A Crypto Primer: What Preppers Need to Know

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by Dominic Truces

Cryptocurrencies can be incredibly confusing, and for many, this leaves them wishing for a 101 class – a crypto primer, if you will – to help them to understand this magical internet money.

That’s the phrase I first used, somewhat jokingly, to describe Bitcoin to some crypto-naïve friends back in 2012. Blockchain has come a long way since then, but a lot of people still either describe it this way or have a conception which boils down this. At the time though, it did feel somewhat magical, despite the fact that the first primary use cases centered around illicit activity (which left an indelible taint that haunts the blockchain industry to this day).

Most people have only recently become aware of cryptocurrency and blockchain. Consequently, most people have no idea of its origins or what things were like in the early days. Bitcoin used to be something far different than it is today.

In the early days of Bitcoin, because few people really understood how it worked, investors would send and receive units of Bitcoin to gain a better understanding of the investment they had made. They saw their BTC leave one wallet and enter another wallet within seconds.

During the early 2010s, instantaneous payment tools such as Venmo, Cash App, Apple Cash, and Zelle did not exist. Options for sending money were limited. An ACH transfer took several days and wiring money could take several hours at a cost of around $25, whereas Bitcoin fees were less than a cent. Bitcoin had a magical feel to it.

Bitcoin used to be fast, cheap, and actually used for transactions. At least, that’s how it was for the people who actually went through the hassle of getting a wallet, downloading the entire blockchain onto your computer to have a copy of every single transaction stored locally, finding a miner or someone else willing to sell you Bitcoin, and paying them directly to send it to you. The only alternative for most people to get Bitcoin was Mt. Gox, initially created to trade Magic: The Gathering cards, but was well known for being an extremely risky proposition.

It was a hassle only tech nerds and people with few other options would push through. But it was what it purported to be: a peer-to-peer electronic cash system.

So what happened? Why is the Bitcoin we see today expensive to transfer and largely marketed as a “store of value” and “digital gold” instead of peer-to-peer electronic cash?

In a word, Blockstream happened, but its far more complex than that.

To get a better understanding, a brief history lesson will help

Remember that indelible taint from the first use cases? The Bitcoin community didn’t want crypto relegated to the status of a dark web currency for criminals and tried to reign itself in. The Bitcoin Foundation was created in 2012 and brought on the protocol’s lead developers to improve its image.

That didn’t work. Much of the community criticized the Foundation for trying to work with government and regulators to improve Bitcoin’s image, and the presence of high-profile disasters such as the Mt. Gox CEO resigning from the board after the exchange’s collapse (and the arrest of another board member for involvement in the Silk Road drug incident) did little to help.

In 2014, a lot of the developers banded together to try and fix things. They started Blockstream to develop an ecosystem of companies and developers building “trustless cryptographic infrastructure.

It originally sounded like a good idea. Bitcoin had previously grown completely organically and the number of altcoins had begun to grow substantially, most of which have since effectively disappeared. Organizing the development of the industry certainly seemed like a great way to streamline the entire ecosystem, which was starting to explode as more and more development teams continually created more and more forks, currencies, and projects in the space.

But Blockstream, like many startups, went out and raised money from venture capitalists. As a result, they ended up at least partially owned by a lot of large financial institutions.

Mainstream adoption of Bitcoin posed a serious threat to the powers that be

A digital asset that you can own and hold outside a centralized system poses a serious threat to legacy finance and the people who control the global monetary system.

The WEF brags that by 2030, we will own nothing, but we’re already almost there. How much physical cash do you have, versus what’s in your bank and credit accounts? How many physical stock certificates do you possess, versus what’s in your 401(k) prospectus? How many people reading this truly own their homes?

In truth, we own almost nothing. Even if you have a fully paid off house, the government still owns it via property taxes which they can raise until you’re unable to pay them if they really want to tighten the screws. Bitcoin threatened this by enabling an alternative system for ownership of everything that stood entirely outside their control.

