MonadLayer 1
Monad is its own blockchain, with a network that agrees on transaction order and maintains shared state. It is not simply a token or a payment app running on another chain.
An independent Monad guide
Monad.Cash
Understand the network.
Make sense of digital value.
A closer look at the Monad blockchain: how it works, what MON pays for, what digital payments involve, and what to check before you sign.
Independent of Monad Foundation. External buttons open monaf.ai; no official affiliation or endorsement is implied.
01The basics
What is Monad?
Monad is a Layer-1 blockchain built around EVM compatibility. It offers a shared environment for smart contracts, applications, and transfers—not just one kind of digital cash.
EVM compatible
Monad supports Ethereum Virtual Machine bytecode and familiar Ethereum RPC interfaces. This helps developers bring smart contracts and tools across, while still checking network-specific differences.
Native MON
MON is the network’s native token and is used to pay gas. App tokens and stablecoins are separate assets; their purpose, issuer, and risks depend on the individual token.
A blockchain records agreed changes to shared state. A simple transaction may transfer the native token between accounts; a more complex one can call a smart contract that manages a token, a market, or another application. These actions have different costs and risks, even when they use the same network.
EVM compatibility gives Monad a familiar starting point for Ethereum developers. It does not make the networks interchangeable. A wallet must use the intended network, a token must be checked by its contract address, and an application must be evaluated on its own merits.
02Under the hood
Parallel work. Ordered results.
Monad’s architecture separates the order of transactions from the work needed to execute them. That distinction is the key to understanding its approach.
Optimistic parallel execution
Instead of computing every transaction strictly one after another, Monad can compute multiple transactions in parallel. This is optimistic: work proceeds on the assumption that relevant state has not changed in a way that invalidates the result.
When transactions touch overlapping state, an assumption may no longer hold. The affected transaction can be re-executed. Results are committed in the block’s original linear order, preserving the meaning of the ordered transaction list. Parallel computation does not mean unordered balances or conflicting final histories.
Consensus is not execution
Consensus is how the network agrees on transaction ordering. Execution is the process of running those transactions and updating state. Monad decouples and pipelines these processes, so agreement on one part of the work and execution of another can overlap.
For users, the practical lesson is to distinguish a transaction being broadcast, appearing in a block, executing successfully, and reaching finality. A fast notification is not the same as proof that the requested action succeeded or that every application will regard it as final.
Performance is not a promise.
Actual fees, confirmation experience, and application responsiveness depend on the network and the application. This guide does not guarantee a fixed transfer cost, a completion time, or a return on any asset.
03Digital payments
The network is only one part of a payment.
A transfer involves an asset, a sender, a recipient, a network fee, and a transaction outcome. Understand each before treating a wallet balance as spendable cash.
MON & gas
MON pays network gas fees. Gas measures transaction work, while the price per unit determines its cost in MON. Monad documents EIP-1559-compatible pricing and differences from Ethereum’s charging behavior, including charging based on the gas limit. Check estimates before signing rather than assuming that every simple transfer costs the same.
Tokens & stablecoins
A token can represent many things. A stablecoin aims to track a reference value, but its label does not prove reserves, redemption rights, or safety. Verify the issuer and exact contract. Sending a token may still require MON for gas; holding the token alone does not necessarily let you submit the transfer.
Transfers & contracts
Sending to an account and interacting with a contract are different actions. An approval may authorize future spending rather than transfer funds immediately. Bridges, swaps, and other applications introduce their own contracts and conditions. Low network fees do not remove those additional risks.
Reading a transaction’s journey
- 01
Submitted
Your wallet or app has broadcast the transaction. A transaction hash is a reference, not proof that a transfer succeeded.
- 02
Included
The transaction appears in a block. Check the correct network and inspect the receipt rather than relying only on a wallet notification.
- 03
Executed
The receipt indicates whether execution succeeded or reverted. Inclusion alone does not mean the intended transfer or contract action completed.
- 04
Finalized
The network has finalized the relevant block. Monad distinguishes speculative and full finality; applications may wait for different assurance levels.
Network finality does not certify a token’s value, reverse an incorrect recipient, or guarantee a merchant has accepted payment. If an app reports a failure or a delay, inspect the transaction receipt before submitting again. A reverted transaction can still incur a fee.
