What Blockchain Is Pepe On?

Pepe (PEPE) — which blockchain is it on?

Lead

what blockchain is pepe on: The most‑widely known PEPE memecoin (ticker: PEPE) is an ERC‑20 token issued on the Ethereum blockchain. Several other “Pepe”‑branded projects exist (separate tokens and chains/Layer‑2s), so it’s important to distinguish the original PEPE token from copycats and distinct projects that reuse the Pepe name.

Why this matters

If you ask "what blockchain is pepe on" before sending funds, you reduce risk: using the wrong network or a look‑alike token contract can cause permanent loss. This guide explains where the primary PEPE token lives, how to verify token contracts, common copycats and alternative Pepe projects, practical verification steps, and risk considerations for memecoins.

Primary PEPE token (memecoin)

Summary

The original PEPE memecoin gained broad attention in 2023–2024 as a community‑driven meme token that leveraged internet culture. Its core characteristics: a memecoin narrative (no claimed intrinsic utility), very large supply, highly speculative trading behavior, and heavy community involvement. For most users asking "what blockchain is pepe on," the answer points to Ethereum: PEPE is an ERC‑20 token. Below we explain what that means and how to confirm token authenticity.

Token standard and blockchain

PEPE is an ERC‑20 token on the Ethereum mainnet. ERC‑20 is a smart contract token standard that defines a common interface for fungible tokens on Ethereum. Practical implications:

• Wallet compatibility: ERC‑20 tokens can be held in wallets that support Ethereum tokens — for example, Bitget Wallet — and will appear when the correct contract address is added.
• Explorer visibility: Transactions, transfers, allowances and contract source code can be inspected on Ethereum block explorers (e.g., Etherscan) by looking up the token contract address.
• Interoperability: ERC‑20 tokens integrate with Ethereum DeFi tooling, bridging solutions, and Layer‑2s, but moving tokens across chains requires bridges or wrapped versions and attention to networks.

If you need a short rule: when someone asks "what blockchain is pepe on," for the canonical PEPE memecoin the correct reply is: Ethereum (ERC‑20).

How to verify the token contract

Confirming a token’s contract address is the single most important safety check when interacting with memecoins. Steps:

1. Check major market aggregators: find the PEPE listing on reputable aggregators (CoinMarketCap, CoinGecko) and copy the official contract address shown on the token page.
2. Inspect on‑chain via explorer: paste the contract address into an Ethereum block explorer. Confirm the contract source is verified, review holder distribution, and recent transfer activity.
3. Cross‑check project channels: confirm the same contract address from the project’s verified channels or announcements (official Twitter/X handle, GitBook, or project website).
4. Compare exchange listings: trusted exchange listings often display contract metadata and token logos; use these as a cross‑reference but do not rely on them exclusively.
5. Beware of phishing: impostor tokens can reuse the same token name or ticker; always match the contract address exactly.

Practical tip: add the token to Bitget Wallet using the contract address to prevent network mismatches. If a token appears on a different network in your wallet, do not send mainnet Ethereum tokens to a non‑Ethereum address.

Where it’s traded and listed

The PEPE ERC‑20 token is traded across many centralized exchanges and decentralized exchanges, and it appears on major market aggregation and price‑tracking sites. When searching for liquidity and orderbooks, check exchange listings and market pages to confirm the contract address and token pair (ETH–PEPE or stablecoin–PEPE). For custody and trading, you can use Bitget’s trading platform and Bitget Wallet for secure custody and transfers; always verify the token contract there before trading.

Note of caution: identical or similar tickers and token names are common. Confirm the contract address before buying or receiving PEPE tokens.

Other “Pepe” projects and chains (distinct tokens / ecosystems)

Summary

Multiple independent projects reuse Pepe imagery, naming, or cultural references. These projects are separate from the original PEPE ERC‑20 token and may run on entirely different blockchains, be Layer‑2s connected to Ethereum, or be separate Layer‑1 networks. Treat each Pepe project as a distinct asset and verify its chain, contract, and documentation independently.

