Market making, buybacks, burns — what actually holds up.

Token issuers tend to talk about market making, buybacks and token burns as though they were interchangeable levers on the same dial, three ways of doing roughly the same thing to roughly the same effect. They are not. Each mechanism operates on a different variable, produces a different kind of evidence, and fails in a different way when it is used carelessly. Market making changes the tradability of the token: how easily a given order size can be filled without moving the price unreasonably, and how consistently that condition holds across time and across venues. Buybacks change the float and, indirectly, the demand-side flow, by having the issuer or a designated counterparty remove tokens from circulating supply through purchases in the open market. Burns change nominal supply on the ledger, permanently and verifiably, without necessarily touching either of the other two variables at all.

The practical consequence of this distinction is that a token can have a shrinking supply through burns, a shrinking float through buybacks, and still trade with wide spreads, thin order books and violent slippage on modest order sizes, because none of those actions addressed the plumbing that determines whether a buyer or seller can actually transact at a fair price. Conversely, a token can be extremely liquid, with tight two-sided quotes maintained continuously across several venues, and still have an expanding supply schedule and no buyback programme at all. Liquidity and supply mechanics are orthogonal. Treasury committees that treat them as substitutes for one another tend to discover the difference only when a large holder tries to exit and the market cannot absorb the order, regardless of how many tokens have been destroyed.

There is also a timing dimension that separates the three. Market making is a continuous, present-tense activity: a market maker is either quoting now, with capital at risk on both sides of the book, or it is not, and the effect on the market disappears the moment the activity stops. A buyback is a discrete, past-tense event once executed: tokens purchased and either held in treasury, burned, or redistributed cannot be un-purchased, and the transaction leaves a permanent record that auditors, regulators and the community will eventually examine. A burn is even more final, an irreversible reduction in the ledger's total supply that carries no ongoing operational component whatsoever. Understanding which of these time horizons a treasury committee is actually trying to influence, immediate tradability, one-off signalling, or permanent scarcity, is the first step in choosing the right tool.

This piece sets out to be specific about what each mechanism does, what it does not do, where the compliance exposure sits, and how the three can be sequenced sensibly rather than deployed as a scattergun response to a falling price. None of what follows should be read as a claim that any of these tools, alone or combined, can guarantee a particular price outcome, because no combination of market structure interventions can override the basic fact that a token's price is set by the aggregate of buyers and sellers responding to information about the protocol, the team, the sector and the broader market. What these tools can do is remove unnecessary friction, provide accurate signalling where signalling is warranted, and avoid creating a misleading impression of demand where none genuinely exists. That distinction between structure and demand runs through every section that follows.

It is worth being explicit at the outset about why this confusion is so persistent. Community members and token holders frequently ask a project's leadership what it is doing to support the token, and the three answers that come most readily to mind, market making, buybacks and burns, all sound like affirmative action being taken on the holders' behalf. Announcing a burn or a buyback is straightforward, requires no ongoing infrastructure, and produces an immediate, legible headline. Explaining that the treasury has retained a market maker to tighten spreads and deepen the order book at defined basis-point bands is a less exciting sentence, even though it is frequently the intervention doing the most structural work. Communications pressure therefore tends to push treasuries toward the visible, discrete action rather than the continuous, less photogenic one.

A further source of confusion is that the three mechanisms are sometimes bundled into a single programme by exchanges, market makers or advisers who describe a combined mandate loosely as market support. That bundling is not wrong in itself, a well-designed treasury policy can and often should include elements of all three, but it becomes misleading when the underlying mechanics are not disclosed separately, so that holders cannot tell whether a given month's price stability came from tightened spreads, from a buyback that happened to coincide with a demand spike, or from neither. Precision in disclosure protects the issuer as much as the holder, because it creates a clean audit trail showing which actions were taken, by whom, under what mandate, and with what measurable effect on the metrics that were defined in advance.

The remainder of this comparison works through each mechanism in turn before addressing the compliance dimension, the cost comparison, the decision framework a treasury committee can actually use, and the sequencing question that most projects eventually have to answer once the initial excitement of a token generation event has faded and the harder work of maintaining an orderly market begins. General information of this kind is not legal, tax or investment advice, and any treasury committee acting on it should take independent advice specific to its jurisdiction, its protocol economics and its regulatory perimeter before adopting or amending a treasury policy.

A market maker's function, stripped of the marketing language that sometimes surrounds it, is to place simultaneous bid and ask orders on one or more venues, refresh those orders continuously as the market moves, and hold inventory of both the token and the quote currency so that it can absorb order flow from genuine buyers and sellers without the spread widening or the book emptying out. This is a service business: the market maker earns the spread it captures over many trades, in exchange for taking on inventory risk and the operational cost of running quoting infrastructure across venues, time zones and market conditions, including periods of high volatility when other participants withdraw.

The measurable output of this activity is depth at defined basis-point bands from the mid-price, typically something like the total order size available within fifty and two hundred basis points on each side of the book, together with the stability of the bid-ask spread through the trading day and across market regimes, and the uptime of quoting, meaning the percentage of time a two-sided market is actually present rather than the book going empty during stress. These are the metrics that exchange listing committees, institutional allocators and sophisticated holders actually look at when assessing whether a token is tradable, and they are quite different from the headline volume figures that are frequently cited in project communications and that can be inflated through wash trading or low-quality flow.

