The Tokenomics of Peanut the Squirrel (PNUT)

What PNUT is (and what it is not)

PNUT is a Solana memecoin that primarily functions as a traded asset, not a protocol token with embedded rights to cash flows or governance. CoinGecko’s listing points to the Solana mint 2qEHj...1tpump and tags it in the Pump.fun ecosystem.

The project’s own lightweight web presence is basically a memorial narrative plus a “BUY $PNUT” link and the mint address. It does not publish a whitepaper, formal economic policy, or enforceable statements about treasury management, buybacks, or ongoing utility. If you’re assessing similar launches, our guide to launch a token outlines the baseline disclosures to look for.

There is also a separate “PNUT on Ethereum” website advertising an ERC-20 memecoin using the same ticker with a different contract and a different stated supply. That is not the asset CoinGecko lists under Peanut the Squirrel (PNUT) on Solana. Treat the ticker collision as a real diligence hazard, not trivia.

Supply and distribution mechanics

CoinGecko reports max supply of 1,000,000,000 PNUT, with total supply and circulating supply shown at 999,842,537 PNUT (and CoinGecko displays market cap and FDV as effectively the same).

Distribution is not documented as a team allocation schedule or vesting plan. Instead, the strongest “tokenomics” facts available come from the launch substrate. Pump’s program docs describe how coins are created as instantly tradeable on a bonding curve, then migrated to PumpSwap when the bonding curve completes, with LP tokens burned.

Pump’s public docs expose something many traders miss. Even before you talk about “holders,” the system defines who can acquire supply and when. The Pump program’s Global config includes a token_total_supply and an initial_real_token_reserves that are used as the initial parameters for the bonding curve of each newly created coin. Those values imply that, at creation, only a defined portion of the supply is available as “real” inventory on the bonding curve.

• Bonding curve “real” inventory at creation (Pump default parameterization): 79.31% (793,100,000 PNUT) implied by Pump’s initial_real_token_reserves (793,100,000,000,000) relative to token_total_supply (1,000,000,000,000,000), and then mapped onto PNUT’s 1,000,000,000 max supply shown by CoinGecko. No vesting is described at the token level.
• Non-bonding-curve remainder at creation (Pump default parameterization): 20.69% (206,900,000 PNUT) implied as the complement of the “real” bonding-curve inventory. Pump’s docs establish the existence of “real reserves” that deplete to zero when the curve completes, but they do not provide a token-specific disclosure explaining how the remainder should be interpreted for PNUT beyond the generic migration flow.

This is a very different distribution story from the usual “X% team, Y% ecosystem, Z% investors.” It is more mechanical and more brutal. Early buyers buy against a curve with steep price sensitivity. Late buyers buy after inventory has already repriced upward. The system itself creates the incentive gradient. For a more standard allocation narrative, compare this with our Brett tokenomics review.

Fees, fiscal flows, and who gets paid

At the token level, PNUT does not advertise a transfer tax, burn tax, or any mandatory “reflections” mechanic. The meaningful fiscal flows are venue-level. They come from trading fees on Pump’s bonding curve and on PumpSwap’s AMM pools, denominated in SOL and routed by Pump-controlled programs.

Bonding curve phase fees. Pump’s Global config includes fee_basis_points set to 100 bps, described as the fee in bps transferred to the fee_recipient account on buy / sell instructions. In plain terms, each bonding-curve trade includes a 1% protocol fee routed to Pump-designated recipients, not to PNUT holders.

PumpSwap phase fees. PumpSwap’s GlobalConfig shows lp_fee_basis_points at 20 bps and protocol_fee_basis_points at 5 bps. The docs state these are fees charged by the AMM for each buy / sell instruction, with protocol fees going to one of several protocol fee recipients. Again, this is fee flow to LPs and Pump recipients, not to PNUT holders by default.

Creator fee mechanics (and why they matter more than they look). Pump’s public docs describe an upgrade that adds coin creator fees, paid to a coin creator vault account on swaps, separate from protocol fees. The doc explicitly warns that the creator pubkey passed at creation becomes the receiver of creator fees for that coin, and describes a collectCreatorFee instruction that transfers accumulated fees to the creator.

Two details are structurally load-bearing:

First, Pump’s creator-fee document states a mainnet rollout on May 12 (the document itself specifies “Monday, May 12” in the rollout note). That means creator-fee economics can change for tokens long after launch, depending on whether and how the platform enables fee basis points.

Second, both Pump and PumpSwap creator-fee documents introduce creator_fee_basis_points / coin_creator_fee_basis_points fields and note they were set to 0 at the time the docs were written, while also making clear those parameters are intended to be set non-zero to turn creator fees on. If you are modeling PNUT’s long-run “who gets paid,” you are modeling a parameter controlled upstream by Pump, not by PNUT holders.

From an incentive alignment standpoint, that creator-fee line item is not “extra revenue.” It is a lever that can reward whoever controls the creator identity. That can be a genuine steward. It can also be an opportunist whose optimal strategy is to maximize churn and volume, then walk away while fees keep accruing in a vault.

Governance and control surface

PNUT itself does not present governance. No onchain voting, no published multisig policy, no parameter-control roadmap, no forum-driven upgrades. The only explicit control surfaces you can point to with primary documentation live at Pump and PumpSwap, where administrators can update global parameters and fee configuration for the venue that PNUT routes through.

On Pump, the Global account has an authority that can update the global configuration, including fee settings like fee_basis_points and migration-related fields.

On PumpSwap, the GlobalConfig account has an admin, and the program includes an update_fee_config instruction to update LP fee bps, protocol fee bps, and protocol fee recipients. That is explicit centralized control over the trading toll paid by market participants.