This is why it had to be stopped.

Bitcoin had to be crippled for the global elite to maintain their control.

Most people don’t know that the original Bitcoin protocol was far different than it is today. Bitcoin, as represented by BTC, was intentionally crippled by Blockstream after they started receiving large investments. They deliberately broke Bitcoin by limiting the block size and removing all its extra functionality.

This was done ostensibly to preserve decentralization, but in practice all it did was eliminate almost every use case for Bitcoin. It drove up transaction fees, greatly limited transaction speeds, and made it so all you could do with Bitcoin was send it from one person to another, albeit much more slowly and costly than in the early years.

The developers who have assumed control of the main Bitcoin code value decentralization so highly that they intentionally prevented Bitcoin from achieving scale. By imposing technical constraints on the amount of data that could be written to the Bitcoin database and removing the native programming language which enabled much of Bitcoin’s functionality, the initial developers of Bitcoin transformed BTC into what they consider to be state-free money or “digital gold”. One of Multicoin Capital’s three “crypto mega theses” is that global state-free money, like BTC, will be able to capture a market they value at $100 trillion.

Destroying Bitcoin’s scalability resulted in a network that is slow and expensive, even at a level of usage that is miniscule relative to the valuation of the currency. Today (5/1/2020), BTC’s transaction fees hover at around $1.80 but have reached as high as $50 in times of peak traffic. BTC’s lack of scale has eliminated the possibility for most of Bitcoin’s revolutionary features and use cases. Since BTC’s only remaining value proposition is trustless, censorship resistant “digital gold,” which necessitates that the network doesn’t scale, BTC indeed does not scale. With scale topping out at around seven transactions per second, we don’t see how mainstream adoption is feasible.

This is not what it was supposed to be. This is not the peer-to-peer electronic cash Satoshi described.

So what actually is Bitcoin now, if its no longer what it was originally supposed to be?

I regularly see accusations leveled at Bitcoin.

  • It’s a government honeypot.
  • It’s a Ponzi scheme.
  • Its backed by nothing and has no intrinsic value.
  • It will be useless in an SHTF scenario.

In truth, it is all of these and none of these at the same time.

It’s highly unlikely that Satoshi was some government operative. I personally believe Satoshi was wise to go into hiding, as the likelihood of assassination was probably rather high. It may come out that one of the people claiming to be Satoshi actually is, but its highly improbable that he glows in the dark.

However, it makes sense that people believe that. Crypto certainly looks like the sort of scheme a government operative would dream up, and the growing talk of Central Bank Digital Currencies (CBDCs) certainly gives that theory more credence. However, CBDCs are a perversion of crypto, not a successor to them.

The idea of Bitcoin as a honeypot revolves around the store-of-value narrative, but Bitcoin was never supposed to be a store of value. It was supposed to be a publicly accessible database, which enabled payments from one person to another by accessing database records and writing new information.

That’s the electronic cash system

A mechanism to directly transfer money by moving it from one account in a publicly accessible ledger to another without having to go through an intermediary and attaching any additional information to that transfer you need for the transaction to be properly understood.

The store-of-value narrative has indeed effectively created a pseudo-Ponzi scheme. It was certainly not designed to be a scam, but the crippling of Bitcoin and reduction to one use-case has made it into a game of musical chairs. Everyone will make money as long as everyone holds, but eventually people will start cashing out and someone will be left without a chair.

In truth, this describes pretty much every asset. Early buyers benefit from price appreciation and push the price down when as sell. The difference is that with other assets like stocks, you own something which continually produces revenues.

Bitcoin, and other cryptos, by and large produce no revenues. There are exceptions, but those of us working on such projects generally avoid describing them that way lest we summon the wrath of the SEC. And so the assertion that cryptocurrencies have no underlying value has merit, although there are security tokens which are effectively company stock, tokens which are backed 1-to-1 by precious metals in audited reserves, and tokens which enable holders to earn stablecoins (cryptocurrencies pegged 1-to-1 to another asset, usually a fiat currency and most commonly USD) that can be quickly cashed out.