It is important to state plainly what market making does not do. A market maker's continuous quoting narrows the cost of transacting and reduces the price impact of a given order size, and in doing so it makes the market more efficient at reflecting whatever information is actually available about the protocol. It does not create underlying demand for the token, it does not support a particular price level, and it does not prevent the price from falling if the balance of informed opinion is that the token is worth less than it currently trades for. Any market maker or adviser who implies that its service will support price or protect against a decline is either misunderstanding its own function or making a claim that a properly structured mandate cannot honestly make. At Xavion, mandates are always written to include measurable depth, spread and uptime targets rather than any price-related commitment, because those are the only outcomes a market maker actually controls.

The mechanics of a typical mandate involve the market maker being provided with a loan of tokens, sometimes paired with an option structure, or in simpler arrangements a fixed retainer, in exchange for meeting agreed quoting obligations across specified venues. The loan-and-option structure is common because it aligns the market maker's incentives with genuine liquidity provision rather than directional speculation: the market maker borrows tokens to quote both sides of the book, and the option component determines how any appreciation or depreciation in the borrowed tokens is shared, which needs to be negotiated carefully so that the market maker is not incentivised to trade in a way that benefits the option position at the expense of orderly quoting. A retainer-only structure is simpler to govern but places all of the inventory risk with the issuer.

Multi-venue quoting matters more than most treasury committees initially appreciate, because liquidity that is concentrated on a single exchange creates a single point of failure: if that exchange experiences downtime, a security incident, or a sudden change in listing status, the token's tradability can collapse even though nothing about the protocol itself has changed. A market maker operating across several venues, with inventory and quoting logic that can rebalance between them, provides resilience that a single-venue arrangement cannot. This is one of the specific things institutional allocators check before committing capital: venue concentration, and how the token's liquidity would behave if its largest venue by volume became unavailable for a period.

The cost of running a market making mandate properly is not trivial, and treasury committees should expect to budget for a retainer, a token loan facility, or both, sustained over a period long enough to establish a track record, typically a minimum of six to twelve months before the effect on spreads and depth can be assessed with any statistical confidence. Judging a market making mandate after a few weeks, or terminating it the first time the token price falls despite tight spreads being maintained, misunderstands what the mandate was designed to achieve. Performance should be monitored against the depth, spread and uptime targets set out in the mandate, independently of price, and a market maker that is meeting those targets is doing its job even in a falling market, because its job was never to prevent the fall.

Where market making genuinely earns its reputation as the most durable of the three mechanisms discussed in this piece is in its effect on every other activity a treasury might undertake. A buyback executed into a thin, wide-spread order book will move the price more than intended, will be visible to every counterparty on the book, and may expose the issuer to accusations of trading on non-public information about its own repurchase intentions. A burn announced against a backdrop of an illiquid, unreliable market will do little to change holder behaviour because holders who cannot trade the token in reasonable size will not be persuaded by a change in a supply figure they cannot act on. Liquidity is therefore not one option among three; it is closer to a precondition that makes the other two mechanisms meaningful when they are used at all.

A token buyback is, at its simplest, the use of protocol or treasury funds to purchase tokens in the open market, reducing the circulating float by whatever quantity is bought and either holding those tokens in treasury, distributing them, or burning them. The mechanism is borrowed directly from equity markets, where a company repurchases its own shares using free cash flow, reducing share count and, all else equal, increasing per-share metrics such as earnings and book value for the shares that remain outstanding. The analogy is useful and also frequently misapplied, because the conditions that make a share buyback a coherent piece of capital allocation in a listed company do not automatically transfer to a token treasury, and treasury committees that copy the mechanism without copying the underlying logic tend to produce a programme that looks disciplined but is not.

The condition that makes a buyback genuinely coherent is that the protocol is generating real, recurring cash flow or fee revenue, denominated in a currency the treasury actually holds, and the treasury has a disclosed, mechanical policy for what proportion of that revenue is directed to repurchases, on what schedule, and against what triggers. Under those conditions a buyback functions similarly to a dividend or a share repurchase: it returns value generated by the protocol's actual economic activity to token holders in a way that is predictable, auditable and disclosed in advance, which is precisely what allows holders and outside analysts to model its effect rather than simply reacting to headlines when a purchase is announced.

The condition that turns a buyback into a discretionary treasury drain is the absence of that mechanical link. A treasury that buys back tokens opportunistically, funded from a fixed pool of raised capital rather than from ongoing revenue, in response to a falling price or negative sentiment, is not returning protocol earnings to holders; it is spending down a finite reserve in an attempt to influence sentiment, and that reserve does not replenish itself the way genuine revenue does. This kind of programme tends to fail an audit or a due diligence review precisely because there is no formula connecting the purchases to any measurable underlying activity, which makes it very difficult to explain to a board, an auditor, or a prospective institutional investor why the treasury spent what it spent, when it spent it, and why that particular amount was appropriate.

There is a demand-side effect that a well-run buyback genuinely can produce, distinct from its effect on float: a disclosed, rules-based repurchase programme signals to the market that the protocol is generating cash flow sufficient to fund it, which is itself informative and can attract holders who value that kind of evidence of underlying business performance. This is a real, legitimate signalling function, but it depends entirely on the credibility of the disclosure. A buyback announced without verifiable revenue figures behind it, or executed inconsistently against its own stated policy, will be read by sophisticated observers as noise rather than signal, and will do little to change the demand-side calculus of holders who are capable of checking the underlying numbers.

The compliance exposure around buybacks deserves close attention because it is frequently underestimated by treasury committees who are focused on the communications benefit of announcing a repurchase. An issuer or a party closely affiliated with it purchasing its own token in the open market raises the same category of concern that a listed company's insider trading around its own buyback raises in traditional securities markets: if the decision to buy back, its timing, or its size is influenced by information not yet available to the rest of the market, the purchase can constitute trading on non-public information, and the appearance of that even where it is not actually occurring can itself cause reputational and regulatory harm. Treasury committees should insulate buyback execution from anyone with access to material non-public information, use a disclosed schedule or a pre-agreed formula rather than discretionary timing, and route execution through an independent counterparty rather than direct issuer purchases wherever practicable.

