A thread about Network Effects and how to value digital assets:
For Global Macro Investor, my independent research service, @Remi_Tetot and I spent a long time analysing various on chain data sets to see what were the key drivers of network price and network effects ...
For Global Macro Investor, my independent research service, @Remi_Tetot and I spent a long time analysing various on chain data sets to see what were the key drivers of network price and network effects ...
Ok, but what drives this adoption?
Clearly, everyone owning a part of the network creates alliance of interests which leads to exponential growth...
And, simply put, blockchain is just a better way of doing things in the digital, exponential age.
Clearly, everyone owning a part of the network creates alliance of interests which leads to exponential growth...
And, simply put, blockchain is just a better way of doing things in the digital, exponential age.
In a digital world, everything trends towards zero in cost driven by Moore Law and other phenomena.
But blockchain changed all of that. It created verifiable and immutable digital scarcity allowing an explosion of use cases in the Layer 1, Layer 2 and applications layer
But blockchain changed all of that. It created verifiable and immutable digital scarcity allowing an explosion of use cases in the Layer 1, Layer 2 and applications layer
We now know that Metcalfe's Law is the key valuation model for digital assets but its a hard formula to apply and Im a bit of an idiot so I wanted to find an approximation that helps understand network value.
After a lot of work, trial and error, this is the answer I found:
After a lot of work, trial and error, this is the answer I found:
THE VALUE OF A DIGITAL ASSET NETWORK IS DRIVEN BY
DAILY TRANSACTION VOLUMES (IN DOLLARS OR UNITS OF VALUE)
X
NUMBER OF ACTIVE USERS
DAILY TRANSACTION VOLUMES (IN DOLLARS OR UNITS OF VALUE)
X
NUMBER OF ACTIVE USERS
When you apply this formula to digital asset networks, you get a really good fit.
Here is Bitcoin #Bitcoin
Here is Bitcoin #Bitcoin
Here is #Ethereum
As we get more data we will keep building more of these to test our hypothesis but I think it will apply to all networks, even to NFT communities (most likely pfp's and not art).
This allows us to know if a network is getting true adoption and how it will effect price or market cap.
Im guessing that we can then build models around rates of change in the network to give signals.
Im guessing that we can then build models around rates of change in the network to give signals.
That same metric doesn't apply to chains that have high transaction volume but don't burn tokens. For those chains, it's the daily volume in dollars (or units of value) that matters NOT the number of transactions.
What is interesting is that price is not an input into the model.
What it says is that the value of a network is how much value gets transferred and how many people are active participants transferring that value.
What it says is that the value of a network is how much value gets transferred and how many people are active participants transferring that value.
Each chain creates value for different reasons - BTC for pristine collateral, security and SOV brings large numbers of users transferring large sums of value. Hence why it is the most valuable network,
Before the pedants talk about dual axis etc. I am just trying to find a best approximation, not a mathematically elegant and perfect formula contextualisation and understanding beats perfection.
I hope you find this work useful in gaining understanding how these digital asset networks accrue value. To truly build value, they need use cases that transfer large ongoing volumes between lots of users.
End.
End.
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