It is also true that none of this will matter if you are a prepper, because when SHTF, no asset which relies on the internet or electricity will have any utilization. However, insofar as cryptocurrencies are concerned, this will only affect you if you make the foolish mistake of not keeping your crypto in a wallet or if everything falls apart.

If the latter happens, the best preps will likely be food, lead, and pharmaceuticals. In an SHTF scenario where the internet doesn’t completely go down, crypto might actually be preferred in certain situations. It all depends on what actually happens, and since we can’t accurately predict the future, all we can do is hedge against possible scenarios.

One other accusation that is often leveled at Bitcoin, and crypto in general, is that the government can simply “turn it off”. This is entirely false – preventing this has always been one of the industry’s major drivers. The only way for the government to “turn off” crypto, or to block you from accessing it, is to completely shut down the internet. Even then, assuming you didn’t make Crypto Mistake Number One and fail to put your crypto in a wallet, you will still own and have access to your entire portfolio.

If you put your crypto in an offline paper wallet, you can even trade it the same way you would trade physical currency. Granted, if the internet was completely offline then nobody would be able to verify that the paper wallet was indeed loaded with the amount of crypto you said it had, but there are ways around that issue and your assets would be secured either way. Most people who have been in crypto for a long time hold much of their assets in paper wallets.

Regardless, all of these issues have arisen because Bitcoin itself was intentionally crippled. If that hadn’t happened, you wouldn’t even be reading this because the questions surrounding Bitcoin’s usefulness by and large wouldn’t exist. Similarly, all the problems with the various tokens that have been built on top of various blockchains mostly come from the fact that they’re built on flawed blockchains. Had BTC been allowed to persist in its original form, most of these tokens that address niche issues would have far fewer issues.

Why Bitcoin and not one of the many other altcoins?

Up until now I’ve focused almost entirely on Bitcoin because that’s the one almost everyone who isn’t in the blockchain space things of when they think of crypto. Further, most people attribute all the flaws and accusations towards Bitcoin to all the other projects in the space.

There’s some truth to that assertion. The ICO craze of 2017-2018 certainly did the space no favors. Also, many of the alternatives that have proliferated are inherently damaged by their progenitor. They all try to solve niche problems with Bitcoin while keeping the rest of the puzzle intact, without realizing that isn’t really possible.

Computer scientists will nitpick my explanation of “global state” in this context, but in a blockchain context, what is typically meant by global state is the ability for transactions to access the information about any account or smart contract. This is critical for DeFi.

DeFi is built on the idea that smart contracts can follow one another and execute automatically as things happen within the blockchain ecosystem. This transparency and interactivity is the selling point.

The problem is the interdependence of transactions. All of the information needed to process a transaction is not within the transaction itself. One has to reference that transaction against the global state. If a smart contract wants to send ether from you to me, it needs to check that you have the ether. Depending on the ordering of transactions, the results could be totally different. This requirement ultimately demands serial processing of transactions – processing them one after another in the same order by every network operator. Optimizations can be made, but the same problem will always rear its ugly head.

Whether they envision crypto as a global supercomputer, a censorship-resistant store of value, a fully anonymous peer-to-peer currency, or something else entirely, almost every alternative to Bitcoin focuses on addressing one niche problem created by the crippling of the original Bitcoin protocol. This was why Bitcoin Cash (BCH) and Bitcoin SV (BSV) were spun off from BTC – their creators intended to restore what they saw as Bitcoin’s original functionality.

It’s important to note that there’s a difference between tokens, which are Layer 2 solutions, and native coins, which are Layer 1 blockchains.

Projects like Monero (XMR), Cardano (ADA), Solana (SOL), Dogecoin (DOGE), and Ethereum (ETH) are Layer 1 blockchains like Bitcoin. They run on their own networks. They exist independent of every other crypto asset and would still work even if every other crypto died tomorrow.