Buybacks also interact with market making in ways that are easy to overlook. Executing a buyback into a market with poor depth will move the price more than the notional amount purchased would suggest, will be visible on the order book to every other participant in a way that can be interpreted as the issuer attempting to prop up the price, and can create exactly the misleading impression of demand that disclosure rules exist to prevent. A properly structured programme routes buyback execution through the same market making relationship that maintains ordinary quoting, spreading purchases over time using execution algorithms designed to minimise market impact and avoid signalling, rather than placing large discretionary orders that telegraph the issuer's activity to the rest of the market.

The honest summary is that buybacks are a legitimate treasury tool with a genuine, if narrow, role: returning demonstrable protocol revenue to holders in a disclosed, mechanical way, executed through professional infrastructure that avoids market impact and compliance exposure. They are not a reliable tool for reversing a price decline that reflects a genuine reassessment of the protocol's prospects, and a treasury that reaches for a buyback as a first response to falling sentiment, without first asking whether the underlying market structure and the underlying business case both support the action, is more likely to deplete its reserves than to change the market's mind.

A token burn is the permanent, verifiable removal of tokens from total supply, typically executed by sending them to an address with no known private key or by invoking a smart contract function that destroys them irreversibly. The appeal of a burn to a treasury committee is straightforward: it is cheap to execute, the transaction is publicly verifiable on-chain within minutes, and it produces an unambiguous, permanent change to a headline figure, total supply, that can be communicated to holders without qualification. Unlike a buyback, there is no ongoing execution risk, no question about whether purchases were timed appropriately, and no discretionary judgement involved once the decision to burn a given quantity has been made and executed.

The economic logic usually offered in support of burns borrows the language of monetary scarcity: reducing total supply, all else equal, increases the proportional ownership represented by each remaining token, and if demand for the token is held constant, a smaller supply implies a higher price per unit. This logic is not wrong as an accounting identity, but it depends entirely on the phrase all else equal, and in practice very little else stays equal around a burn event. Demand for a token is a function of the protocol's usage, its competitive position, the broader market cycle, regulatory developments and countless other variables that have nothing to do with the supply figure, and a burn does nothing to move any of those variables directly.

The specific failure mode that treasury committees should be alert to is burning supply that was already illiquid and largely inactive, tokens sitting in a treasury wallet, an unclaimed airdrop allocation, or a vesting contract that had not yet unlocked. Removing tokens that were never going to be sold into the market in the near term changes the theoretical total supply figure without changing the effective circulating float that actually interacts with order books, and it therefore has essentially no effect on trading dynamics, spreads, depth or realistic sell pressure. A burn of this kind is a dashboard number, not a market event, and sophisticated holders and analysts increasingly distinguish between burns of genuinely circulating, liquid supply and burns of supply that was economically dormant regardless of the ledger entry.

Burns are also, by their nature, backward-looking and one-off, which limits their usefulness as an ongoing treasury tool compared with market making's continuous function or a buyback programme's recurring, revenue-linked structure. A protocol can announce one large burn, generate a single news cycle, and then find itself with no further scarcity narrative to offer unless it either accumulates a fresh pool of tokens to burn again or commits to a recurring burn mechanism tied to some measurable activity, such as a fixed percentage of transaction fees. Recurring, mechanically triggered burns tied to genuine protocol usage, similar in spirit to a disclosed buyback formula, are considerably more credible than discretionary one-off events, because they connect the supply reduction to actual economic activity rather than to a treasury committee's decision to generate a headline.

There is a legitimate, narrow case for burns that deserves acknowledgement alongside the scepticism expressed elsewhere in this section. Where a protocol has a genuine mechanism that generates fee revenue and a portion of that revenue is used to purchase tokens on the open market before destroying them, the burn functions essentially as a buyback with the repurchased tokens permanently retired rather than held in treasury, which removes any question of the treasury later redistributing or selling the accumulated tokens. This combined buyback-and-burn structure inherits the legitimacy conditions of a well-run buyback discussed in the previous section, namely a mechanical, disclosed link to real revenue, and the burn component simply forecloses one avenue of future discretionary treasury behaviour, which some holders reasonably value.

The reputational risk of over-claiming around burns is significant and worth stating directly, because it is one of the more common ways a project damages its own credibility. Announcing a burn in terms that imply or state that it will increase the token's price, describing a burn of already-dormant supply as a major deflationary event, or running frequent small burns primarily to generate a stream of positive-sounding announcements, are all practices that sophisticated holders, journalists and eventually regulators have become adept at identifying and criticising. A treasury committee considering a burn should be prepared to disclose, alongside the transaction, what proportion of the burned tokens were part of active circulating float versus dormant treasury or vesting allocations, because that context is what determines whether the burn is a substantive event or a marketing exercise.

The overall position this comparison takes on burns is that they are the cheapest of the three mechanisms to execute, the easiest to over-claim, and the least capable, on their own, of changing anything about a token's tradability or the underlying demand for it. They have a legitimate role when mechanically linked to genuine protocol revenue and when disclosed with enough specificity that holders can judge whether the burned supply was ever going to matter to the market in the first place. Used as a standalone response to a falling price or as a substitute for addressing genuine liquidity or demand problems, a burn changes a number on a block explorer and very little else.

