Lightning
Last updated
Last updated
GET https://api.glassnode.com/v1/metrics/lightning/base_fee_medianThe median base fee in the Lightning Network in Satoshi, derived from the channel graph. Base fees are fees that have to be paid for each payment that is routed through the channel. For payments between two peers that share a direct channel connection no fees have to be spent.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 24h, 1h, 10m
f
string
format: csv, json
c
string
currency: native, usd
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/network_capacity_sumThe total amount of BTC locked in the Lightning Network. The Bitcoin Lightning Network is a Layer 2 payment protocol built on top of the Bitcoin blockchain. It is designed to provide faster, cheaper, and more scalable transactions than traditional on-chain Bitcoin transactions.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 10m, 1h, 24h
f
string
format: csv, json
c
string
currency: native, usd
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/channel_size_meanThe mean BTC size of public Lightning Network channels. The Lightning Network works by creating payment channels between two parties, where multiple transactions can be made without the need for each individual transaction to be recorded on the Bitcoin blockchain. These transactions are instead recorded off-chain, which makes them faster and cheaper.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 10m, 1h, 24h
f
string
format: csv, json
c
string
currency: native, usd
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/channel_size_medianThe median BTC size of public Lightning Network channels. The Lightning Network works by creating payment channels between two parties, where multiple transactions can be made without the need for each individual transaction to be recorded on the Bitcoin blockchain. These transactions are instead recorded off-chain, which makes them faster and cheaper.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 10m, 1h, 24h
f
string
format: csv, json
c
string
currency: native, usd
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/fee_rate_medianThe median fee rate in the Lightning Network, derived from the channel graph. On top of a base fee, fees for payments are proportional to the transferred amount. Values here are given in units sat / BTC. E.g., a value of 1000 indicates that a fee of 1000 Satoshi is required to transfer 1 BTC.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 24h, 1h, 10m
f
string
format: csv, json
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/gini_capacity_distributionThe Gini coefficient of the Lightning network capacity is a statistical measure of the distribution of Bitcoin capacity among the nodes on the Lightning Network. It is calculated by comparing the actual distribution of Bitcoin capacity among the nodes to a hypothetical uniform distribution. It ranges from 0 to 1, with 0 representing perfect equality and 1 representing maximum inequality. A higher Gini coefficient indicates a more unequal distribution of Bitcoin capacity among nodes, while a lower Gini coefficient indicates a more even distribution of Bitcoin capacity. The Gini coefficient of the Lightning network capacity can be used to monitor the degree of centralization and potential risks associated with a highly concentrated distribution of Bitcoin capacity.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 24h, 1h, 10m
f
string
format: csv, json
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/gini_channel_distributionThe Gini coefficient of the Lightning network channel distribution is a statistical measure of the distribution of numbers of channels among the nodes on the Lightning Network. It is calculated by comparing the actual distribution of channels among the nodes to a hypothetical uniform distribution. It ranges from 0 to 1, with 0 representing perfect equality and 1 representing maximum inequality. A higher Gini coefficient indicates a more unequal distribution of channel numbers among nodes, while a lower Gini coefficient indicates a more even distribution of channel counts. The Gini coefficient of the Lightning network channel distribution can be used to monitor the degree of centralization and potential risks associated with a highly concentrated influence of network nodes.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 24h, 1h, 10m
f
string
format: csv, json
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/node_connectivityThe number of nodes in the Lightning Network that are connected via IP, TOR, or both.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 24h, 1h, 10m
f
string
format: csv, json
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/channels_countThe number of public Lightning Network channels. The Lightning Network works by creating payment channels between two parties, where multiple transactions can be made without the need for each individual transaction to be recorded on the Bitcoin blockchain. These transactions are instead recorded off-chain, which makes them faster and cheaper.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 10m, 1h, 24h
f
string
format: csv, json
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)
GET https://api.glassnode.com/v1/metrics/lightning/nodes_countThe number of Lightning Network nodes.
a*
string
asset id: BTC
s
integer
since, unix timestamp
u
integer
until, unix timestamp
i
string
frequency interval: 10m, 1h, 24h
f
string
format: csv, json
timestamp_format
string
timestamp format: unix or humanized (RFC 3339)