Layer 2 solutions are tokens built on top of the Layer 1 blockchains. Tether (USDT), Shiba Inu (SHIB), Uniswap (UNI), Chainlink (LINK), Basic Attention Token (BAT), and Filecoin (FIL) are all examples of Layer 2 solutions. They are tokens built on top of other blockchains, and as a result they require the user to hold some of the base blockchain token to use them. BAT, for example, is built on ETH. Sending or using BAT requires you to have some ETH in the same wallet address.

The Layer 2 solutions address a very different set of issues than the Layer 1 blockchains. Most of the Layer 2 tokens can be deployed on any Layer 1 chain that supports tokens. Most choose Ethereum, but there are many options, and a lot of projects deploy on multiple chains.

Personally, it is my belief that there are a series of reckonings coming for the blockchain industry. While most governments have permitted most cryptos to forge ahead, it seems increasingly likely that many authorities will drop a nuke on most alternative projects that are operating on the fringes of “security” status within short order. When that happens, many major projects will vanish quickly or see their valuations plummet. That will be the first reckoning, and probably around 90% of projects will die.

The second reckoning will be for projects that aren’t working closely with the authorities in some way. A lot of projects in the cryptocurrency space have a “screw the authorities” mindset, even if they are nominally compliant. It’s pretty inherent in the space, and is one reason the assertion of being a government honeypot often leveled at the entire industry is so amusing.

Regardless, even though most legitimate projects are run by preppers, libertarians, anarcho-capitalists, and those of similar ideologies, (all of which are often targeted) many of them recognize the need to play by the rules lest they get crushed by the government. Those projects, especially the ones built on top of Bitcoin, Ethereum, and their forks, will likely be the only ones that survive the second reckoning which will probably claim another 75% of those which remain.

Each of these reckonings will push up the value of all remaining projects, but eventually there will probably only be one single Layer 1 chain which survives. The projects built on it will do well, while the others will have to quickly redeploy onto it or die.

I have a theory as to which blockchain this will be, and it’s not an extremely popular one, but only time will tell. BTC has the momentum and the branding, but when you see blockchain and crypto as a public database rather than a niche solution or a store of value, what blockchains actually are and which one will likely be the last one standing become far clearer.

What are your thoughts?

What do you think about cryptocurrency? Does this article explain it thoroughly? Even if you’d never use them, do you understand them better? Let us know in the comments.

About Dominic

Dominic Truces is a serial entrepreneur who has lived all over the US. He’s launched projects in industries ranging from humanitarian relief to decentralized finance. He does his best to remain an impartial conveyor of raw information, but urges everyone to do their own research and synthesize their own conclusions rather than just listening to what they’re told, no matter how big the speaker’s megaphone might be (including himself).

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  • WOW, what a one-sided portrayal of the Bitcoin story, and misdirection on the benefits of BTC. Lots to correct here!

    1. When Satoshi wrote of “electronic cash” in the whitepaper, the important aspects were peer-2-peer transactions (no approval needed by a middleman) and finality (no takebacks), just like paper cash.

    2. Comparing to payment systems like Paypal, Venmo etc makes NO SENSE. If Satoshi wanted to launch Bitcoin as a fast payment system, he wouldn’t have designed it with 10-minute block times and resource-intensive Proof of Work consensus like he did. This allows for worldwide transaction propagation and ensures transactions aren’t censored.

    3. The reason Bitcoin Core/Blockstream proponents focused on maintaining small blocksizes in Bitcoin was NOT to constrain/cripple the blockchain, but rather to ensure that regular people can afford to run their own nodes (where true decentralization comes from). Otherwise, you end up with systems like Ethereum, Solana, Bitcoin Cash etc where only a few people can afford the massive servers needed to store the full blockchain. For comparison, BTC can easily be run on a cheap old laptop or Raspberry Pi system.