The distinction that this entire comparison keeps returning to is the difference between supply-side mechanics, which is what buybacks and burns primarily affect, and demand, which is a function of everything a prospective holder believes about the protocol's usage, its competitive position, its team, its treasury management, its regulatory standing and the broader market environment in which it operates. Market making sits in between the two in a specific sense: it does not create demand, but it removes friction that would otherwise suppress the expression of whatever demand genuinely exists, by making it possible for a buyer who wants exposure to actually acquire it without paying an unreasonable premium for liquidity, and for a seller who wants to exit to do so without an unreasonable discount.

Treasury committees under pressure from a falling price frequently reach first for supply-side actions because they are within the treasury's direct control: a committee can decide to burn tokens or execute a buyback this week, whereas it cannot directly manufacture new users, new integrations, new revenue or renewed market confidence on the same timescale. This asymmetry in controllability, rather than any genuine analysis of what the market actually needs, is what drives many treasuries toward burns and buybacks as a first response, and it is worth naming honestly, because recognising the bias is the first step toward resisting it when a more considered response, addressing an actual liquidity deficiency, or being patient while genuine demand-side developments play out, would serve holders better.

A useful diagnostic question for any treasury committee facing pressure to act is to ask, specifically, what is actually broken: is the token difficult to trade in reasonable size without significant slippage, in which case the problem is a liquidity and market structure problem that market making addresses directly; is the protocol generating cash flow that is not currently being returned to holders in any form, in which case a disclosed buyback or burn-from-revenue programme may be genuinely warranted; or is the price simply reflecting a market reassessment of the protocol's prospects, in which case no supply-side mechanism, however well designed, will durably change the outcome, and the honest answer is that the underlying business case needs to improve.

This is not a claim that communications and treasury actions are irrelevant, because a genuinely illiquid market can itself depress a token's price below what more efficient trading conditions would produce, simply because large holders discount the token for the cost and risk of eventually exiting a thin market, and correcting that specific inefficiency through market making can therefore have a real, if bounded, effect on the price that the market clears at. The distinction is between correcting a structural inefficiency, which is a legitimate and achievable objective, and attempting to override the market's collective judgement about the protocol's fundamental prospects, which is not something any market structure intervention can achieve regardless of how it is described in a press release.

Regulators and courts in several jurisdictions have taken an increasingly close interest in exactly this distinction, particularly around actions that could be characterised as creating a false or misleading appearance of trading activity or demand, sometimes described in market abuse frameworks as manipulative or deceptive conduct. A treasury action framed publicly as supporting demand, when its actual mechanical effect is limited to a supply adjustment, or a burn presented as evidence of scarcity when the burned tokens were never part of active circulating supply, sits closer to that boundary than most treasury committees appreciate, and the disclosure practices discussed throughout this piece exist substantially to keep well-intentioned treasury actions clearly on the right side of it.

For a treasury committee reporting to a board or to token holders, the practical implication is to keep supply-side metrics, total supply, circulating float, burn totals and buyback totals, clearly and separately reported from demand-side metrics, active addresses, protocol revenue, integration count, exchange volume, and to avoid presenting the former as a proxy for or a cause of the latter unless a specific, disclosed mechanical link actually exists, such as a revenue-funded burn. This separation protects the credibility of both categories of metric and makes it considerably harder for external observers, whether journalists, competitors, or regulators, to characterise the project's communications as misleading.

The overarching point of this section, and one of the central arguments of the entire comparison, is that liquidity and demand are related but distinct problems requiring distinct interventions, and that no amount of supply reduction compensates for a market structure that makes the token difficult to trade, just as no amount of tight quoting compensates for a protocol that genuinely has nothing new to offer its users or holders. Treasury committees that internalise this distinction tend to make better-sequenced, better-disclosed decisions than those that treat all three mechanisms as roughly interchangeable responses to the single, undifferentiated complaint that the price is not where holders would like it to be.

Every mechanism discussed in this comparison carries a compliance dimension that is frequently treated as an afterthought by treasury committees focused primarily on the intended market effect, and that ordering of priorities is precisely backwards for a professional, well-governed treasury. The core compliance question underlying market making, buybacks and burns alike is whether the action, and the way it is communicated, creates an accurate or a misleading impression of the token's trading activity, demand or supply to the market observing it, and the answer to that question depends heavily on disclosure practice, timing controls and the independence of execution, not on the underlying mechanism chosen.

For market making specifically, the principal compliance concern is around wash trading and the appearance of manufactured volume, which can arise inadvertently if a market maker's inventory management or rebate arrangements with a venue create trades that do not reflect genuine two-sided interest. A properly negotiated mandate specifies that the market maker's activity is limited to legitimate, risk-bearing two-sided quoting rather than any arrangement designed primarily to inflate reported volume, and independent monitoring of the market maker's actual fills, spreads and inventory positions, rather than reliance on the market maker's own reporting, is the mechanism by which a treasury committee can be confident this line has not been crossed.

For buybacks, the compliance concern centres on timing relative to material non-public information and on the risk of the issuer's own purchases creating an artificial impression of demand at a moment chosen to benefit from that impression, for example immediately before a positive announcement or immediately after negative news the market has not yet fully absorbed. The standard mitigations, borrowed from equity market practice, are a disclosed, pre-set schedule or formula that removes discretion over timing, a trading window or blackout period around material announcements, and execution through an independent third party rather than the issuer's own wallets acting directly on the order book, all of which should be written into the treasury policy rather than decided ad hoc at the point of execution.

For burns, the compliance concern is less about market abuse in the securities-law sense and more about accuracy of disclosure: overstating the significance of a burn, describing dormant supply as active circulating supply that has been removed from the market, or timing burn announcements to coincide with unrelated negative developments in a way designed to distract or reassure, all raise the same category of misleading-impression concern discussed in the previous section, even though the underlying transaction itself is entirely mechanical and transparent on-chain.

