Bridges
Bridges Deposits By Chain
GET https://api.glassnode.com/v1/metrics/bridges/deposits_by_chain
This metric measures the USD value which is deposited into bridge smart contracts on Ethereum, and is therefore flowing out of the Ethereum blockchain, and into target blockchains. Deposit Volume is computed daily by multiplying the number of tokens deposited into bridges by the latest daily price of each token.
Bridges are protocols that enable digital assets to be transferred from one blockchain to another. When an asset is transferred out of Ethereum, it gets deposited and locked into a bridge smart contract. When the asset is transferred back to Ethereum, it is withdrawn and released from the smart contract.
This metric only includes bridge contracts on the Ethereum side. The bridges included in this metric cover bridge deposits into both L1 and L2 blockchains, providing information on the value transferred to both L1 competitors, and L2 scaling solutions. Each bridge included in this metric represents a single blockchain, except the ones labeled as multichain. That label is used to represent bridges that allow transferring assets across multiple different chains.
Query Parameters
| Name | Type | Description |
|---|---|---|
a* | string | asset symbol: ETH |
s | integer | since, unix timestamp |
u | integer | until, unix timestamp |
i | string | frequency interval: 24h |
f | string | format: JSON, CSV |
timestamp_format | string | timestamp format: unix or humanized (RFC 3339) |
Bridges Net Flow By Chain
GET https://api.glassnode.com/v1/metrics/bridges/net_volume_by_chain
This metric shows the net USD value flowing into, or out of Ethereum bridge smart contracts, calculated as bridge deposits minus bridge withdrawals. It can also be considered to represent the net USD value flowing in, or out of the Ethereum blockchain via bridges. A positive value means that there is more value being deposited into bridges, which translates into a net value outflow from Ethereum. On the other hand, a negative value means that there is more USD value being withdrawn from bridges, which translates into more USD value flowing back into Ethereum.
Bridges are protocols that enable digital assets to be transferred from one blockchain to another. When an asset is transferred out of Ethereum, it gets deposited and locked into a bridge smart contract. When the asset is transferred back to Ethereum, it is withdrawn and released from the smart contract.
This metric only includes bridge contracts on the Ethereum side. The bridges included in this metric cover bridge deposits into both L1 and L2 blockchains, providing information on the value transferred to both L1 competitors, and L2 scaling solutions. Each bridge included in this metric represents a single blockchain, except the ones labeled as multichain. That label is used to represent bridges that allow transferring assets across multiple different chains.
Query Parameters
| Name | Type | Description |
|---|---|---|
a* | string | asset symbol: ETH |
s | integer | since, unix timestamp |
u | integer | until, unix timestamp |
i | string | frequency interval: 24h |
f | string | format: JSON, CSV |
timestamp_format | string | timestamp format: unix or humanized (RFC 3339) |
Bridges TVL
GET https://api.glassnode.com/v1/metrics/bridges/total_value_locked_by_chain
The Total Value Locked (TVL) in bridges measures the total USD value that is locked within the Ethereum side of bridge smart contracts. Locked tokens are not available on the Ethereum chain, but are available on the target blockchains. An increasing TVL means that value is flowing out of Ethereum and into other target blockchains, whilst a decreasing TVL means the value is flowing back into Ethereum. Bridge TVL is computed daily, by multiplying the number of tokens locked within the bridge smart contracts, by the latest daily price for each token.
Bridges are protocols that enable digital assets to be transferred from one blockchain to another. When an asset is transferred out of Ethereum, it gets deposited and locked into a bridge smart contract. When the asset is transferred back to Ethereum, it is withdrawn and released from the smart contract.
This metric only includes bridge contracts on the Ethereum side. The bridges included in this metric cover bridge deposits into both L1 and L2 blockchains, providing information on the value transferred to both L1 competitors, and L2 scaling solutions. Each bridge included in this metric represents a single blockchain, except the ones labeled as multichain. That label is used to represent bridges that allow transferring assets across multiple different chains.
Query Parameters
| Name | Type | Description |
|---|---|---|
a* | string | asset symbol: ETH |
s | integer | since, unix timestamp |
u | integer | until, unix timestamp |
i | string | frequency interval: 24h |
f | string | format: JSON, CSV |
timestamp_format | string | timestamp format: unix or humanized (RFC 3339) |
Bridges TVL Relative
GET https://api.glassnode.com/v1/metrics/bridges/total_value_locked_by_chain_relative
This metric presents the Relative Total Value Locked (TVL dominance) of each target blockchain bridge compared to the total TVL across all bridges. A rising relative TVL indicates that the target blockchain is growing in USD denominated TVL dominance compared to the others (and vice versa). Bridge TVL is computed daily, by multiplying the number of tokens locked within the bridge smart contract, by the latest daily price of each token. Relative TVL is then computed by dividing the TVL of each bridge by the total TVL across all bridges.
Bridges are protocols that enable digital assets to be transferred from one blockchain to another. When an asset is transferred out of Ethereum, it gets deposited and locked into a bridge smart contract. When the asset is transferred back to Ethereum, it is withdrawn and released from the smart contract.
This metric only includes bridge contracts on the Ethereum side. The bridges included in this metric cover bridge deposits into both L1 and L2 blockchains, providing information on the value transferred to both L1 competitors, and L2 scaling solutions. Each bridge included in this metric represents a single blockchain, except the ones labeled as multichain. That label is used to represent bridges that allow transferring assets across multiple different chains.
Query Parameters
| Name | Type | Description |
|---|---|---|
a* | string | asset symbol: ETH |
s | integer | since, unix timestamp |
u | integer | until, unix timestamp |
i | string | frequency interval: 24h |
f | string | format: JSON, CSV |
timestamp_format | string | timestamp format: unix or humanized (RFC 3339) |
Bridges Withdrawals By Chain
GET https://api.glassnode.com/v1/metrics/bridges/withdrawals_by_chain
This metric measures the USD value which is withdrawn from bridge smart contracts on Ethereum, and is therefore flowing into the Ethereum blockchain, and out of target blockchains. Withdrawal Volume is computed daily by multiplying the number of tokens withdrawn from bridges by the latest daily price of each token.
Bridges are protocols that enable digital assets to be transferred from one blockchain to another. When an asset is transferred out of Ethereum, it gets deposited and locked into a bridge smart contract. When the asset is transferred back to Ethereum, it is withdrawn and released from the smart contract.
This metric only includes bridge contracts on the Ethereum side. The bridges included in this metric cover bridge deposits into both L1 and L2 blockchains, providing information on the value transferred to both L1 competitors, and L2 scaling solutions. Each bridge included in this metric represents a single blockchain, except the ones labeled as multichain. That label is used to represent bridges that allow transferring assets across multiple different chains.
Query Parameters
| Name | Type | Description |
|---|---|---|
a* | string | asset symbol: ETH |
s | integer | since, unix timestamp |
u | integer | until, unix timestamp |
i | string | frequency interval: 24h |
f | string | format: JSON, CSV |
timestamp_format | string | timestamp format: unix or humanized (RFC 3339) |
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