The Tokenomics of PepeCoin

PEP is “money”, not a protocol equity

Pepecoin Network is a Dogecoin-derived, Proof-of-Work Layer 1 whose token (PEP) is the base asset of the chain, not a governance wrapper and not a fee-redirect product. The official FAQ is blunt about the positioning: Pepecoin is a coin with its own blockchain (not a smart contract token), and it is “not compatible with Web3 services” in the way people usually mean it. The official positioning is consistent throughout.

That design choice matters for tokenomics. It narrows the “economic rights” to two things:

• Using PEP as a payment asset to move value on-chain, where users pay transaction fees in PEP.
• Producing blocks and earning issuance plus fees as a miner.

Everything else investors often assume is missing in the public docs. There is no protocol-level dividend, no burn-based buyback, no staking yield for passive holders, and no stated mechanism where token ownership entitles you to cash flows. The chain can still succeed as money. It just means valuation has to lean on monetary adoption and liquidity, not “revenue multiples.”

Even the unit system reinforces the “currency” framing. The FAQ defines the smallest unit as 1 “Ribbit” = 0.00000001 Pepecoin.

CoinGecko lists the asset as PEP under the “pepecoin-network” ID, and (critically for supply modeling) it reports a max supply of ∞.

Supply and issuance: halving to a perpetual tail

The monetary policy is simple and highly legible. Block rewards halve every 100,000 blocks via nSubsidyHalvingInterval = 100000 in consensus params.

The reward schedule published in the official FAQ matches the code’s “simplified rewards” path:

• Blocks 1-99,999: 500,000 PEP per block.
• Blocks 100,000-199,999: 250,000 PEP.
• Blocks 200,000-299,999: 125,000 PEP.
• Blocks 300,000-399,999: 62,500 PEP.
• Blocks 400,000-499,999: 31,250 PEP.
• Blocks 500,000-599,999: 15,625 PEP.
• Blocks 600,000+: 10,000 PEP forever.

The implementation is explicit: for heights below 6 halving intervals, subsidy is (500000 * COIN) >> halvings, then it flips to 10000 * COIN as “constant inflation” in the subsidy function.

Block timing is also set at 60 seconds via nPowTargetSpacing = 60 and nPowTargetTimespan = 60 in mainnet consensus params.

Two derived supply facts fall straight out of those parameters:

• Cumulative issuance across the first six epochs (through block 599,999) is 98,437,500,000 PEP, computed from the published epoch rewards and the 100,000-block interval.
• Once the chain is in the tail phase (10,000 PEP per 60-second block), annual issuance is 5,256,000,000 PEP per year (10,000 × 525,600 blocks/year), assuming the target spacing holds.

CoinGecko’s present-day snapshot (as displayed on its listing page) reports circulating supply and total supply at 101,855,540,000 PEP, and max supply as ∞.

Distribution: fair launch, miner-led float

Pepecoin’s most investor-relevant distribution claim is also the easiest one to verify: the project says it was “fairly launched” with no premine, no preallocation, and no ICO.

The official FAQ anchors the timeline by stating the chain launched on January 30, 2024.

In practice, that means distribution is structurally dominated by mining emissions and whatever secondary distribution miners create via selling. If you are looking for “allocation tables,” there are none because there is no documented team treasury allocation to enumerate. The economic consequence is not automatically good or bad. It is a trade. You reduce insider overhang risk. You increase dependence on ongoing market absorption of miner issuance.

One nuance worth calling out: the chain’s genesis block in code is created with a 88 PEP genesis reward (88 * COIN). That is not remotely “token supply” in the memecoin sense, but it is part of the on-chain issuance record.

Fees and fiscal flows: who gets paid

There is no protocol treasury that “captures fees” in the typical L2 or appchain way. PEP’s fee model is closer to Bitcoin or Dogecoin: users pay transaction fees and miners collect them in the block they produce, alongside the block subsidy. The chain’s fee guidance focuses on preventing spam, not on creating fee yield for passive holders.

The fee recommendation document frames the core constraint set as “relatively low block interval” plus 1 megabyte blockspace, with spam identified as the key systemic threat.

Defaults matter because they shape the lived experience of fees and, indirectly, the magnitude and reliability of fee revenue for miners. The project’s recommended wallet defaults are:

• 0.01 PEPE per kilobyte recommended transaction fee.
• 0.01 PEPE dust limit (wallet discard threshold).
• 0.001 PEPE replace-by-fee increments (wallet-side).

Two points from a TradFi-style “cash flow mapping” lens:

First, fees are not a holder stream. If you are not mining, fees are a cost you pay for settlement and an externality that can support chain security, nothing more.

Second, the document distinguishes between the recommended fee and the relay minimum. It states a default minimum relay fee of 0.001 PEPE/kB (one-tenth of the recommendation), designed to leave room for policy shifts without forcing an urgent software upgrade.

That flexibility is good operationally. It also increases parameter risk. If the chain experiences sustained spam pressure, fee and dust policies can harden. That changes user demand at the margin, which is the only “fundamental” demand a pure money coin can reliably point to.

Security and miner incentives

Pepecoin uses Scrypt Proof-of-Work and implements merged mining (AuxPoW). The public-facing website sells this as “triple mineable,” explicitly naming Litecoin and Dogecoin as merged-mining companions.

The pepecoin.com site goes further and states the network is “secured using Litecoin and Dogecoin’s hashrate.”

From the code side, AuxPoW parameters are clearly defined, including chain ID 63 (nAuxpowChainId = 0x003f). The GitHub README also states AuxPoW starts at block 42,000.

That merged-mining posture is a double-edged instrument.

On the upside, it can import security budget from larger Scrypt ecosystems. That is the “bootstrap” story. It is why smaller PoW coins often pursue merged mining in the first place.