Jurisdictional variation matters considerably here, and treasury committees operating across a genuinely global holder base, which describes almost every token project of any scale, need to be conscious that disclosure and market abuse standards differ meaningfully between jurisdictions, that a token which is treated as a commodity in one framework may be scrutinised as a security-like instrument in another, and that tax treatment of burns, buybacks and market making income or losses also varies and should be confirmed with qualified local advisers rather than assumed from general commentary of the kind provided in this piece, which is general information and not legal or tax advice.

A practical governance structure that addresses most of these concerns without becoming unworkably bureaucratic involves a treasury policy document, approved by the board or the equivalent governance body and made available to holders in summary form, that specifies the objectives and mechanical triggers for each type of action, the parties authorised to execute them, the disclosure timeline following execution, and the independent monitoring arrangement that verifies the action was carried out as described. This document becomes the reference point auditors, exchanges and institutional counterparties ask for when assessing whether a treasury is professionally run, and its absence is one of the more common reasons institutional allocators decline to engage further with a token regardless of how favourable the underlying protocol metrics look.

It is worth stating directly that a firm advising on any of these mechanisms should decline mandates whose actual purpose is to create a misleading impression of demand, activity or scarcity, rather than to genuinely improve market structure or return genuine revenue to holders, and should be willing to say so to a prospective client rather than accepting the mandate and hoping the compliance exposure does not materialise. This is not merely a defensive posture; a mandate built around genuine, disclosed mechanics is also the only kind of mandate capable of producing a durable improvement in how the token trades, because markets and regulators alike eventually see through activity that was never connected to anything real.

Institutional allocators, market makers assessing whether to take on a mandate, and exchange listing committees deciding whether to list or upgrade a token's tier all look at a broadly similar set of metrics when forming a view of whether a token is genuinely tradable, and none of those metrics is the headline price or the headline trading volume figure that is most often cited in project marketing. The starting point is depth at defined basis-point bands from the mid-price, typically measured at fifty, one hundred and two hundred basis points on each side, because this figure answers the concrete question a real buyer or seller actually has, which is how large an order can be filled before the price moves meaningfully against them.

Spread stability through the trading day and across market conditions is examined alongside depth, because a token that shows a tight spread during quiet periods but widens dramatically during any burst of volatility or news flow is demonstrating that its apparent liquidity is fragile and dependent on calm conditions rather than genuinely resilient, which is precisely the condition under which liquidity actually matters most to a holder trying to exit. Quoting uptime, the percentage of time genuine two-sided quotes are present on the book rather than the book being empty or one-sided, is a related metric that distinguishes continuous, professionally maintained liquidity from intermittent activity that happens to coincide with periods when a project's own team or community is actively trading.

Venue concentration is scrutinised closely because a token whose liquidity is overwhelmingly concentrated on a single exchange presents a structural fragility: any disruption to that venue, whether technical, regulatory or reputational, removes the majority of the token's tradability at a stroke. Institutional allocators typically want to see meaningful depth distributed across at least three to five venues of genuine standing, ideally spanning different regulatory jurisdictions and different categories of venue, centralised order-book exchanges alongside decentralised liquidity pools, because that distribution is what allows the market to keep functioning if any single component fails.

Resilience under stress, meaning how the order book behaves during a genuine liquidity event, a large sell order, a period of sector-wide volatility, or negative news specific to the protocol, is examined through historical data wherever it is available, because this is the condition that actually tests whether the market making arrangement in place is doing real work or is simply cosmetic during calm periods. A market maker that widens its spreads and reduces its size dramatically the moment volatility increases, precisely when liquidity is most needed, is not providing a service that institutional allocators will value highly, however tight its quotes look on an ordinary Tuesday afternoon.

Holder concentration and the distribution of the float matter alongside pure market-microstructure metrics, because a token with tight spreads and good depth but a float that is overwhelmingly controlled by a small number of wallets presents a different kind of risk, namely that a coordinated or even uncoordinated decision by a handful of large holders to exit could overwhelm even well-managed liquidity. Exchanges and allocators typically want to see the float distribution alongside the order book metrics, and a treasury policy that addresses vesting schedules, lock-ups and any concentration risk in its own holdings is read as a positive signal precisely because it shows the treasury has thought about this interaction.

Reported volume is treated with considerable scepticism by sophisticated allocators and increasingly by exchanges themselves, because self-reported or exchange-reported volume figures have historically been vulnerable to inflation through wash trading, incentivised trading competitions, or low-quality automated flow that does not represent genuine economic interest. The metrics described above, depth, spread stability, uptime, venue distribution and resilience under stress, are all considerably harder to fabricate and are therefore weighted much more heavily by anyone conducting genuine due diligence, which is precisely why a treasury committee focused on impressing volume-watching observers is optimising for the wrong audience.

Exchange listing committees specifically, when assessing an existing listed token for tier upgrades or assessing a new token for initial listing, will typically request historical order book data covering several months, evidence of an active market making arrangement with a reputable counterparty, and a treasury policy document of the kind described in the previous section, before forming a favourable view, and it should be stated plainly that no adviser, including Xavion, can guarantee that any particular venue will approve a listing or upgrade, because every institution and venue makes that determination independently based on its own criteria and risk appetite, applied at its own discretion.

Comparing the cost of market making, buybacks and burns requires separating the immediate, visible cost of execution from the ongoing, often less visible cost of maintaining the arrangement, and treasury committees frequently underestimate the second category for market making while overestimating the durability of the first category's effect for buybacks and burns. A burn's direct cost is negligible, essentially a network transaction fee, but its effect is a single point-in-time change with no ongoing cost or ongoing benefit unless it is repeated, in which case the treasury needs a continuing source of tokens to burn, which for most protocols means either fresh treasury allocations or a revenue-linked mechanism of the kind discussed earlier.

