- China, US and Taiwan Lead in The Number of Arweave Nodes
- Transaction on the Arweave network increased by 39% in the past week.
China is currently leading in the number of Arweave nodes located in the country. According to data available from Viewblock, China is currently hosting 883 Arweave nodes. This is according to the report seen on May 31, 2022.
China is followed by the United States, which hosts 120 Arweave nodes. Taiwan, the third country, hosts 81 nodes. Germany is fourth in the number of Arweave nodes with 43. South Korea hosts 34 nodes, while Thailand has 28 nodes as the sixth country.
France, Russia, Australia and Japan
France hosts 25 nodes coming in as the seventh country. They are followed by Russia, which has 18 nodes. Australia hosts 9 nodes, while Japan has 8 nodes in the country.
Brazil and Italy host 6 nodes, while Malaysia hosts 5 nodes.
Iran, Greece, India, Romania, Finland, Slovakia and Poland each host 4 nodes.
Spain, Sweden, Austria, Ukraine and the United Kingdom host 2 nodes each.
Lithuania, Norway, Argentina, Indonesia, Ireland and Saudi Arabia host one node each.
Meanwhile, data available from View Block shows that transactions on the Arweave blockchain in the past week surpassed the previous weeks by 39%. This was confirmed by Sam Williams, the founder and CEO of Arweave in a Twitter post. The chart shows that there were 18.6 million transactions on the network last week. This is higher than all the previous weeks by at least, 39%.
Arweave is a decentralized storage system that makes it possible to store data in a permanent manner.
“As a collectively owned hard drive that never forgets, Weave allows us to remember and preserve valuable information, apps, and history indefinitely. By preserving history, it prevents others from rewriting it.”
The permanent web built by the network enables independent contributors to build and store in a decentralized platform and also get rewarded while doing it. The essence is to prevent the depreciation and degrading of data stored on the traditional web space.