On the downside, it ties Pepecoin’s security profile to external miner behavior. If merged-mining participation is concentrated or simply disengages, the chain’s effective security can drop faster than token holders expect, because token holders do not pay the security budget directly. Miners do, and miners respond to economics.

The other major incentive lever is maturity and payout timing. In the mainnet chain params, the base consensus sets coinbase maturity to 30 blocks. In the digishield consensus path used for blocks 1,000-41,999 (before AuxPoW), coinbase maturity is set to 240 blocks. With a 60-second target spacing, 240 blocks is about 4 hours of lock time. That pushes miners toward more continuous operations and can increase reliance on liquid markets and exchange settlement for working capital.

Once the chain reaches its tail reward of 10,000 PEP per block, security budget depends on price and fee market depth. The issuance is mechanically constant, so the only way to “tighten” security budget in fiat terms is higher price, higher fee density, or both.

Governance, upgrades, and parameter stability

There is no on-chain governance described in official materials. The project frames itself as decentralized and “trustless,” with consensus achieved by nodes following shared rules, explicitly rejecting the idea that users should have to “trust the devs.”

In practice that implies Bitcoin-style governance. Parameters change if the ecosystem coordinates around a software update, not because a token vote passes.

From an analyst’s perspective, that creates a specific stability profile:

• Monetary policy is code-defined and already simple, which reduces interpretive ambiguity.
• Fee policy and “standardness” rules can evolve via releases and default settings. The fee recommendation itself highlights policy margins between miner inclusion defaults and relay minima.
• Security posture is partly a social coordination problem because merged-mining participation is voluntary.

The official FAQ names the original creators as Zordiak and Karzo. The GitHub repository describes development as open source and community driven, with GitHub Discussions used for protocol and asset discussions. That is credible, but it still leaves investors with a familiar question: how quickly can the project respond to fee-market stress, client bugs, or exchange integration issues when there is no formal foundation disclosure regime?

Risk analysis

Dominant risk: PEP has no native value-accrual mechanism for holders beyond monetary adoption, and it carries a perpetual tail emission. That combination forces a hard, TradFi-style conclusion: the token is not a claim on protocol cash flows, yet it must continuously clear a supply-driven sell program from miners.

The “tail” is not small. After block 600,000 the protocol issues 10,000 PEP every block forever. With a 60-second target spacing, that is 5,256,000,000 PEP per year in structural issuance. Miners are economically compelled to sell some portion of that flow to pay electricity, hardware, pool fees, and operational costs. If organic transactional demand does not rise enough to create a real fee market, the chain’s security budget is largely financed by inflation and market depth, not by users paying for blockspace.

This is where “utility framing” often drifts into wishful accounting. Low fees and easy payments can absolutely create demand. But demand has to be measurable and persistent, not episodic hype. Otherwise PEP behaves like a high-beta monetary meme asset with ongoing dilution, and the long-run equilibrium tends to be dominated by liquidity cycles rather than fundamentals.

Infinite supply is not automatically bearish. It becomes bearish when there is no offsetting economic sink, like fee burns, mandatory staking, or persistent transactional utility that people will pay for regardless of price. In Pepecoin’s public docs, none of those sinks exist at the protocol level.

The most realistic bull case, mechanically, is that PEP becomes a widely used tipping and micro-payment currency, generating enough daily settlement demand that miner sell pressure is continuously absorbed without needing speculative inflows. That is a pure adoption bet. It is not a “protocol revenue” bet.

For contrast, compare this “money-only” posture to fee-linked designs like TFUEL tokenomics.

Top 3 risks

1. Structural dilution outpaces organic demand. Trigger: sustained low on-chain activity and weak fee market while tail issuance continues at 10,000 PEP per block. Mechanism: miners sell newly issued coins into thin liquidity, pulling price down until marginal buyers appear. Who bears it: passive holders and late entrants, primarily. Measurable indicators: circulating supply trend, sustained low 24h volume versus implied annual issuance, and low fee density relative to subsidy.

2. Merged-mining participation and security concentration risk. Trigger: large merged-mining pools deprioritize Pepecoin, or merged-mined hashpower becomes overly concentrated in a small number of entities. Mechanism: reduced effective security budget makes reorg risk and censorship risk more plausible, which then feeds back into exchange risk controls and liquidity. Who bears it: users relying on finality, exchanges, merchants, and holders via liquidity impairment. Measurable indicators: pool concentration metrics from explorers, depth of reorg events, and sustained changes around AuxPoW participation.

3. Policy and UX drift in fees and dust rules. Trigger: spam pressure forces tighter relay and miner policies, pushing effective fees above the “cheap payments” narrative. Mechanism: higher friction reduces transactional demand, weakening the only fundamental sink PEP can point to, and can also fragment the ecosystem if nodes diverge on standardness settings. Who bears it: everyday users and app-like integrations (tipbots, merchants), then holders second-order. Measurable indicators: changes in default fee guidance, mempool congestion, rising rejection rates for low-fee transactions, and widening spread between recommended and minimum relay policies.

If you are treating PEP as a financial instrument, the clean way to say it is: the token is a monetary asset with perpetual issuance and no embedded claim on protocol cash flows. That makes it modelable, but only around adoption, velocity, and liquidity, not around discounted fees.

For teams designing similar systems, this is where tokenomics consulting tends to be practical rather than theoretical. Our design services can help you stress-test issuance versus expected transactional demand and security budget, and define which parameters you will actually commit to keeping stable.

If you want a structured checklist, start with the core design components that typically drive outcomes.

We also publish ongoing research reports on crypto incentives, issuance, and market structure.

This article is part of our Tokenomics Deep Dive series.