    4. Regarding Bitcoin transaction fees, you mention that they have spiked up to $50, but the last time that happened was in 2017, before BTC added the scaling innovations of Segwit and transaction batching, which have kept fees under $2 lately.

    5. You also completely neglected to mention BTC’s layer 2 network of Lightning, which allows for practically free, instant transactions. This was the sole innovation that allowed El Salvador to turn Bitcoin into one of their legal currencies. THIS is how Bitcoin will be used for payments without compromising the security benefits of Layer 1. Omitting this is incredibly misleading.

    6. If people wanted the version of Bitcoin that you’re depicting, they could purchase Bitcoin Cash (BCH) or Bitcoin SV (BSV). However since those versions “forked” off of Bitcoin BTC years ago, they have gone DOWN 10X in price, whereas BTC has gone UP 10X in price, i.e. the market is not interested in what you’re selling.

    7. You’re right to point out the issues with “global state” (account-based systems) in computing/blockchains, but BTC and Cardano (ADA) don’t use “global state” and instead rely on UTXO-based transactions.

    8. Your theory that there will only be one Layer 1 blockchain go-forward is ridiculous. It will be a “multichain world”. Each chain will optimize for a particular use case, just as Bitcoin was optimized to be digital *money*, i.e. the foundation of a financial system (or digital gold as you refer to it). Other blockchains (Ethereum, Cardano, Solano etc) will work to become the tech platforms of the blockchain worlds, similar to what Apple, Google etc do in the current Web 2.0 world.

    • “Crypto Primer” or Bitcoin Basher? There’s a lot more to crypto than Bitcoin, and this whole article is whack.

      There are so many coins and tokens that actually perform services that will make the world more private and secure. Theta, Holo, Veritaseaum, for example, all hold patents that will overturn so many old legacy technology companies.

      Michael Murray should have written this article. He knows more about crypto than Dominic appears to.

      • Thanks Jack! I agree that the crypto space has SO MUCH potential for “righting the wrongs” of our current systems. I also love The Organic Prepper, but was disappointed to see this piece potentially mislead so many curious newcomers.

  • I wouldn’t bother with cryptocurrency mainly due to the issues you mentioned with the internet. It the internet goes down, regardless of who brings it down, cryptocurrency will be totally useless.

    • Actually the interruption in internet would not affect the content of the ledgers in the blockchain. The network distributes the transactions across thousands of computers. As soon as internet is restored, transactions would resume.

      There’s already ways to establish offline transactions through SMS, DBVT, and even mesh (node-linked) networks, plus a host of high-end last mile initiatives currently being developed (Gotenna, Blockstream, etc.). Something will come up soon.

      It’s still out of reach for most users though, and would imply a period of adaptation for things to really flow. But as a mid to long term wealth storage mean, this should not matter as much.

      Of course, a crash on the internet by an EMP, CME or a cyberattack (or whether) would mean worldwide chaos, so there’s that too. No way to know the full consequences, much less if BTC would still matter.

      • My take is, Fabian, it surely would matter. The volume of wealth some thugs (including the local ones down here) have “invested” in cryptos is amazing! And they won’t allow so much money go to oblivion. Therefore, they will destroy and kill whatever and whoever they need, in order to avoid losing that much $$$. That’s why I’m sure cryptos will be here for a long time.

  • There are also portable wallets or cypher keys that look like a USB stick. You can transfer super fast.

    The other blockchains you basically have to pay for to get and cant “mine”

    As for use with bitcoin you know with absolute certainty how many coins are possible it can never be added to hence the perceived value.

    As for uses so long as there are illegal items and monetary controls in any country this will have worth. There are always transactions you will pay cash for … well bitcoin is better than cash because you can carry a trillion usd at current value on 12 grams…it subdivides easy and you can hide it and secure it reasonably well.

    With how the nwo wants to have everything monitored this will be a commodity until the lights go out then welm its guns drugs water and food

  • Great history, but I wish I better understood the nuts & bolts of how these cryptos work. As of this moment, I do not.

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