Pepe Unchained (Layer‑2)

Pepe Unchained is positioned by its developers as a purpose‑built Layer‑2 network that aims to host meme economy activity while settling to Ethereum. As a Layer‑2, it interacts with the Ethereum mainnet for settlement or bridging, but user transactions may occur on the L2 with different token standards and gas mechanics. If you encounter a token labeled under Pepe Unchained, check the project’s documentation to learn whether the token is a bridged ERC‑20 or a native asset on the Layer‑2.

Pepecoin ($PEP) — dedicated Layer‑1

Some projects use the name Pepecoin (commonly abbreviated $PEP) and claim to operate a dedicated Layer‑1 blockchain with its own consensus and node software. These are independent networks with separate wallets, miners/validators, and token economics. That means tokens labeled Pepecoin on a dedicated Layer‑1 are not the ERC‑20 PEPE on Ethereum and cannot be transferred between chains without a bridge or swap.

PepeMeme / PepeMeme ecosystem

Several community and utility projects incorporate ‘‘Pepe’’ in their branding (tokens, NFT collections, games, staking platforms). These tokens may exist on Ethereum, other Layer‑1s, or Layer‑2 networks. Each token contract, tokenomics document, and chain must be verified separately. Do not assume that any token with Pepe branding is the same asset as the original PEPE ERC‑20 token.

Importance of distinguishing similarly named tokens

Identical or closely similar names and tickers are a frequent source of confusion. Risks include:

• Copycat tokens using the same or similar logo and ticker
• Different tokens sharing the same ticker on other chains
• Users sending tokens to incompatible addresses or networks

Always confirm the contract address, network, and official project documentation before interacting with any token that uses Pepe branding. When in doubt, consult trusted on‑chain explorers and market aggregators and use Bitget Wallet to manage supported tokens and networks.

How to check which blockchain a token uses (practical steps)

Summary

Below is a step‑by‑step checklist to determine "what blockchain is pepe on" for any token that appears to be a Pepe variant.

1. Find the token page on a trusted market aggregator (CoinMarketCap or CoinGecko) and copy the listed contract address; note the network listed on the page.
2. Paste the contract address into an appropriate block explorer: for Ethereum tokens use Etherscan; for other chains use the chain‑specific explorer listed in the project docs.
3. Confirm the token standard and network on the explorer: ERC‑20 indicates Ethereum mainnet; ERC‑721/1155 indicate NFTs; other explorers show their native token formats.
4. Review contract verification status, source code, and top holders on the explorer to assess transparency and distribution.
5. Cross‑check the contract address against the project’s official documentation (GitBook), verified social posts, and exchange listings (verify the listing shows the same contract address).
6. Check community channels for official announcements about chain migrations, bridges, or wrapped versions.
7. When transacting, use Bitget Wallet or another reputable multi‑chain wallet and select the matching network before sending.

Including the exact phrase: when you ask "what blockchain is pepe on," run the checklist above every time you encounter a Pepe‑named token.

Risks and considerations

Summary

Memecoins and tokens with reused branding carry specific risks. Below are core considerations when dealing with Pepe tokens.

1. Copycat and spoof tokens — Many tokens reuse the Pepe name or imagery. Only interact with tokens after verifying the contract address and network.
2. Rug pulls and liquidity risk — Memecoin projects can create liquidity that is removed later. Check liquidity pools and locked liquidity statements where available.
3. High volatility — Memecoins exhibit extreme price swings; they are speculative and often driven by social sentiment rather than fundamentals.
4. Network costs and UX implications — The canonical PEPE token is on Ethereum; this means users may face higher gas fees for transfers and trades compared with tokens issued on low‑fee chains or Layer‑2s. If a Pepe project uses a Layer‑2 or alternate chain, transaction costs and confirmation times may differ.
5. Bridge risk — Bridging tokens between chains or Layer‑2s introduces smart contract risk. Only use audited bridges and confirm contract addresses on both source and destination chains.
6. Regulatory and compliance considerations — As always, ensure you understand local rules about token trading and taxation. This article does not provide legal or investment advice.

Keep these risks in mind and rely on verification steps and reputable custody (for example, Bitget Wallet) when transferring or trading memecoins.

