MANA is less a “metaverse currency” now, more a governance-weighted budget pipeline

MANA started with a clean, legible story: mint a fixed-ish ERC-20 supply, then burn it as users claim scarce LAND. The supply shrinks as the world gets allocated. That is a deterministic sink. It is modelable. The original whitepaper is explicit that MANA “is burned to claim LAND,” and used for in-world purchases in the 2017 whitepaper.

Today, the center of gravity has moved. The key recurring flow is no longer “MANA burned.” It is “MANA collected.” Marketplace activity triggers a 2.5% MANA cost that is transferred to the DAO treasury under the transaction cost rule. That single rule changes the token’s macro behavior. Usage no longer implies net supply contraction. Usage implies a politically-controlled balance sheet that can accumulate, diversify, or distribute.

From a mechanism design angle, that is the main design tension in Decentraland tokenomics: predictable sink mechanics versus discretionary fiscal policy. The system increasingly chooses discretion.

What the token does inside the product

MANA is Decentraland’s fungible ERC-20 token used to purchase ecosystem assets like LAND parcels, NAMEs, and other Marketplace-listed items. The Marketplace itself is the operational hub for those trades, where listings are priced in MANA.

The second job is governance weight. In the Decentraland DAO, voting power (VP) is computed from tokenized stake: 1 MANA = 1 VP, 1 NAME = 100 VP, and 1 LAND parcel = 2000 VP, under the VP weight rules. The DAO snapshots balances at proposal creation, so post-creation transfers do not affect that proposal’s vote weight.

This split role matters because it couples “medium of exchange” dynamics with “control rights.” High-velocity payment tokens typically want low friction and low hoarding incentives. Governance tokens typically want the opposite. Decentraland accepts the coupling, then tries to manage it with fees and treasury flows rather than separating the instruments. For a separate case study, compare with our NEXO tokenomics review.

Supply: capped by state, not by principle

As of March 5, 2026, circulating and total supply figures are widely reported across public dashboards, with totals commonly cited around 1,935,254,355 MANA circulating and 2,193,179,327 MANA total.

Here is the non-obvious part if you only read dashboards: the deployed ERC-20 code includes both a burn function (reducing totalSupply) and a privileged mint function gated by onlyOwner while minting is not finished, visible in the verified contract code. The token is also pausable by an owner-controlled switch.

That means “hard cap” is not a pure law of nature here. It is an emergent property of social constraint and operational practice. If minting has been permanently disabled on-chain via finishMinting() and ownership is set in a way that prevents future issuance, then the supply is effectively capped. The public-facing docs do not consistently surface that constraint.

As a mechanism designer, I treat that as a modeling boundary: supply is currently stable by observed state and by reported totals, but the contract includes an administrative issuance surface. That is different from a credibly-minimized issuance policy. For more on how we draw these boundaries, see our research reports.

Allocations and treasury plumbing

The original distribution plan (as documented for the token distribution event) reserved supply across four buckets.

That tells you who got what in percentage terms. It does not, by itself, give you a single immutable “genesis supply” number.

Fast-forward to the modern system and the more important question becomes: how does the DAO stay funded, and how predictable is that funding stream?

Decentraland documents a 222,000,000 MANA DAO fund via a 10-year vesting contract that started on February 19, 2020, vesting continuously (“every second”) in the DAO fund vesting documentation. That is a deterministic stream, at least in schedule.

Then there are usage-linked inflows. The same documentation lists Marketplace transaction fees as an income source, and points to fees from Marketplace and external venues.

The design takeaway is simple. The DAO’s treasury grows through (1) time-locked vesting and (2) platform tolls. Both are legible. What is not deterministic is what happens next: burn, hold, diversify, or spend.

Utility, fees, burns, and real fiscal flows

In the early framing, MANA’s “value capture” leaned hard on burn-based scarcity. LAND claiming was explicitly burn-based in the 2017 design: MANA is burned to claim LAND, and a fixed conversion rate was specified for converting MANA into LAND at 1000:1.

That is a clean sink. It reduces supply and does not create a treasury that must be governed. It is also economically expensive once the ecosystem matures, because you are literally destroying the unit that denominates most activity.

The modern Marketplace fee design goes the other way. Instead of burning the fee, the Marketplace Transaction Cost is transferred to the DAO treasury. This pattern also shows up in creator-economy flows, where platform fees are routed to committees and the DAO to fund grants and initiatives.

Two mechanism points matter here.

First, fee routing changes the macro regime. Burn routing is an automatic, credibly-neutral policy. Treasury routing is an explicit fiscal policy decision.

Second, some costs are USD-pegged and converted into MANA at execution time. This is a deliberate stabilizer for the platform’s revenue in USD terms. It is also a volatility amplifier for creators in MANA units. When MANA price drops, the MANA-denominated fee rises. That is mechanically counter-cyclical friction.

NAMEs sit in a similar bucket of “product primitive with explicit MANA pricing.” Since NAMEs also confer VP in governance, this is simultaneously an identity purchase and a governance-weight purchase.

Governance and parameter control: where discretion lives

Decentraland governance is not “one token, one vote.” It is a weighted VP system across multiple asset types, with LAND heavily overweighted relative to MANA. That weighting is a policy statement. It bakes in the idea that LAND ownership should dominate long-run protocol control.

Voting is also structured to be execution-stable at the proposal level. The DAO snapshots VP at proposal creation, so balance changes after that point do not change the voting weight for that proposal. Mechanically, this limits last-minute vote buying and reduces manipulation around the close. It also means governance is sensitive to who holds at the moment proposals are created, which can be gamed in a different way.

