for Tokenized Private-Market Investments
Author: Joao Lages
“How do we guarantee liquidity for investors?” is one of the most important questions an issuer can ask before launching a tokenized investment product. It is also a question that exposes a common design error. A digital transfer function, a marketplace page and smaller investment units can improve access. Reliable liquidity requires something more concrete: willing counterparties, available cash, workable pricing rules and an execution route that is legally and operationally available.
This matters most in private markets. Real estate, equipment, private credit, infrastructure and other real-world assets produce cash on their own schedules. Their value may depend on long leases, project performance, maintenance, refinancing or an eventual sale. The digital representation of an investment can move quickly while the asset beneath it remains economically illiquid.
A strong product therefore treats liquidity as a system to be designed. The issuer defines what investors should expect, selects the mechanisms that fit the asset, funds any issuer-supported exit route and stress-tests the result. This article presents a practical framework for doing that.
Tokenization creates transferability before it creates liquidity
Transferability describes whether an investor can legally and technically move a position. Liquidity describes whether the investor can complete a sale, within a reasonable period, at a price that reflects the position’s value. These conditions often move together in public markets because exchanges, market makers, brokers, settlement systems and a large investor base already exist. Private assets start from a different position.
A token can make ownership records easier to update. It can support smaller denominations, automated eligibility checks and more efficient settlement. Those capabilities remove friction from a transaction that has a buyer and a seller. They cannot create the buyer, supply cash or eliminate uncertainty about price.
The European Union’s DLT Pilot Regime illustrates the distinction. It establishes a framework for authorised DLT market infrastructures to support trading and settlement of eligible financial instruments. The framework recognises that tokenised securities need regulated market infrastructure. It does not promise continuous demand for every instrument admitted to that infrastructure.
The practical lesson is simple. Tokenization can improve the mechanics of secondary transfers. The investment proposition still needs a credible answer to who may buy, why they would buy, where the trade can occur and how the price will be determined.
Start with the asset’s natural liquidity profile
Every liquidity design should begin with the underlying asset rather than the platform interface. An income-producing asset may generate periodic cash but require several years to realise its full value. Equipment may depreciate while generating rental revenue. A private loan may amortise gradually. A development project may consume cash until completion. These cash-flow patterns should determine the product’s maturity, distribution schedule and realistic exit expectations.
Map the asset across five questions:
When does cash enter the structure? Identify contracted income, expected operating revenue, refinancing events and disposal proceeds.How predictable is that cash? Separate contractual payments from forecasts that depend on occupancy, production, utilisation or market prices.What cash must remain in the business? Maintenance, taxes, insurance, working capital and debt service come before discretionary liquidity support.How quickly can the asset itself be sold? Consider valuation cycles, buyer due diligence, transfer formalities and transaction costs.What could delay an exit? Include legal disputes, covenant restrictions, weak market conditions, technical failures and refinancing risk.
This exercise gives the issuer a natural liquidity baseline. An asset expected to produce most of its value at the end of a long holding period should normally be presented as a long-term investment. A quarterly marketplace window cannot transform the economic duration of that asset.
Set the investor expectation before choosing a mechanism
Liquidity language affects investor behaviour. A product described as tradable may be understood as easy to sell. A visible marketplace may create an impression of readily available demand. Clear documentation should explain the expected holding period, permitted transfer routes, pricing process, restrictions, fees and circumstances in which an exit request may remain unfilled.
For financial instruments distributed under MiFID II, Article 24 requires information addressed to clients or potential clients, including marketing communications, to be fair, clear and not misleading. The current consolidated text is available through EUR-Lex . That principle should shape every reference to liquidity, even when the product uses innovative infrastructure.
Useful disclosures answer practical questions:
Is the investor expected to hold until maturity?
Can transfers occur at any time or only during defined windows?
Who may purchase the position?
Which approvals, identity checks or suitability steps apply?
How is the asking price set?
Does any party commit capital to purchase positions?
Can the mechanism be suspended?
What happens when sell orders exceed available demand?
These answers should appear consistently across the legal documents, key investor information, product page and sales materials. A disclaimer in one document cannot repair an interface that communicates a stronger promise.
Choose from four practical liquidity mechanisms
Private-market products can combine several mechanisms. Each mechanism solves a different part of the problem and introduces its own funding, governance and regulatory requirements.
