The launch of Bitcoin nonfungible tokens (NFTs) — known as Ordinals — has tipped the number of non-zero Bitcoin addresses to a new all-time high of 44 million, according to crypto analytics platform Glassnode.
In a Feb. 13 report from Glassnode, the firm explained that for the first time in Bitcoin’s 14-year history, a portion of network activity is being used for purposes other than peer-to-peer monetary Bitcoin (BTC) transfers:
“This is a new and unique moment in Bitcoin history, where an innovation is generating network activity without a classical transfer of coin volume for monetary purposes.”
Glassnode explained that the Ordinals surge has contributed to a “short-term uptick in Bitcoin network usage of late” which has brought many “new active users” with a non-zero BTC balance to the network:
Number of Bitcoin addresses with a non-zero balance. Source: Glassnode.
“The primary source of this activity is due to Ordinals, which instead of carrying a large payload of coin volume, is instead carrying a larger payload of data and new active users,” said Glassnode.
“This describes a growth in the user base […] from usage beyond the typical investment and monetary transfer use cases,” it added.
A new player competing for block space
Glassnode noted that Ordinals is now competing for block space demand, which is “creating upward pressure on the fee market,” but noted that this hasn’t led to a significant increase in Bitcoin transaction fees.
According to Glassnode, since Ordinals launched on Jan. 21, the upper range of the mean Bitcoin block size has increased from 1.5-2.0 MB to 3.0-3.5 MB in a matter of weeks.
Mean Bitcoin block sizes over the last three months. Source: Glassnode.
However, this hasn’t led to a surge in fees. While there have been some short-lived spikes, Glassnode stated that a “new lower bound transaction fee required for block inclusion” has been reached since Ordinals made their mark on Jan. 21.
Median transaction fees on the Bitcoin network over the last five years. Source: Glassnode.
The technological applications behind the Ordinal protocol were enabled by the…
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