Bitcoin LN node insight

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Develop your own data-driven Lightning Network insight

Discover network-wide statistics on nodes, interactively explore node local networks, measure the impact of opening or closing a channel, and identify potentially profitable paths in the network. Login and get access to additional features!

Visuals

Simulators

Choose a node variable

Filter by Amboss community

Choose an X-axis variable

Choose a Y-axis variable

Color by Amboss community

Simulate either a rebalance or a payment

Rebalance

Payment

Step 1: enter a pubkey/alias on which to simulate a circular rebalance

Step 2: enter/choose an outgoing node
*Can be a node with an existing channel to the one in Step 1, otherwise a channel will be simulated

Step 3: enter/select an incoming node
*Can be a node with an existing channel to the one in Step 1, otherwise a channel will be simulated

Step 1: enter/choose a node to use as first hop for a payment

Step 2: enter/select a node to use as payment destination

Summary stats

Enter pubkey/alias to view stats

Also see node stats on

Current ranks

Historical ranks

Step 1: enter your pubkey or alias

Step 2: enter or select pubkey/alias of up to 3 nodes with which to simulate adding or removing channels

Add

Remove

Add

Remove

Add

Remove

Filter by range of total capacity (in bitcoin)

Filter by range of average channel capacity (in bitcoin)

Filter by range of average channel fee rates (ppm)

Filter by range of total channels

Filter by range of approximate node age (in days)

Filter by range of betweenness centrality ranks

Filter by range of closeness centrality ranks

Filter by range of eigenvector centrality ranks

Only show nodes that fall within a range of hops away from the node selected in Step 1

Filter out nodes that have at least one peer in common with the node selected in Step 1

Yes

Filter nodes by Amboss community

Peer overlap

Node centrality ranks

Betweenness centrality

Betweeness centrality measures the number of shortest paths that pass through a node. A higher number of shortest paths a node has to any two other node in the network, the more likely they will be included in a route depending on the liquidity balance of each channel in the path.

Closeness/hopness centrality

Closeness/hopness centrality is a measure of how many hops it takes to reach any node on the network from a given node. The better the rank, the fewer the hops required to reach any and all nodes.

Eigenvector/hubness centrality

Eigenvector/hubness centrality measures influence of a given node in the network. Higher ranks imply a well-connected node that is linked to other well-connected nodes. A lower eigenvector centrality could also imply a new and/or underserved node in the network.

Maximum liquidity flow

Maximum flow is the highest amount of sats that can theoretically be pushed through a path if liquidity were 100% outbound. In reality, outbound across a path is likely 50% or less.

Signing a message with your node's private keys

lnd

lncli signmessage "message to sign here"

c-lightning

lightning-cli signmessage "message to sign here"

eclair

eclair-cli signmessage --msg=$(echo -n 'message to sign here' | base64)

Ride The Lightning

Navigate to Lightning > Sign/Verify > Copy

Thunderhub

Navigate to Tools > Sign message > Copy