1. Hold-to-maturity with scheduled cash flows
The cleanest structure may be an honest hold-to-maturity product. Investors receive distributions according to the instrument terms and recover principal through amortisation, refinancing or asset disposal. Transfers may remain possible where legally permitted, while the core proposition assumes investors can hold for the full term.
This approach aligns the promise with the asset. It reduces pressure on the issuer to maintain artificial exit capacity during periods when cash should support operations. It also gives investors a clear basis for assessing duration and cash-flow risk.
The main design work lies in matching the maturity to the business plan. A short instrument backed by a long-lived asset creates refinancing pressure. A maturity wall can become the most important liquidity event in the entire structure. Amortisation, reserve accounts or extension provisions may reduce that pressure when documented carefully.
2. Investor-to-investor secondary transfers
A secondary transfer facility allows an investor to offer a position to other eligible investors. The facility may support indications of interest, listings, negotiated trades or orders executed through an appropriate regulated arrangement. It can improve flexibility when a natural buyer exists.
The European Crowdfunding Service Providers Regulation offers a useful comparison. Article 25 permits crowdfunding platforms to operate bulletin boards on which clients advertise an interest in buying or selling instruments originally offered on the platform. The regulation distinguishes that facility from an internal matching system that executes contracts on a multilateral basis. The official text is available in Regulation (EU) 2020/1503 , and ESMA maintains related crowdfunding Q&A .
The exact regulatory analysis depends on the instrument, service and execution model. The broader product lesson remains useful: displaying interest and executing trades are different activities. Issuers should determine who receives orders, who brings parties together, who executes, how settlement occurs and which permissions cover each step.
Secondary transfers also need demand. A wider investor community, regular reporting and understandable valuation methods can improve the chance of a match. They still cannot ensure one.
3. Periodic liquidity windows
Periodic windows concentrate buyers and sellers into defined periods. A monthly, quarterly or annual window can create better price discovery than a permanently open page with little activity. It also gives the issuer and service providers time to complete valuations, eligibility checks and operational preparation.
A window may support investor-to-investor trades, an issuer tender offer, a buyback programme or a combination of routes. The rules should specify opening dates, order submission, pricing, priority, pro rata allocation, settlement and the treatment of unmatched requests.
This model fits assets that generate information and cash periodically. It can also reduce the appearance of continuous liquidity. Investors know when an exit opportunity may arise and understand that completion depends on the available mechanism.
4. Issuer-supported liquidity reserves or buybacks
An issuer can allocate part of available revenue to a reserve used for purchases, redemptions or tender offers. This creates funded capacity and can support orderly exits within defined limits. It also transfers cash away from other uses, so the mechanism must fit the economics of the asset.
A credible reserve policy answers four questions:
What percentage or amount of cash enters the reserve?
Which obligations rank ahead of it?
What pricing rule applies to purchases?
How are requests prioritised when demand exceeds the reserve?
Governance matters. Directors may need discretion to suspend purchases when solvency, covenants or operating needs require it. Related-party conflicts, valuation procedures and equal treatment should be addressed. A buyback can provide an exit route while available; it should be described according to its actual limits.
Build a liquidity waterfall
The four mechanisms become useful when placed into a clear order. A liquidity waterfall defines which resources and routes are used first. One possible sequence is:
Normal distributions and scheduled amortisation.
Investor-to-investor transfers through the permitted execution route.
Periodic purchase windows funded by new subscriptions or available buyers, where allowed.
Issuer-supported purchases within the reserve policy.
Final repayment through refinancing or disposal at maturity.
The sequence helps investors understand the mechanism and helps operators plan for stress. It also forces the issuer to separate contractual rights from discretionary support. Contractual repayment obligations belong in the instrument terms. A discretionary buyback policy requires different language and governance.
Pricing determines whether the mechanism can operate
Liquidity discussions often focus on availability and overlook price. Private assets rarely have a continuous public market price. A sale requires a method for forming one.
Possible approaches include a recent independent valuation, net asset value, discounted cash-flow analysis, a formula defined in the instrument terms or a negotiated price between investors. Each method has trade-offs. An appraisal may become stale. Net asset value may omit future performance. A formula can be clear while failing to reflect changing risk. Negotiation can reflect current demand while producing wide spreads.
