Gnosis Chain is an EVM-compatible Layer 1 blockchain. GNO is its staking and governance asset, while xDAI is the native currency used for transactions and gas fees.
BitcoinToolkit separates CoinGecko aggregated GNO/USD data from the Binance Spot GNO/USDT market and explains why GNO secures the network while xDAI pays EVM transaction fees.
Use this page to inspect sourced GNO market references and understand Gnosis Chain roles, fees and transactions. It is not an executable quote, bridge interface or investment recommendation.
GNO/USDT · Binance Spot · UTC
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| Time (UTC) | Open (USDT) | High (USDT) | Low (USDT) | Close (USDT) | Volume (GNO) |
|---|---|---|---|---|---|
| Aug 25, 2026 11:00:00 UTC | 123.51 USDT | 123.85 USDT | 123.13 USDT | 123.50 USDT | 24.67 GNO |
| Aug 25, 2026 10:00:00 UTC | 123.62 USDT | 123.75 USDT | 122.86 USDT | 123.51 USDT | 14.90 GNO |
| Aug 25, 2026 09:00:00 UTC | 123.24 USDT | 124.14 USDT | 123.05 USDT | 123.62 USDT | 61.90 GNO |
| Aug 25, 2026 08:00:00 UTC | 123.21 USDT | 124.09 USDT | 122.55 USDT | 123.23 USDT | 26.26 GNO |
| Aug 25, 2026 07:00:00 UTC | 124.28 USDT | 124.41 USDT | 122.89 USDT | 123.47 USDT | 56.24 GNO |
Market data: Binance Spot GNO/USDT
Charting library: TradingView Lightweight Charts
Gnosis Chain is the EVM network, GNO is the staking and governance asset, and xDAI pays transaction fees.
Market references keep CoinGecko GNO/USD separate from Binance Spot GNO/USDT.
Gnosis is most useful when its stable-value fee model and EVM compatibility match the way you plan to pay, build or operate.
Stable-value payments, supported DAO or treasury workflows, and EVM applications with verified Gnosis integrations.
Users need the correct network, enough xDAI for gas, and confirmed wallet, bridge and application support.
GNO supports staking and governance-related roles, while xDAI is the native currency used for transfers and normal transaction fees.
Gnosis Chain is the EVM network, GNO is its staking and governance asset, and xDAI is the native token used for payments and gas fees.
Gnosis Chain
Gnosis (GNO): Market-profiled staking and governance asset.
xDAI: Native transaction balance on Gnosis Chain.
xDAI: Gas and transaction fee asset on Gnosis Chain.
Gnosis (GNO): GNO is deposited by validators participating in Gnosis Chain proof of stake.
Gnosis (GNO): GNO is used in Gnosis ecosystem governance.
GNO/USDT
EVM Layer 1
Gnosis Chain combines an Ethereum-compatible execution layer with a proof-of-stake beacon consensus layer.
GNO and xDAI have different roles: GNO is used for staking and governance, while xDAI is spent for transfers and EVM execution fees.
Gnosis Chain tracks account-based state containing xDAI balances, nonces, contract code and contract storage.
Each EVM address maps to account state that changes when a valid Gnosis transaction executes.
Private keys control externally owned accounts and sign transactions.
Contract accounts contain deployed EVM bytecode and execute when called.
A sender nonce orders transactions from one externally owned account and prevents replay.
The native account balance records xDAI available for transfers and gas fees; GNO balances have a separate asset role.
The execution client applies EVM bytecode against current Gnosis Chain state.
Smart contracts maintain persistent storage after successful execution and block inclusion.
Gnosis EVM fees are denominated in xDAI, with raw values represented in wei and gas prices commonly quoted in gwei.
Wallets display xDAI for transfers and fees, fee interfaces commonly quote gwei, and JSON-RPC values use integer wei. GNO is not substituted for xDAI gas.
