
The future of Bitcoin rollups will depend on continued innovation and optimization in data compression and scalability.
A Galaxy Research report has suggested that most Bitcoin layer-2 scaling networks, particularly “rollups,” may not be sustainable in the long term despite their popularity as a promising method to keep Bitcoin payments cheap, fast and decentralized.
In the report published on Friday, Aug. 2, Galaxy analyst Gabe Parker highlighted the cost of posting data as a fundamental challenge Bitcoin rollups face that post data to the base layer.
Parker explained that for Bitcoin rollups to thrive, they must generate substantial revenue from transaction fees on their own networks. This revenue must come from many users willing to pay for transactions on the layer-2 networks.
Block times can also be adjusted as desired. The root mainnet shard features an average block time of just two seconds.
Blockchain network Zilliqa has officially released the white paper and roadmap for its highly anticipated version 2.0 upgrade, which will deploy on the mainnet later in 2024.
According to the network, the new version promises to improve the platform, making it faster, more efficient and capable of working with other blockchain networks.
At Zilliqa 2.0’s core is its sharding architecture, called x-shards. This feature allows businesses and developers to create customized blockchain experiences tailored to their needs, enabling users to build whatever they envision on the Zilliqa platform.
The potential flip could further cement Solana’s status as an “Ethereum-killer,” which has been questioned due to the recent network outages.
The Solana network could be on track to overtake the Ethereum network in transaction fees, a potentially significant development for Solana’s status as a so-called “Ethereum-killer.”
Solana could flip Ethereum’s transaction fees as soon as this week, according to Dan Smith, senior research analyst at Blockworks, who wrote in a May 7 X post:
Captured MEV, or Maximal Extractable Value, refers to profits that are mostly captured through arbitrage trading on the protocols. MEV measures the maximum amount of value that can be extracted from a blockchain by a user or a group of users.