This matters because, for a memecoin with no native cash flows, fees are the closest thing to “policy” that exists. Change the venue fee stack and you change the equilibrium behavior of market makers, short-term traders, and creators. PNUT holders do not control that axis.

Incentive alignment audit

PNUT’s economics are simple. The behavioral incentives are not.

Who earns PNUT and for what behavior. In practice, PNUT is “earned” by buying it earlier than the next buyer and selling it later than the next seller. The Pump bonding curve makes that dynamic explicit. Early buys are mechanically advantaged on entry price because the curve reprices with each purchase. Pump’s own docs describe the curve as a constant-product model with synthetic reserves, and they define “completion” as the point where real_token_reserves == 0. That embeds a race. Get in before reserve depletion pushes price up. Get out before attention decays.

Who earns SOL and for what behavior. Pump recipients earn SOL when anyone trades on the bonding curve, due to the 100 bps protocol fee. PumpSwap recipients and LPs earn via 20 bps LP fee and 5 bps protocol fee on swaps. Those are continuous monetization streams that do not require PNUT to ship product utility. They require PNUT to remain tradable.

Creator incentives: growth vs extraction. Pump’s creator-fee architecture is an attempt to redirect creators away from the simplest extraction strategy, which is “buy early, sell into attention.” Creator fees, when enabled, instead pay creators as volume persists. But this only partially fixes the alignment problem. It shifts the objective function from “maximize price spike” to “maximize trading activity.” Volume-maximization can still be extractive. It can incentivize tactics that increase churn, volatility, and retail turnover. The documentation is explicit that fees accrue to a creator vault keyed off the creator identity, and can be collected by that creator.

Holder incentives: there is no native reason to hold. Without protocol revenue routed to holders, and without governance rights, the only rational holding thesis is price appreciation driven by narrative continuation and liquidity access. That is not automatically bad. It is just fragile. It means “community” is not a mechanism. It is an input into attention, which is an input into liquidity, which is an input into price.

The uncomfortable but accurate conclusion. PNUT is best modeled as a financialized attention object running on a venue that extracts fees from trading. If you want to call that a token economy, fine. But the dominant incentives pay (1) fee recipients, (2) market makers, and (3) whoever controls the creator identity if creator fees are turned on. They do not pay “holders” for holding.

Risk analysis

Dominant risk: PNUT’s dominant risk is structural misalignment between “holders” and the parties that are paid continuously. In the Pump/PumpSwap stack, SOL-denominated fee flows accrue to protocol recipients (and LPs) whenever there is turnover. On the bonding curve that is 100 bps to the fee recipient. On PumpSwap it is 20 bps to LPs and 5 bps to protocol recipients.

That creates a predictable equilibrium. The system rewards PNUT being tradable, not PNUT becoming useful. If PNUT does not develop non-trading utility, then the highest-skill agents will rationally treat it as a volatility surface. They will farm momentum, mean reversion, and liquidity events. Late, passive holders become the residual risk sink.

Creator fee sharing does not eliminate this. It can worsen it. Pump’s creator-fee architecture routes fees to a creator vault keyed off a creator identity, and can be collected by that creator. If enabled at meaningful bps, it can turn “launching and sustaining churn” into a business model. The documentation explicitly warns to be careful what creator pubkey is used, because that pubkey receives the creator fees.

The practical indicators to watch are not vibes. They are measurable: persistent sell pressure from early large holders, increasing concentration in top wallets, declining unique buyer counts, and volume that stays high while price trends down. That pattern often means the market is paying tolls to exit, not funding durable demand. We publish ongoing crypto research that covers these market-structure signals.

Top 3 risks

1. Supply concentration and early-holder overhang, Trigger: a small set of early wallets or a “creator-associated” identity begins sustained net selling. Mechanism: bonding-curve advantaged entries and early liquidity access allow early actors to distribute into later demand, creating reflexive downside when demand slows. Who bears it: late entrants and passive holders who cannot exit efficiently. Measurable indicators: rising share of supply held by top holders, repeated large transfers to exchange deposit addresses, and persistent negative price impact on moderate sell sizes.
2. Attention decay as a terminal macro factor, Trigger: narrative saturation, competitor memes capturing the same attention band, or broader memecoin risk-off. Mechanism: with no published utility or holder cash flow, marginal demand is primarily narrative-driven, so liquidity thins quickly when attention exits. Who bears it: holders relying on “community strength” as a substitute for mechanism. Measurable indicators: falling spot volumes across venues, shrinking social engagement relative to price moves, and increased slippage on DEX routes.
3. Platform-level rule changes and fee-stack drift, Trigger: Pump or PumpSwap updates global fee parameters, creator-fee basis points, or eligibility rules. Mechanism: admin-controlled configuration changes alter trading costs and who receives fees, shifting market maker behavior and creator incentives without PNUT-holder consent. Who bears it: traders and holders via worse execution, higher fees, and changed creator monetization. Measurable indicators: changes in Pump/PumpSwap documented fee parameters, new fee-related PDAs or vault activity, and discontinuities in net-of-fee execution quality.

One more non-economic risk belongs in the diligence file even if you ignore it for trading. There is documented legal conflict that explicitly references Pump.fun and the PNUT ticker in filed complaint material. Legal uncertainty can change exchange support, liquidity availability, and public narrative in ways that overwhelm any microstructure edge.

If you are building rather than trading, PNUT is a clean example of how tokenomics is mostly about incentive routing, not supply slogans. If you need targeted tokenomics consulting on fee routing, creator incentives, or anti-extraction design for a meme-adjacent asset, our tokenomics services are built around a mechanism spec with explicit “who gets paid for what” tables and parameter governance constraints.

This article is part of our Tokenomics Deep Dive series.