Gnosis transactions meter EVM work in gas and pay the resulting base and priority fee in xDAI.
xDAI
Gas measures the computation and storage work requested by a transaction.
The gas limit caps how much work the transaction may consume.
Gas used records the work consumed during successful or reverted execution.
The EIP-1559 base fee adjusts with network gas usage and is burned in xDAI.
A priority fee can be added to influence transaction inclusion.
The maximum fee per gas caps the total amount the sender permits per gas unit.
The maximum priority fee caps the optional validator tip component.
The final execution fee depends on gas used and the effective xDAI-denominated gas price.
A Gnosis transaction is created, signed, validated, propagated, executed, included in a block and finalized by proof-of-stake consensus.
Gnosis Chain runs Ethereum-compatible smart contracts through its EVM execution layer.
Contract accounts contain deployed bytecode and have no private key.
Compatible EVM bytecode executes through the Gnosis execution client.
Contracts read and update persistent EVM storage after successful execution.
Calls can transfer xDAI and pass ABI-encoded data to contract functions.
Token contracts maintain balances and allowances separately from the native xDAI account balance.
GNO staking and governance roles do not make GNO the gas asset; Gnosis EVM execution fees remain denominated in xDAI.
Gnosis Chain uses a beacon-style proof-of-stake consensus layer where validators deposit GNO, propose blocks and attest to checkpoints.
After the Gnosis Merge, a beacon-chain proof-of-stake consensus layer coordinates fork choice, checkpoint justification and finalization.
Validators deposit GNO and operate a validator client to participate in block proposals and attestations through a local beacon node.
An eligible validator proposes a beacon block containing an execution payload from the Gnosis execution layer.
Other validators attest to the proposed chain head and checkpoint state according to proof-of-stake rules.
Attestations justify and finalize checkpoints across epochs; Gnosis mainnet documentation reports an expected finalization time of about 2.7 minutes.
Applications should query safe or finalized block state and tolerate client or network delays instead of assuming a fixed wall-clock finality time.
Gnosis combines familiar EVM execution with separate assets for network security and everyday transactions.
Gnosis uses familiar EVM accounts, contracts and JSON-RPC patterns, so many Ethereum development concepts carry over. Deployments, balances and integrations still remain separate from Ethereum Mainnet.
Check before using: Confirm the Gnosis chain ID, RPC endpoint, deployment addresses and required integrations.
GNO supports validator staking and governance-related roles, while xDAI pays for transfers and EVM execution. Holding GNO alone does not give a wallet the xDAI balance needed for normal transactions.
Check before using: Name both asset roles clearly in wallet, treasury and support procedures.
xDAI is the native Gnosis balance used for transfers, smart-contract execution and gas fees. Its stable-value design can make fee amounts easier to interpret, but users still need the correct asset representation and a supported route onto Gnosis Chain.
Check before using: Verify the network, token representation and current bridge or acquisition path.
The best choice depends on the required applications, fee asset, bridge path and operational support.
xDAI is the native payment and gas asset, so transferred value and transaction fees can be expressed through a stable-value unit inside Gnosis Chain.
Watch for: The recipient, wallet and application must support Gnosis Chain and the intended xDAI route. Stable design does not remove bridge or counterparty risk.
Organizations that deliberately support Gnosis can use EVM contracts while keeping routine execution fees in xDAI, which can simplify internal fee budgeting.
Watch for: Treasury controls must cover chain selection, xDAI funding, contract verification, signer support and any bridge or liquidity dependency.
EVM execution preserves many familiar account, contract and tooling patterns for teams that already build for Ethereum-compatible environments.
Watch for: Every dependency must still be checked on Gnosis, including deployed contracts, oracles, wallets, indexers, RPC services and user funding paths.
EVM compatibility does not copy Ethereum Mainnet contracts, balances, liquidity or application state onto Gnosis Chain.
Compare: Evaluate Ethereum Mainnet when the required contract or state exists only there.