A buyback's direct cost is the notional value of tokens purchased, which for a programme intended to have any visible effect on float typically needs to represent a meaningful percentage of circulating supply, often in the low single digits at minimum to be noticed by the market at all, funded either from treasury reserves or from genuine protocol revenue. A reserve-funded programme has an obvious ceiling, the size of the reserve, and depletes a resource that cannot be replenished without either raising further capital or generating genuine revenue, whereas a revenue-funded programme has a cost that scales naturally with the protocol's actual economic activity and does not deplete a fixed pool, which is one of the clearest practical reasons revenue-linked buybacks are more sustainable over a multi-year horizon than reserve-funded ones.

Market making's cost structure is different in kind rather than merely in scale: a retainer arrangement involves a recurring monthly or quarterly fee paid regardless of market conditions, while a loan-and-option structure involves an opportunity cost tied to the token loan and a negotiated share of any appreciation captured through the option component, and in either case the arrangement needs to run for a meaningful period, typically a minimum of six to twelve months, before its effect on depth, spread and uptime can be assessed with statistical confidence rather than being confounded by short-term market noise.

Over a twelve to twenty-four month horizon, the comparison typically favours market making on a pure cost-per-unit-of-durable-effect basis, because its cost is bounded, predictable and directly tied to a measurable, continuously monitorable output, whereas the cost of a discretionary buyback programme large enough to move sentiment can easily exceed the annual cost of a market making retainer while producing an effect that decays the moment the buying stops, and the cost of repeated burns large enough to be noticed similarly requires an ongoing supply of tokens that most treasuries do not have available without other trade-offs.

This is not an argument that buybacks and burns are poor value in an absolute sense, but rather that their cost-effectiveness depends heavily on whether they are genuinely linked to recurring revenue, in which case their marginal cost to the treasury is low because the funds would not otherwise have accrued to holders in any other form, compared with a discretionary programme funded from a fixed reserve, where every unit spent is a unit that cannot be spent on the market making, banking infrastructure, or product development that might address the underlying reasons demand is soft in the first place.

A further cost consideration that is easy to overlook is the opportunity cost of treasury committee attention and communications bandwidth, because announcing and managing a buyback or burn programme consumes meaningful management time and generates ongoing community questions about pacing, size and rationale, time that could otherwise be spent on the harder, less visible work of negotiating banking relationships, exchange relationships and market making mandates that address the structural conditions underlying the token's tradability, and treasury committees should weigh this less tangible cost alongside the direct financial cost when deciding where to allocate limited attention as well as limited capital.

The overall cost comparison supports a specific sequencing conclusion that the next sections develop further: establishing professional market making first, so that the token's basic tradability is sound, tends to produce more durable value per unit of cost than leading with a buyback or burn programme, because a market making arrangement improves the conditions under which any subsequent buyback is executed, reducing its market impact and its compliance exposure, whereas leading with a buyback or burn into a poorly structured market risks spending capital or supply reduction into conditions that will absorb the action with minimal lasting effect.

Rather than defaulting to whichever mechanism is most fashionable within a given market cycle, a treasury committee is better served by working through a short, structured set of questions that map fairly directly onto which of the three mechanisms, or which combination, is actually warranted given the protocol's current characteristics. The first and most decisive question is whether the protocol generates genuine, recurring, measurable revenue or fee income, because this single fact determines whether a buyback or burn programme has any legitimate mechanical foundation at all, or whether such a programme would necessarily be funded from a finite reserve and therefore carry the discretionary-drain risk discussed earlier in this piece.

The second question concerns the current state of the order book: what is the depth at fifty and two hundred basis points across the venues where the token trades, how stable is the spread during ordinary conditions, and how has it behaved during any past period of volatility, because a token with genuinely poor depth and unstable spreads has a structural liquidity problem that no amount of supply reduction will fix, and market making should be the immediate priority regardless of what the answer to the revenue question turns out to be, since a buyback executed into that kind of order book will simply move the price erratically and expose the issuer to the compliance risks discussed earlier.

The third question concerns venue count and distribution: how many venues of genuine standing currently list the token with meaningful depth, and how concentrated is that liquidity in any single venue, because a token trading meaningfully on only one or two venues has limited resilience regardless of how deep the book looks on those venues, and expanding venue relationships, which is itself a function that benefits from institutional exchange relationships and a credible market making track record, should typically precede or run in parallel with any supply-side programme rather than following it.

The fourth question concerns the holder base: what proportion of the float is held by a small number of large wallets, what proportion is subject to ongoing vesting or unlock schedules that will introduce new sell pressure on a known timetable, and how has the community historically responded to prior treasury announcements, because a token with a heavily concentrated holder base or a large impending unlock has a demand-and-supply dynamic that any buyback or burn programme needs to be sized and timed against explicitly, rather than announced in isolation without reference to the unlock calendar.

Working through these four questions in sequence produces a reasonably clear initial allocation of priority for most protocols: a protocol with poor order book depth, regardless of its revenue position, should prioritise market making before considering either of the other two mechanisms, because the market making arrangement is the precondition that makes subsequent actions legible and effective; a protocol with genuine recurring revenue and reasonably sound order book depth is a strong candidate for a disclosed, mechanical buyback or buyback-and-burn programme funded from that revenue; and a protocol without genuine revenue should be cautious about any buyback programme funded from reserves, and should consider whether a revenue-linked burn mechanism, however modest initially, offers a more credible path than a reserve-funded one.

