Data Shows That Bitcoin’s Lightning Network Has Solved The Scalability Problem

In other words, if Alice is connected to Bob and Bob is connected to Caroline, Alice and Caroline can effortlessly pay each other through Bob.Lightning ScalabilityAs we will now prove, the Lightning Network already scales to support 16,264 deals a second today and therefore resolves the scalability issue while maintaining all the advantages Bitcoin has to use– permissionlessness, deficiency, user sovereignty, mobility, verifiability, decentralization and censorship resistance.For a payment to make its method through the network, it generally has to go through several payment channels. The default LND node is stated to be able to do 33 payments per second with a decent device (8 vCPUs, 32 GB memory) according to the benchmark.With 16,266 nodes in the network (as of November 2022), assuming each payment has to go through three channels (four nodes), the network ought to be able to accomplish around 134,194 payments per second.That is, each payment has to go through a group of four nodes, and there are 4,066 such distinct groups in the network. Fortunately, it doesnt take much to be able to beat the present payment systems.Lightning Vs. Traditional PaymentsFinding genuine numbers about the peak capability of standard payment systems is hard, so we will rely on their typical payment rate throughout the 2021 monetary year. To put into perspective, Bitcoin did 2.44 payments per second in 2021 and scales up to a maximum of 7 per second.The numbers are appealing– it takes each Lightning node to be capable of doing just 4 payments a second in order to beat the present payment networks by at least two times. Resources in terms of developers are the only short-term constraint to increasing scalability, which has actually truly come 2nd to more important matters like reliability.To provide a sense of the development there, River Financial just recently shared that its payment success rate is 98.7% at an average size of $46, which is astonishingly better than the earliest publicly-available data it might discover from 2018, where $5 deals were failing 48% of the time.ConclusionIn this piece, we exposed all of the negative disadvantages of scaling the Bitcoin blockchain through increasing the base layers block size, most notably significantly compromising its decentralization and eventually failing to attain its goal of reaching the tremendous scalability needed for the demands a global payments network has and will continue to significantly have in the future.We revealed that the Lightning Network, as a second-layer service, the majority of elegantly resolves the scalability issue by both preserving all of Bitcoins advantages while at the very same time scaling it method beyond what any base-layer options promise.This is a visitor post by Stanislav Kozlovski.

The default LND node is stated to be able to do 33 payments per 2nd with a good device (8 vCPUs, 32 GB memory) according to the benchmark.With 16,266 nodes in the network (as of November 2022), assuming each payment has to go through 3 channels (4 nodes), the network ought to be able to attain around 134,194 payments per second.That is, each payment has to go through a group of 4 nodes, and there are 4,066 such distinct groups in the network. Luckily, it does not take much to be able to beat the current payment systems.Lightning Vs. Traditional PaymentsFinding genuine numbers about the peak capability of traditional payment systems is hard, so we will rely on their average payment rate throughout the 2021 monetary year. To put into perspective, Bitcoin did 2.44 payments per second in 2021 and scales up to an optimum of seven per second.The numbers are appealing– it takes each Lightning node to be capable of doing simply four payments a second in order to beat the existing payment networks by at least 2 times.