The issuer should define who calculates indicative values, how often information is updated and whether the transaction price may differ. Buyers need enough data to assess the instrument. Sellers need to understand the discount that an early exit may require. Greater divisibility can make positions easier to size, yet it cannot remove the liquidity premium associated with uncertainty and a limited buyer pool.
Stress-test the design before launch
A liquidity mechanism should be tested against adverse scenarios. The test does not require a prediction of the future. It asks whether the rules remain workable when the product experiences pressure.
Model at least these situations:
A large share of investors asks to sell during the same window.
Operating revenue falls and reserve contributions stop.
The latest valuation is lower than the prior transaction price.
No external buyers enter the platform for several months.
The execution or settlement provider becomes unavailable.
A transfer restriction prevents a prospective buyer from completing the purchase.
The underlying asset sale takes longer than expected.
For each scenario, document who decides, what communications are sent, which rules apply and how investors are treated. The result may support caps on redemption requests, pro rata allocations, minimum reserves, suspension rights or longer settlement periods.
Measure liquidity with operating data
After launch, issuers should monitor liquidity as an operating function. Useful metrics include the number and value of sell requests, completed trades, time to completion, bid-to-ask spread, percentage of requests filled, concentration of buyers, reserve coverage and the age of the latest valuation.
These metrics reveal the mechanism’s actual capacity. They also improve future product design. A market with frequent listings and few buyers may need better investor communication or narrower pricing expectations. A reserve consumed quickly may require smaller windows or revised funding rules. A product with almost no exit requests may be functioning as intended for long-term investors.
Govern liquidity as a product function
Liquidity should have a named owner. Depending on the structure, that may be an issuer director, treasury function, product committee or appointed service provider. The owner should receive regular information on pending requests, available cash, valuation updates, settlement failures and investor communications.
A short policy can define approval thresholds, conflicts of interest, emergency powers and reporting. For example, purchases from related parties may require independent approval. A material valuation change may trigger an updated disclosure before the next window. A service-provider outage may suspend new orders while preserving existing investor rights.
Governance should also cover changes to the mechanism. Increasing the frequency of windows, changing a pricing formula or introducing a reserve can alter investor expectations and economic outcomes. The instrument terms and applicable law determine whether investor consent, notice or regulatory review is required. Product teams should treat these changes as controlled events rather than interface updates.
Communication during stress deserves its own procedure. Investors need timely facts: what happened, which rule applies, what remains available and when the next update will arrive. Specific information builds more trust than optimistic language. The team should prepare templates for a delayed valuation, an oversubscribed window, a suspended provider and an unmatched order before those events occur.
Finally, the issuer should review whether liquidity support changes the risk profile of the operating business. Cash allocated to investor exits may reduce capital available for maintenance, growth or debt service. The reserve policy should therefore sit within the wider treasury and solvency framework. A liquidity mechanism that weakens the underlying asset can damage every investor at once.
An annual review should compare the original assumptions with actual investor behaviour, transaction costs and asset performance in practice. The committee can then confirm the existing design, tighten limits or propose a documented change. That review closes the loop between product design, investor experience and treasury reality.
For a broader examination of regulated execution routes and market infrastructure, see the related guide to tokenized securities secondary trading in Europe .
A three-step framework for issuers
The entire design can be reduced to three decisions.
Step 1: Define the honest baseline
Start with the asset’s cash flows, holding period and disposal process. Set an investor expectation that remains accurate when secondary demand disappears.
Step 2: Select executable mechanisms
Choose hold-to-maturity cash flows, investor transfers, periodic windows and issuer-supported purchases in combinations supported by the legal structure, operational partners and target investor base.
Step 3: Fund, govern and disclose the mechanism
Identify the source of cash, pricing method, priority rules, suspension conditions and responsible decision-makers. Present the same limits in the legal documents, investor materials and interface.
Conclusion
Liquidity comes from funded capacity, willing counterparties, credible information and executable rules. Tokenization can make the route more efficient by improving ownership records, eligibility controls and settlement. The quality of the outcome depends on the product architecture around that technology.
Issuers should begin with one question: if every external buyer disappeared for a year, would the product’s liquidity promise remain accurate? A design that survives that test gives investors a clearer proposition and gives the issuer a mechanism it can operate responsibly.
This article provides general educational information and does not constitute legal, regulatory or investment advice. The appropriate structure depends on the instrument, jurisdiction, investor category and services involved.