It is worth noting that this framework will sometimes produce an answer that a treasury committee finds uncomfortable, namely that neither a buyback nor a burn is currently warranted because the protocol does not yet generate the revenue that would make either mechanism credible, and that the most useful thing the treasury can do in the near term is establish sound market making and address the structural liquidity position while the underlying business continues to develop. Resisting the pressure to announce a supply-side action purely because holders are asking for one, when the framework does not actually support it, is a difficult but important discipline, and one that tends to be rewarded by more sophisticated holders and by exchanges and allocators conducting due diligence later, precisely because it demonstrates that the treasury's decisions are governed by a framework rather than by sentiment management.

None of the four questions above, individually or together, produces a guarantee of any particular market outcome, and a treasury committee should treat this framework as a structured starting point for a decision that ultimately also depends on jurisdiction-specific legal and tax considerations, the specific terms available from market makers and counterparties, and the protocol's broader strategic position, all of which warrant independent professional advice rather than a mechanical application of the framework alone.

The framing of this comparison as market making versus buybacks versus burns is useful for clarifying what each mechanism actually does, but in practice a well-run treasury does not usually choose one to the permanent exclusion of the others; it sequences them, establishing the foundation first and layering additional mechanisms on top once the conditions that make each one credible and effective are actually in place. The typical sequence that produces the most durable outcome, based on the logic developed throughout this comparison, begins with establishing professional market making across a sufficient number of venues to produce reasonable depth, spread stability and quoting uptime, because this is the precondition that makes every subsequent action legible to the market rather than noisy or counterproductive.

Once market making is established and has produced a measurable track record, typically after the six-to-twelve-month period referenced earlier, a treasury with genuine recurring revenue can layer in a disclosed, mechanical buyback or buyback-and-burn programme, executed through the same market making relationship or a closely coordinated counterparty so that the purchases are absorbed into the existing liquidity infrastructure with minimal market impact, spread over time using execution algorithms rather than concentrated into large discretionary orders, and disclosed on the schedule set out in the treasury policy so that holders and outside observers can verify the programme is being run as described.

For a protocol without genuine recurring revenue, the sequence typically pauses after establishing market making, with the treasury committee's attention directed toward developing the revenue base, expanding venue relationships, and strengthening the banking and settlement infrastructure that supports genuine institutional and OTC flow, rather than manufacturing a buyback or burn programme that the underlying economics do not yet support. This is a less satisfying answer for a community asking what the treasury is doing right now, but it is the answer that tends to hold up under later scrutiny, and treasury committees should be prepared to communicate this reasoning directly to holders rather than defaulting to an action simply because inaction is difficult to explain in a short community update.

Sequencing also has a governance dimension: each additional mechanism layered onto the base of market making should be added through the treasury policy document, approved by the relevant governance body, with its own mechanical trigger, disclosure timeline and independent monitoring arrangement defined before it is launched rather than improvised after the fact, so that the treasury's actions accumulate into a coherent, auditable record over time rather than a series of disconnected announcements that are difficult for anyone, including the treasury committee itself eighteen months later, to reconstruct and evaluate.

There is a useful analogy to how professional asset managers think about a capital allocation hierarchy: a company first ensures it has sound working capital management and operational infrastructure, then considers dividends or buybacks once free cash flow is genuinely available and predictable, and treats aggressive one-off capital actions as a last resort rather than a first response to a disappointing share price. Token treasuries benefit from adopting the same discipline, treating market making as the equivalent of sound working capital and operational infrastructure, treating revenue-linked buybacks and burns as the equivalent of a disclosed dividend policy once cash flow genuinely supports one, and reserving discretionary, reserve-funded actions for the rare circumstances where a specific, well-justified case exists and can be clearly disclosed as such.

A practical illustration of this sequencing in action involves a protocol establishing a market making mandate across four venues at launch, monitoring depth and spread metrics monthly against targets set out in the mandate, and only after nine months, once fee revenue from protocol activity had become measurable and predictable, introducing a quarterly buyback-and-burn mechanism funded from a fixed percentage of that revenue, executed through the existing market making relationship in small tranches over each quarter rather than as a single announced purchase, and disclosed in a quarterly treasury report alongside the underlying revenue figures that funded it. This kind of sequencing produces a treasury track record that a board, an auditor, or an institutional allocator can actually evaluate, because each action is connected to a measurable trigger and a documented rationale.

The broader point of this section is that the comparison in this article's title is ultimately a false choice if treated as a one-time, exclusive decision, and a more useful frame is to ask not which mechanism to choose but in what order and under what disclosed conditions each mechanism becomes appropriate for a given protocol's specific stage of development, revenue profile and market structure, revisited periodically as those underlying conditions change rather than fixed permanently at the point of a token generation event.

Everything discussed in this comparison ultimately needs to be codified in a treasury policy document if it is to function as more than a set of ad hoc decisions made under pressure, and the absence of such a document is one of the more reliable predictors that a project's treasury committee will make an inconsistent, difficult-to-defend decision the next time the token price falls sharply and the community demands visible action. A serviceable treasury policy sets out, in plain language that a board member, an auditor or a sophisticated holder can actually read, the protocol's approach to each of the three mechanisms discussed here, the metrics that will govern whether and when each is used, and the reporting cadence that will keep holders informed without requiring case-by-case disclosure debates every time an action is contemplated.

On market making specifically, the policy should name the counterparty relationships in general terms, describe the mandate structure, retainer or loan-and-option, without necessarily disclosing commercially sensitive terms in full, and commit to reporting depth, spread and uptime metrics on a regular schedule, quarterly at a minimum, so that holders and the board can track the mandate's performance against its own stated objectives rather than against the token's price, which the mandate was never designed to control.

