Ethereum Layer-2s Vs. Bitcoin’s Lightning Network – Adoption War Is Here

During a recent earnings call, Coinbase CEO Brian Armstrong shared that Ethereum’s scaling solutions, including Polygon (MATIC), Optimism (OP), and Arbitrum (ARB), are experiencing significant adoption rates. Armstrong also mentioned that while there are commendable efforts by various companies to advance Bitcoin’s Lightning Network, the Layer-2 solutions on Ethereum seem to be getting more traction. Coinbase’s own layer 2 network, Base, is built on Optimism.

According to the Coinbase CEO, scaling solutions can enhance the adoption level by becoming more user-friendly.

“A lot of it comes down to usability challenges as well.

If you’re an average user, they don’t really want to know or maybe they don’t even care about these — what is it doing underneath, like the average user doesn’t want to have to learn how to bridge from Layer 1 to Layer 2 to send their payment. They just want to pay for something and it ‘just works.’

I think what needs to happen, and this is something Coinbase can really help with is we can make this seamless in the background.”

He continued and said that when making online purchases or sending payments to friends or for remittance, it would be beneficial to have a system that negotiates the use of various cryptocurrencies and their respective chains.

This system would ensure that the recipient accepts the specific cryptocurrency being used and would conduct any necessary conversions in real-time.

As a result, the sender would only need to see the dollar amount being transferred, which would arrive instantly and with minimal fees. This would eliminate the need to worry about Layer 2 and other technical details, and is the ideal outcome we should strive for.

In other interesting news, the latest Digital Asset Fund Flows Weekly Report from CoinShares reveals that digital assets experienced outflows of more than $100 million for the third consecutive week. Check out our previous article in order to learn more details.