04Before you sign
Keep control of your wallet.
A blockchain can verify transaction history. It cannot verify a website’s intentions for you. Make safety checks part of the decision, not an afterthought.
Protect your recovery phrase
Never enter a recovery phrase or private key into a website, chat, or support form. Anyone with it may control the wallet. Keep backups private and do not share them to claim rewards or fix an account.
Check the address and network
Confirm the destination address, token contract, and intended network. Names and tickers can be copied. Compare the full address using a trusted source; do not rely only on the first and last characters.
Read every signing request
Check the recipient, amount, contract action, and spending permission shown by your wallet. Some signatures can authorize actions without looking like a simple transfer. Reject requests you do not understand.
Pause before an approval.
An application may request permission to spend a token. Review both the spender and the allowance. A very broad allowance may expose more than the amount you intended to use. Removing an allowance later does not undo funds already transferred.
Be cautious of urgency, guaranteed returns, surprise rewards, and instructions to move funds to “verify” a wallet. A familiar visual identity or search result is not proof of legitimacy. A small test transfer can help check a destination, but it cannot prove an app or contract is safe.
Connecting a wallet and approving a transaction are separate decisions. This page does not ask you to connect, sign, or disclose any wallet credentials.
05Common questions
Monad, without the guesswork.
What is the Monad blockchain?
Monad is an EVM-compatible Layer-1 blockchain. It combines familiar Ethereum-style smart contract execution with an architecture designed to process work more efficiently, including optimistic parallel execution and pipelined consensus and execution.
Is Monad.Cash an official Monad website?
No. Monad.Cash is an independent educational resource. It is not presented as a Monad Foundation product, a network wallet, a bank, or an official payment service. Its outbound buttons open monaf.ai, a separate website; that link does not imply official Monad endorsement.
What does EVM compatibility mean?
EVM compatibility means Monad can run Ethereum Virtual Machine bytecode and supports familiar Ethereum RPC interfaces. Developers should still review Monad’s documented differences, test contracts, and verify infrastructure rather than assume every Ethereum behavior is identical.
Does parallel execution change transaction order?
No. Transactions are committed in the original order of the block. Parallel execution changes how the network computes the work; it does not give transactions an arbitrary order or remove the need to resolve shared-state conflicts.
Are MON and stablecoins the same thing?
No. MON is the native gas token. A stablecoin is a separately issued token that aims to track a reference value. Its stability, reserves, issuer, redemption arrangements, and contract risk must be assessed independently. A familiar name or ticker is not proof of authenticity.
Can a failed transaction still cost gas?
Yes. A transaction that is included but reverts can still incur a network fee. Review gas settings and current Monad documentation before signing; fees and charging behavior should not be inferred solely from another chain.
Does connecting a wallet send money?
A connection commonly shares your public account address with an application, but later signature and transaction requests are separate actions. Read each request. Do not assume that every signature is harmless or that a connection establishes the application’s legitimacy.
Is a low-cost transfer automatically safe?
No. Network performance and fees do not verify a recipient, contract, token issuer, or website. A mistaken address, malicious approval, compromised key, or deceptive application can still put funds at risk.
Where should I verify current network information?
Use official Monad documentation for network parameters, gas behavior, and transaction lifecycle details. The source references below identify the material behind this guide. Network settings and application support can change; avoid relying on old screenshots or unofficial setup instructions.
06Source notes
Built on documentation, not hype.
Technical explanations draw on official Monad documentation. Network parameters, supported applications, and costs can change; consult current documentation before making a transaction.
Monad overview
docs.monad.xyz
Parallel execution
docs.monad.xyz/monad-arch/execution/parallel-execution
Asynchronous execution
docs.monad.xyz/monad-arch/consensus/asynchronous-execution
Gas pricing
docs.monad.xyz/developer-essentials/gas-pricing
Differences from Ethereum
docs.monad.xyz/developer-essentials/differences
Transaction lifecycle
docs.monad.xyz/monad-arch/transaction-lifecycle
Stablecoin issuance
docs.monad.xyz/guides/brale
Source addresses are provided as references, not as claims of affiliation. Monad.Cash does not provide financial advice, custody, token issuance, or guarantees about third-party services. Evaluate any external site independently.
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