On buybacks, the policy should specify whether any programme is currently active, the revenue or reserve source funding it, the formula or schedule governing its size and timing, the execution method used to minimise market impact, and the blackout periods observed around material announcements, with each of these elements disclosed with enough specificity that an external reviewer could, in principle, verify after the fact that the programme was executed as described.

On burns, the policy should specify whether burns are one-off or recurring, what proportion of any burned tokens came from actively circulating supply versus dormant treasury or unvested allocations, and, where burns are revenue-linked, the same formula-and-disclosure standard applied to buybacks, so that burns are not reported in a way that implies a scarcity effect greater than the actual removal of active supply would justify.

Independent monitoring is the element that gives the whole document credibility, because a treasury policy that is self-reported and self-monitored by the same committee that decides on the actions is considerably less persuasive to a board, an auditor, or an institutional allocator than one where a third party, whether an independent adviser, an audit firm with relevant experience, or a data provider tracking on-chain and order book metrics directly, verifies that the disclosed metrics and actions match what actually occurred. This kind of independent verification is exactly the sort of function a specialist adviser can usefully provide on an ongoing basis, distinct from and in addition to the market making mandate itself.

Reporting cadence matters as much as content: a treasury that reports quarterly, consistently, using the same metrics each period, builds a track record that becomes more valuable with each successive report, because it allows trend analysis rather than a series of disconnected snapshots, whereas a treasury that reports irregularly, changes its metrics between reports, or reports only when the news is favourable, undermines its own credibility regardless of how sound the underlying activity actually was, and this pattern is noticed quickly by exchanges and institutional allocators conducting diligence over time.

The governance body responsible for approving and periodically reviewing the treasury policy, whether a formal board, a DAO governance process, or a hybrid structure, should revisit the policy at a defined interval, at minimum annually, to confirm that the mechanical triggers, thresholds and formulas still make sense given the protocol's current revenue, float and market structure, because a policy written at launch, when revenue may not yet exist and the venue landscape may look very different, can become stale or even actively misleading if it is not updated as the protocol matures, and a stale policy that no longer matches actual practice is arguably worse for credibility than having no formal policy at all.

For a treasury committee working through the questions raised in this comparison, the practical starting point is usually a treasury and liquidity diagnostic: a structured review of the protocol's current revenue position, its order book depth and spread stability across every venue where the token currently trades, its venue concentration, its holder distribution and unlock schedule, and its existing treasury policy or the absence of one, producing a clear picture of where the token sits against the decision framework set out earlier in this piece before any recommendation is made about which mechanism, if any, should be prioritised next.

Where the diagnostic identifies a genuine liquidity deficiency, the next step is mandate design and market maker selection, run as a structured request-for-proposal process across a shortlist of market makers with relevant experience in the protocol's specific venue mix and token category, with the mandate structure, retainer versus loan-and-option, the depth, spread and uptime targets, and the reporting cadence all negotiated and specified in writing before any counterparty is engaged, so that performance can be assessed objectively against agreed terms rather than against vague expectations.

Once a mandate is in place, independent performance monitoring tracks the agreed metrics on an ongoing basis, verified against actual order book data rather than relying solely on the market maker's own reporting, which allows the treasury committee to identify promptly if a mandate is underperforming its agreed targets and to raise that directly with the counterparty or, where necessary, to run a further selection process, rather than discovering a shortfall only when a large holder complains about slippage many months later.

Where the diagnostic and the decision framework support it, Xavion assists with treasury policy drafting, producing a document in plain language that a board and its auditors can actually read and rely on, covering the mechanical triggers and disclosure standards for market making, buybacks and burns discussed throughout this piece, and, where a buyback or burn programme is genuinely warranted by the protocol's revenue position, assists with programme design including the governance approvals, the execution architecture intended to minimise market impact, and the disclosure and reporting controls that keep the programme auditable over its life.

Underpinning all of this is Xavion's execution infrastructure: a banking and payment rails network spanning more than one hundred and twenty institutions supports the settlement and treasury management needs of a professionally run token programme, across-border rather than offshore in structure, and an over-the-counter execution capability supports the kind of large, discreet transactions that a market making or buyback programme sometimes requires without moving the visible order book unnecessarily. Company formation and structuring support across nineteen jurisdictions is available where a project's treasury or operating structure needs to be reorganised to support this kind of programme cleanly from a governance and reporting perspective.

Exchange relationships, developed through the Institutional Access Program, support introductions and the presentation of a project's diagnostic and track record to venues considering a listing or a tier upgrade, though it needs to be stated directly and without qualification that no adviser, including Xavion, can guarantee that any exchange or institution will approve a listing, a tier upgrade, a banking relationship or any other outcome, because every institution and venue in this network makes that determination independently, applying its own criteria, at its own discretion, and any suggestion otherwise from any adviser should be treated as a warning sign rather than a reassurance.

Xavion declines mandates whose actual purpose, on examination, is to create a misleading impression of a market's demand, activity or scarcity rather than to genuinely improve its structure or to return demonstrable, disclosed value to holders, and treasury committees approaching this kind of engagement should expect direct questions about the underlying revenue and market structure position before any recommendation is made, because a mandate built on genuine mechanics is the only kind capable of producing a track record that holds up under later scrutiny from auditors, exchanges and institutional counterparties. This article is general information provided for a professional audience and does not constitute legal, tax or investment advice, and any treasury committee should take independent, jurisdiction-specific advice before adopting or amending a treasury policy or engaging a market maker, and can use the form below to arrange an initial diagnostic conversation.