Recently, I’ve been organizing some information about Bitcoin's technical upgrades and want to share something quite practical with everyone.

Many people are not very clear about how SegWit works, including how it improves the transaction data structure. I decided to sort this out and create a simple and easy-to-understand tracking guide.

First, let's talk about BIP-141 (which is SegWit Segregated Witness). The core of this upgrade is separating the transaction signature data from the main transaction data, which can significantly reduce transaction size and improve block capacity efficiency. This is very helpful for the network’s overall scalability.

Next is BIP-110, which is a temporary data reduction proposal for soft forks. Although it’s not as widely discussed as SegWit, it’s still worth paying attention to in certain scenarios. Both proposals are aimed at the same goal — optimizing data processing efficiency.

I also noticed that some other blockchains are borrowing similar ideas. For example, Dash has also referenced some SegWit design concepts when optimizing transaction processing, although the implementation methods differ.

If you want to deeply understand these technical details, the best way is to gradually track the changes in these signals. I am currently organizing a detailed tracking table covering all stages from proposal to activation of SegWit, as well as the progress related to BIP-110.

Understanding these kinds of technical upgrades is very helpful for judging the long-term development direction. If you're interested, you can follow the related assets’ dynamics on Gate; many major technical upgrades tend to influence market performance.