Obviously, like all of crypto, it is extremely risky and can go to 0. That said, given the magnitude of potential outcomes, it just doesn't have to succeed that often to make it a massively +EV bet
While my time investing in crypto and previously playing poker has gotten me used to experiencing large daily personal net worth volatility, it's never a pleasant experience
Short thread (by my standards...) with some ramblings that help me get through it 👇
Obviously, like all of crypto, it is extremely risky and can go to 0. That said, given the magnitude of potential outcomes, it just doesn't have to succeed that often to make it a massively +EV bet
Unlike early stage tech, crypto investors will have liquidity, i.e. the possibility, and thus the temptation, to sell
This is both a blessing and a curse
Crypto, as early stage tech, is much riskier than established public companies and thus even higher vol too
However, one should not let the liquidity take advantage of us
However, the fundamentals themselves rarely change that much in such short periods of time and so neither should one's investments
Occasionally they may prompt a reevaluation of the thesis, but if one is investing based on fundamentals this should imo be rare
Beware of the rationalisations for selling that spring up during downturns
If anything, it should happen more during upturns as the investment becomes more expensive and therefore riskier
For most of us working + investing in the space, our net worths are already extremely correlated to crypto prices
More from Crypto
"Blockchain technology is energy-intensive..." => No, it doesn't have to be.
Let's look at Proof-Of-Stake, an alternative to the energy-intensive Proof-Of-Work algorithm.
🧵🔽
1️⃣ A Quick Recap On Proof-Of-Work
A Proof-Of-Work algorithm requires miners to do a certain amount of work that is compute-intensive to gain access to a service or the right to do something. This algorithm, by design, also requires that the work done shall not ...
... be reusable for anything else than what it was performed for. This lies at the core of the security concept of a blockchain. To gain the right to append a new block to a chain and to get some currency as a reward, there is work to be done, and this work must be verifyable.
That work is a race between different miners. Many miners try to compete and to be the first to find the answer to a problem presented to them. This implies that a lot of energy is wasted as only the first correct solution is accepted.
You can find a more detailed thread on Proof-Of-Work
Let's look at Proof-Of-Stake, an alternative to the energy-intensive Proof-Of-Work algorithm.
🧵🔽
1️⃣ A Quick Recap On Proof-Of-Work
A Proof-Of-Work algorithm requires miners to do a certain amount of work that is compute-intensive to gain access to a service or the right to do something. This algorithm, by design, also requires that the work done shall not ...
... be reusable for anything else than what it was performed for. This lies at the core of the security concept of a blockchain. To gain the right to append a new block to a chain and to get some currency as a reward, there is work to be done, and this work must be verifyable.
That work is a race between different miners. Many miners try to compete and to be the first to find the answer to a problem presented to them. This implies that a lot of energy is wasted as only the first correct solution is accepted.
You can find a more detailed thread on Proof-Of-Work
Proof-Of-Work is the name of a cryptographic algorithm that is used for some blockchains when new blocks are to be appended to the chain.
— Oliver Jumpertz (@oliverjumpertz) April 3, 2021
Let's take a higher-level look at how this one works, shall we?
\U0001f9f5\U0001f53d