Further reading and sources

Summary

Use trusted data sources and primary project documentation when preparing transactions. Key sources to consult:

• Token pages on major market aggregators (CoinMarketCap, CoinGecko) for contract addresses and market data.
• Etherscan for Ethereum contract verification, transaction history, and holder distribution.
• Official project documentation (GitBook, whitepaper) and verified social announcements for contract addresses and migration notices.
• Exchange listing pages and deposit/withdrawal instructions for supported networks; for custody and trading consider Bitget’s listings and guidance.

Practical next steps: before sending funds to any Pepe token address, verify the contract address on both the aggregator and an on‑chain explorer, confirm the network, and use Bitget Wallet or another reputable wallet to ensure correct network selection.

Appendix: common “Pepe” projects and their claimed chain/type

Below is a compact mapping of commonly encountered Pepe‑branded projects and the chains or types they commonly claim. Always verify on official sources — this appendix is a starting point, not an exhaustive registry.

• PEPE — Ethereum ERC‑20 (canonical memecoin)
• Pepe Unchained — Ethereum Layer‑2 (L2 rollup/sidechain; interacts with Ethereum)
• Pepecoin ($PEP) — separate Layer‑1 blockchain (native chain and token)
• PepeMeme ecosystem tokens — various chains (could be Ethereum, Layer‑2s, or other Layer‑1s depending on project)

Reminder: token names and chains can change (bridges, migrations, or reissues). Confirm current status using explorer data and official project announcements.

Notable industry event (context)

As of December 19, 2025, according to Cointelegraph, a solo Bitcoin miner who rented less than $100 in hashpower on NiceHash successfully mined Bitcoin block 928351 and earned the full block reward of 3.152 BTC, worth approximately $271,000 at the time. This event highlights the unpredictability and openness of decentralized networks, but it is not directly related to Pepe tokens. It serves as a reminder that blockchain ecosystems remain active, surprising, and subject to probabilistic outcomes.

FAQ — quick answers

Q: what blockchain is pepe on?
A: The most widely recognized PEPE memecoin is on Ethereum as an ERC‑20 token.

Q: Are all tokens named “Pepe” on the same blockchain?
A: No. Many projects reuse Pepe branding across different chains and Layer‑2s — verify each token’s contract and network independently.

Q: How do I avoid scams when buying PEPE?
A: Always confirm the contract address on a trusted market aggregator and an on‑chain explorer, and use Bitget Wallet to control network selection before sending funds.

Further exploration and practical guidance

If you want to trade or custody PEPE safely:

• Verify the PEPE ERC‑20 contract address on CoinMarketCap/CoinGecko and confirm it on Etherscan.
• Add the token to Bitget Wallet using the verified contract address so the wallet recognizes ERC‑20 tokens correctly.
• When bridging tokens between Ethereum and Layer‑2s, confirm both contract addresses and use audited bridging mechanisms.

Explore Bitget to view verified token listings and to use Bitget Wallet for multi‑chain custody. Always double‑check contract addresses and network selection before sending funds.

Sources used (examples)

• CoinMarketCap token listing and contract metadata for PEPE (use aggregator pages to confirm contract addresses).
• Etherscan token pages and explorer data for contract verification and on‑chain transfers.
• Pepe Unchained project documentation describing a Layer‑2 built to interact with Ethereum.
• Pepecoin project materials describing a separate Layer‑1 network for Pepecoin ($PEP).
• PepeMeme documentation describing distinct tokens, NFT ecosystems, and utility projects using Pepe branding.
• As of December 19, 2025, Cointelegraph reportage noting the solo miner who mined Bitcoin block 928351 after renting under $100 in hashpower (reported event used as industry context).

Note on timeliness: data such as market capitalization, daily trading volume, and on‑chain metrics change frequently. Always validate current numbers on market aggregators and block explorers before making any transaction.

Explore more

Want to verify a specific Pepe token contract or learn how to add PEPE to Bitget Wallet step‑by‑step? Contact Bitget support or consult Bitget’s knowledge base for walkthroughs, token verification best practices, and multi‑chain custody guidance.