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Bitcoin Lightning Network Nodes Dashboard

As of
#
Alias
Active Channels
Capacity
Node ID
61
16
22
Arrow Up1
23.90 BTC
Arrow Up3.00 BTC
02b729...ae62
62
5
196
Arrow Down9
23.86 BTC
Arrow Down704.66 mBTC
02d695...0e73
63
-4
16
23.04 BTC
Arrow Down3.80 BTC
023a89...4d64
64
5
79
Arrow Down2
22.96 BTC
Arrow Up200.00 mBTC
026123...8117
65
1
289
Arrow Down53
22.69 BTC
Arrow Down2.08 BTC
025f14...05a5
66
2
253
Arrow Down38
21.72 BTC
Arrow Down1.40 BTC
03c552...d8c1
67
6
1295
Arrow Down19
21.72 BTC
Arrow Down134.33 mBTC
0242a4...e4f3
68
2
110
Arrow Down8
21.40 BTC
Arrow Down1.33 BTC
02fe6a...c07c
69
5
596
Arrow Down24
20.77 BTC
Arrow Down544.09 mBTC
03c2ab...1dda
70
2
176
Arrow Down22
19.79 BTC
Arrow Down2.17 BTC
0202e7...a0df

Why does having a greater number of high-capacity Lightning nodes benefit Bitcoin adoption?

  • Scalability: The Lightning Network is a second-layer solution built on top of the Bitcoin blockchain, designed to enable faster and cheaper transactions. By increasing the number of high-capacity nodes, the Lightning Network can support a larger number of simultaneous transactions, thus improving the overall scalability of the Bitcoin network. This is essential for Bitcoin adoption, as it allows the network to handle a higher volume of transactions, making it more suitable for everyday use and commercial applications.
  • Reduced fees: As the Lightning Network allows for off-chain transactions, users can benefit from significantly reduced fees compared to on-chain transactions. By increasing the capacity of nodes, more transactions can be routed through the Lightning Network, leading to greater savings on transaction fees for users. Lower fees can make Bitcoin more attractive to a broader range of users and use-cases, encouraging wider adoption.
  • Faster transactions: The Lightning Network enables near-instant transactions by avoiding the need for transaction confirmation on the main Bitcoin blockchain. This is particularly useful for small, everyday transactions, which would otherwise be slow and expensive on the main chain. More high-capacity nodes can help ensure that more transactions are processed quickly, contributing to a better user experience and increased adoption.
  • Decentralization: A larger number of well-distributed high-capacity nodes can contribute to the decentralization and resilience of the Lightning Network. This is important for Bitcoin's core value proposition as a decentralized and censorship-resistant payment system. By fostering a more robust network, user trust and confidence in Bitcoin can be strengthened, leading to wider adoption.
  • Liquidity: High-capacity nodes can facilitate larger transactions and more efficient routing between users, improving the overall liquidity of the Lightning Network. Greater liquidity allows for more seamless transactions, reducing friction and encouraging users to adopt Bitcoin for various use cases, from micro-transactions to larger payments.
  • Network effects: As more people use the Lightning Network, it becomes more valuable to its users due to network effects. This can create a positive feedback loop, attracting even more users and driving Bitcoin adoption. A larger number of high-capacity nodes can support this growth by ensuring the network remains scalable and efficient.