Normal transactions require xDAI, and moving assets between Ethereum and Gnosis introduces a separate bridge workflow and trust model.
Compare: Evaluate a network where users already hold the native fee asset and the required application is directly available.
Gnosis deliberately follows the EVM account and contract model, so it does not provide a different runtime or transaction architecture.
Compare: Evaluate a non-EVM network when its runtime, account model or specialized infrastructure is a hard requirement.
All three support EVM applications, but their fee assets, security models and setup requirements differ.
| Network | Fee asset | Security or settlement model | Setup required | Best fit | Main tradeoff |
|---|---|---|---|---|---|
| Gnosis Chain | xDAI pays execution fees; GNO has separate staking and governance roles. | Proof-of-stake beacon consensus secured by GNO validator deposits. | Select Gnosis Chain, hold xDAI and verify bridge or acquisition paths. | Stable-value payments and EVM activity with verified Gnosis integrations. | Separate fee-asset, bridge and ecosystem checks are required. |
| Ethereum Mainnet | ETH pays gas and is also deposited by validators. | Ethereum proof of stake with ETH-backed validators and mainnet finality. | Select Ethereum Mainnet and hold ETH for gas. | Applications that require Ethereum Mainnet contracts, state or settlement. | Network demand can make ETH-denominated execution fees more variable. |
| Polygon PoS | POL pays Polygon PoS transaction fees. | Polygon validators provide local consensus; checkpoint commitments connect the system to Ethereum. | Select Polygon PoS, hold POL and verify bridge or exchange routes. | EVM activity that matches Polygon PoS integrations and bridge assumptions. | Its validator, checkpoint and withdrawal model differs from both Gnosis and Ethereum Mainnet. |
Similar EVM address formats and tooling do not remove network, asset or bridge boundaries.
Correction: xDAI is the native transaction and gas asset. GNO is used for staking, protocol protection and governance-related roles.
Why it matters: A wallet funded only with GNO may still be unable to submit an ordinary transaction because it lacks xDAI for the fee.
Correction: xDAI is the native Gnosis Chain balance, while DAI or USDS exists in other token and bridge contexts. Wrapped xDAI is also a separate ERC-20 representation.
Why it matters: A wallet, contract or bridge expects a specific network and asset representation; choosing the wrong one can make a transfer unusable or require recovery steps.
Correction: The execution model is compatible, but each network has separate state, contracts, balances, RPC endpoints and integrations.
Why it matters: Users and developers must verify the Gnosis deployment address and network configuration rather than reusing a mainnet assumption.
Correction: One private key may derive the same hexadecimal address on multiple EVM networks, but balances and transaction histories remain network-specific.
Why it matters: Always verify the selected chain and token contract before sending. An address match does not perform a bridge or copy network state.
The practical steps change depending on whether you are sending funds, building software, managing a treasury or operating a validator.
Gnosis uses xDAI for transfers and gas, so a wallet funded only with GNO cannot submit a normal transaction.
Accounts, ABIs, bytecode and JSON-RPC patterns are familiar, but Gnosis has separate deployments, balances and infrastructure.
Treasury workflows should treat network selection, xDAI funding and bridge use as explicit controls rather than informal setup steps.
Validators use GNO for proof-of-stake participation while ordinary EVM transactions continue to use xDAI for fees.
The snapshot is CoinGecko aggregated GNO/USD data. The chart is Binance Spot GNO/USDT data. USD and USDT are different quote assets, so displayed values can differ.
Primary references used to review this page.
Two operational checks that are useful before using Gnosis Chain.
An EVM-compatible wallet can derive the same address from the same key, but Gnosis Chain and Ethereum keep separate balances, contracts and transaction histories. Verify the selected network and RPC before signing.
Verify the official bridge route, supported asset and wallet, destination network, fees, limits and finality requirements. Keep enough xDAI available for transactions after the transfer.
Verified technical content, reviewed sources and update history.