“At its core, bitcoin is a smart currency, designed by very forward-thinking engineers. It eliminates the need for banks, gets rid of credit card fees, currency exchange fees, money transfer fees, and reduces the need for lawyers in transitions… all good things.” – Peter Diamandis
Dear First Mates,
Bitcoin and other cryptocurrencies (“crypto”) delivered massive returns in 2020 and 2021 (around 500% to be precise). The digital asset space is an emerging asset class with lots to learn about. So, with your permission, I’d like to focus my next three newsletters on this fascinating arena that I’m extremely bullish on.
May 2021: Blockchain, Cryptocurrencies, and Bitcoin
June 2021: Ethereum, DeFi, and NFT’s
July 2021: Portfolio implementation and execution
Each newsletter will be supplemented with hyperlinks to excellent articles and videos to help you get up to speed. I highly recommend reading and watching these additional resources because they will further clarify the mystery of cryptocurrency beyond what my newsletters provide.
Before you can understand cryptocurrencies such as Bitcoin and Ethereum, you must first understand the technology that powers them all—the blockchain! Now, let’s get going!
Blockchain
Cryptocurrencies, like Bitcoin and Ethereum, are powered by a technology called blockchain. Essentially, a blockchain is a large database of information. The database is managed by a peer-to-peer network of computers (“nodes”) where all network users can work collaboratively. Information is stored on the network as connected blocks of time-stamped data that anyone can view and verify. Since the data is on all the nodes, the data is safe even if some users are hacked. The protocol creates a system of governance through math and technology without the need to trust a third party. Here are some key attributes of blockchain technology:
1) Decentralized: No company, country, or third party controls the network.
2) Digital: Data accessible from a computer or mobile phone exists in electronic form.
3) Global: Money or data can be sent anywhere around the globe – quickly and inexpensively.
4) Open: These networks are open to all to use or participate in the development of the system.
5) Immutable: This helps reduce the chance for internal actors to manipulate data for their benefit.
6) Pseudo-anonymous: Transactions are generally linked to public addresses with no personal information.
7) Secure: New blocks of information are encrypted by cryptography.
8) Transparent: Anyone can review the blockchain transactions and then act based on observable activity.
9) Censorship-resistant: No single actor can censor a given network transaction.
10) Trustless: Because no centralized institutions govern the currency, people interact without requiring a trusted third party.
Blockchain has the potential to transform our economy. According to PWC, this technology may increase our GDP by $1.76 trillion over the next decade. Many large firms already use blockchain tech, and investors are hungry to invest in blockchain-related businesses. Some even argue blockchain is the next evolution of the internet—Web 3.0.
Bitcoin
Bitcoin (“BTC”) is the largest and most popular cryptocurrency today, with a market cap of over $1 trillion. BTC earned its popular reputation because it was the world’s first blockchain and cryptocurrency, created by the mysterious Satoshi Nakamoto in January 2009. Some people contend that Satoshi created it to fight back against the perceived corruption of the banking system at the time. There are no physical bitcoins; only balances are kept on its blockchain ledger. Bitcoin operates differently from government-issued (“fiat”) currency in that its creation is set ahead of time by an algorithm that states the total supply will be 21 million Bitcoin. One bitcoin is divisible to eight decimal places, with the smallest unit referred to as a Satoshi, allowing for the smallest of investments.
But where do Bitcoins come from exactly? That is where miners come in. Bitcoin mining is the process by which bitcoins are released into circulation. Bitcoin miners receive Bitcoin as a reward for completing “blocks” of verified transactions that have been added to the blockchain. They use very sophisticated computers that solve complex computational math problems. Miners are integral as they mine new Bitcoins, process transactions, and secure the network.
Last of all, Bitcoin should be mined by the year 2140, when no new Bitcoin will enter circulation. Finally, many Bitcoiners view it as a tool to protest the fact that fiat money and the centralized financial system are not level playing fields, that too much power rests in too few hands, and that Bitcoin is the democratization of money – money by the people, for the people.
Cryptocurrencies
Cryptocurrencies are digital, deregulated currencies based on blockchain technology. You can think of it as internet money that can be used to buy and sell goods and services by any vendor who accepts it. Or you can think of blockchain as the railroad tracks, with the cryptocurrencies being the box cars riding on top of those tracks. Like all blockchains – there is no need for a middleman – like a government or central bank. Instead, it is powered by blockchain that is supported by a loyal community of network participants. A cryptocurrency blockchain is like a bank’s balance sheet or ledger that records every transaction made using that currency.
Crypto empowers people to send money for low fees globally, nearly instantly, 24/7. Thousands of different cryptocurrencies are currently trying to modernize our technologically outdated financial system. As of April 2021, the crypto market’s value hit an all-time high of $2 trillion! With that in mind, investing in cryptocurrencies is most certainly not without risk. The main risks include regulatory, technological, and competition risks, which you can read more about here. We will dive deeper into these risks in Part III of this newsletter series.
There are three broad types of cryptocurrencies:
1) Bitcoin
2) Altcoins – any cryptocurrency that is not Bitcoin
3) Tokens – these cryptocurrencies do not have their own underlying blockchain, so they are built on top of another cryptocurrency’s blockchain
You can also bucket cryptocurrencies in four subcategories:
1) Privacy coins – cryptocurrencies that focus on providing private transactions
2) Stablecoins – cryptocurrencies that are pegged to “stable” assets, such as fiat currencies, to reduce price volatility.
3) Exchange tokens – cryptocurrencies created by crypto exchanges to be used on their own trading platform.
4) Central Bank Digital Currencies (CBDCs) – cryptocurrencies created or backed by a central bank. Most countries are expected to digitize their national currencies in the future.
In conclusion, blockchain and cryptocurrencies are still in their infancy and are powerful technologies transforming the world. The more people trust it, the quicker it will grow. In fact, many people worldwide lack access to traditional financial services. Bitcoin, and cryptocurrencies in general, could help bank the unbanked, protect people from hyperinflation, or even help educate the next generation. While this might not be a concern for U.S. citizens, it most certainly is for people in third-world countries (e.g. Africa, Venezuela). Some people even view crypto as the next logical phase in the evolution of money! After all, money is both an idea and a matter of faith or belief in it. The era of decentralization may be upon us! In next month’s newsletter, we will explore the second largest cryptocurrency today, called Ethereum – and so much more!
Resources
The Internet of Money: A collection of talks by Andreas M. Antonopoulos
The Bitcoin Standard: The Decentralized Alternative to Central Banking
What is Bitcoin?
Dave’s Picks
The Truth About my Son
The Shark Is Still Working JAWS Documentary
Stevie Wonder – Superstition (1974)