The most important governable parameters, as evidenced by primary docs, are financial and operational:

Marketplace tolling. The Marketplace Transaction Cost and its routing to the DAO treasury are framed as parameters that can be governed rather than fixed forever.

Creator-economy taxation. Publishing fees and primary-sale fees are routed to the DAO and committees, and some fees are USD-pegged while being paid in MANA.

Treasury growth schedule. The DAO vesting contract is a fixed schedule that deterministically increases the DAO fund over time.

Against that sits a second, less-discussed governance surface: the token contract itself. The on-chain MANA contract includes privileged functions for pausing and for minting (subject to minting not being finished), both gated by an owner role. If you care about deterministic guarantees, that owner surface is the part you monitor first. The “DAO governs the platform” story does not automatically imply “the token issuance surface is credibly minimized.”

Risk analysis (Top 3 risks + dominant risk)

Decentraland’s token economy has working parts. The fee and vesting inflows can fund public goods. VP snapshotting reduces some governance games. The system is also carrying a structural trade-off that is hard to escape: to fund itself, it must accumulate MANA and then decide how to use it, which creates ongoing sell-pressure policy questions and governance capture incentives. For another tokenomics case study, see our Chiliz tokenomics review.

Top 3 risks

  1. Dominant risk: Discretionary treasury policy becomes the de facto “monetary policy.” Trigger: Marketplace activity grows (or spikes) and fee inflows accumulate in the DAO treasury via the 2.5% Marketplace Transaction Cost. Mechanism: Fees that used to be modeled as a sink are now a politically managed stockpile. The DAO also receives a time-based stream via the 222,000,000 MANA vesting contract starting February 19, 2020. That creates persistent “what do we do with the treasury” decisions, which can swing between burning, funding grants, subsidizing user acquisition, or diversifying. Who bears it: Long-term MANA holders bear monetary-premium erosion and policy uncertainty. Builders bear planning risk if grants or incentives become cyclic. Users bear fee volatility if the DAO adjusts tolling or related parameters. Measurable indicators: DAO treasury net inflows from fees and vesting (size and rate), governance participation concentration (VP distribution), and frequency/magnitude of proposals changing fee routing or creator-economy fees.
  2. Token contract admin surface (pause + mint) creates tail risk. Trigger: Key compromise, governance failure, or operational decision at the owner address of the MANA token contract. Mechanism: The verified on-chain code includes pause/unpause controls and an owner-gated mint function while minting is not finished. Even if these are practically inactive today, their existence means “supply and liveness” are not purely emergent properties of permissionless consensus. Who bears it: Everyone. Exchanges, users, and integrators bear operational risk if transfers are paused. Holders bear dilution risk if minting is possible in practice. Measurable indicators: On-chain owner address changes, any invocation of pause/unpause, any Mint events, and the current mintingFinished state in read calls.
  3. Governance weight favors LAND heavily, which can misalign tokenholder incentives. Trigger: Proposals that redistribute fee flows, adjust creator fees, or steer treasury spending. Mechanism: Voting power assigns 2000 VP per LAND parcel versus 1 VP per MANA, plus NAME and legacy wearable weights. This makes “landed interests” structurally dominant. Those interests may rationally prefer policies that maximize LAND rent and ecosystem spend, even if that implies MANA sell pressure or fee increases on traders. Who bears it: MANA-heavy holders without LAND bear policy risk. Creators bear fee-policy risk, especially where fees are USD-pegged and paid in MANA. Measurable indicators: Proposal outcomes correlated with LAND-holder voting blocs, VP concentration across asset types, and recurring changes to Marketplace tolling and creator fees.

Dominant risk (expanded): Treasury discretion is a stronger force than token “utility.”

The core question for MANA is no longer “how much MANA gets burned when people play.” The documented reality is that usage creates a revenue stream for the DAO treasury via a 2.5% MANA cost on Marketplace transactions. On top of that, the DAO treasury grows through a long-duration vesting stream of 222,000,000 MANA starting February 19, 2020. These two rules together produce a persistent governance problem: the DAO becomes the largest natural counterparty in the economy.

That can be good. Treasuries fund public goods. They subsidize UX. They pay for ecosystem maintenance. The issue is not intent. It is predictability.

Once fee routing is “to treasury,” every future tokenholder is exposed to a policy regime rather than a formula. Burn mechanics are self-executing. Treasury mechanics are a governance promise. They are only as stable as participation, VP distribution, and institutional norms.

This shows up as two concrete, measurable pressures:

Sell-pressure ambiguity. If the DAO uses collected MANA to pay grants or operations, recipients may sell. If the DAO diversifies, it must sell MANA into other assets. If it burns, it reduces supply but also reduces its own runway. None of these are “wrong.” The point is that the token’s price dynamics become dominated by governance execution, not by deterministic sinks.

Parameter reflexivity. Because MANA is also VP weight, treasury spending policy feeds back into governance power. Large treasury holdings can influence narrative, incentives, and who participates. Meanwhile, LAND’s 2000 VP weighting makes it plausible that the most capital-intensive stakeholders steer fiscal policy in ways that are rational for LAND but noisy for MANA.

If you want a rule-based system, the fix is conceptually simple: constrain the discretion. Hard-route a fraction of fees to burn. Cap spend per epoch. Adopt an on-chain budget rule. Decentraland’s current documented approach keeps the lever flexible. That buys adaptability. It also reduces parameter credibility.

If you’re building something similar and want outside help pressure-testing fee routing, treasury rules, and governance weights, this is exactly where tokenomics consulting and token economy design work pays for itself. Keep the policy space explicit. Then constrain it on purpose.



This article is part of our Tokenomics Deep Dive series.