Connelly Bitcoin Partners

Tag: blockchain

  • The Language of Money

    We’ve Been Speaking it Wrong 

    Money is a cooperative technology. That’s what it was built to do. Before it was a commodity, before it was a policy instrument, before it was a weapon, money was the language that let strangers work together without needing to trust each other personally. A farmer grows wheat. A blacksmith forges tools. They have never met. Money lets them collaborate anyway, because it carries a simple message: your work has value, my work has value, and here is a shared grammar we can use to recognize that.

    This is so fundamental that we forget it. We think of money as something you earn, spend, save, invest. Something that moves between people. But before it moves, it speaks. It says: I see what you did, and it mattered.

    The earliest money we know about wasn’t coins. It was ledgers. Clay tablets in Mesopotamia, roughly five thousand years ago, recording obligations within a community. This farmer contributed grain to the storehouse. This builder repaired the canal. The tablet wasn’t tracking exchanges between adversaries. It was tracking contributions among participants in a shared project called “we all survive this year.”

    Money was the memory of cooperation. That’s all it was.

    So what happened?

    Somewhere along the way, we stopped saying “cooperation” and started saying “transaction.” And that shift wasn’t cosmetic. It was architectural.

    Feel the word. Trans-action. Action across a boundary. The moment you frame money as transactional, you’ve introduced a boundary between the participants. Now there are two sides. Now there’s a buyer and a seller. Now someone got the better deal and someone didn’t. Now there’s information worth hiding, because if I know something you don’t about what we’re exchanging, I win.

    The entire vocabulary of commerce lives inside this frame. Leverage. Arbitrage. Competitive advantage. Information edge. Proprietary data. Trade secrets. None of these words exist in a cooperative grammar. Every one of them is native to a transactional one.

    And the transactional frame didn’t emerge because people got greedier. It emerged because someone captured the ledger.

    Go back to those Sumerian clay tablets. The temple controlled them. And the moment a third party controls the memory of cooperation, that third party can edit the memory. They can add a line that says the temple is owed a percentage of every contribution. Not because the temple grew grain or dug canals, but because the temple keeps the record.

    The temple becomes the first intermediary. And the intermediary needs a justification. So the framing shifts. It is no longer “we are all contributing to a shared project.” It becomes “you owe the temple, and the temple owes you, and these are separate accounts.” Two sides. A boundary. A transaction.

    Cooperation doesn’t need a middleman. Transactions do. So the middleman reframes cooperation as transaction, and suddenly the middleman is essential.

    Every monetary system since has repeated this move. Rome puts Caesar’s face on the coins, routing every exchange through imperial authority. Medieval Europe routes commerce through the Church and the crown. The Bank of England. The Federal Reserve. Same architecture across five millennia. A third party inserts itself into the cooperative language, reframes it as transactional, and extracts rent from the reframing.

    And here is the part that matters: every time the ledger keeper gains control, secrecy follows. Not as corruption. As structure.

    The temple priests knew things about the community’s obligations that the community didn’t know about itself. That information asymmetry was the source of their power. Every intermediary since has operated on the same principle. Your bank knows your balance, your debt, your payment history, your risk profile. You don’t know theirs. The asymmetry isn’t a flaw. It’s the product.

    Once the grammar is transactional, secrecy becomes rational. You’d be a fool to show your hand in a negotiation. You never reveal your cost basis. You never let the other side know how badly you need the deal. The language itself teaches you to hide.

    And this is where the story connects to the headlines.

    Jeffrey Epstein sat exactly where the temple priests sat. At the ledger. He knew who owed what to whom, who had been where, who had done what. He was the keeper of a private record of obligations, and that record gave him power over everyone in it. The powerful came to his table for the same reasons powerful people have always come to such tables: access, introductions, money, favors. The transactional grammar that governs our world made his position not just possible but inevitable.

    People want to call Epstein an aberration. A monster who broke the system. But the system wasn’t broken. The secrecy didn’t emerge because people are bad, although bad people are certainly attracted to this sort of arrangement. The secrecy emerged because the structure demands it. Epstein didn’t break the system. He industrialized it.

    Before Epstein, the same output was produced in smaller batches. Royal courts. Gentlemen’s clubs. Private salons where favors were traded and secrets accumulated by whoever controlled the guest list. The product was always the same: leveraged secrecy in a transactional grammar. Epstein built the factory.

    And here is the question that should keep us up at night. Not “how do we prevent the next Epstein?” but “what kind of monetary language keeps producing them?”

    Because the answer to the first question is always the same. More regulation. More oversight. More committees. More inspectors. And every single time, the people who control the transactional language co-opt the reformers. They hire the regulators. They fund the campaigns of the overseers. They donate to the institutions that are supposed to hold them accountable. This is not conspiracy. This is the language working as designed. In a transactional grammar, the most fluent speaker always wins.

    The answer to the second question is different. It asks us to look at the grammar itself.

    What if the language of money could return to its cooperative roots? Not through legislation or moral improvement, but through design?

    This is what Bitcoin does. And it does it in a way that maps directly onto the problem we’ve been tracing.

    Bitcoin removes the intermediary from the ledger. There is no temple. There is no priest. There is no third party who controls the memory and edits it in their own favor. The record of who contributed what is shared, public, and immutable. No one can add a line that says they are owed a cut for the privilege of keeping score.

    Without an intermediary extracting rent, there is no structural need to reframe cooperation as transaction. Without a transactional frame, there is no structural incentive for secrecy. The grammar changes, and with it, the kind of sentences that can be composed. 

    You cannot build an Epstein operation on a transparent ledger. Not because the technology prevents crime through force, but because the language no longer supports the necessary constructions. The dark rooms where leveraged secrets accumulate simply don’t exist in a grammar that records everything openly and permanently. Every satoshi has a history. Every sentence in Bitcoin can be parsed against the actual record. The double meanings that fiat permits, the “consulting fees” that are really payments for silence, the “donations” that are really purchases of legitimacy, Bitcoin’s grammar doesn’t accommodate them.

    This won’t make people virtuous. People will always be people. But it changes what the language rewards. A cooperative grammar rewards contribution. A transactional grammar rewards secrecy. We have been speaking the transactional language for five thousand years, and we keep being surprised when it produces what it was designed to produce.

    The Epstein files are not the end of a story. They are the latest chapter in a story that began when the first temple priest picked up the first clay tablet and realized that controlling the memory of cooperation was more profitable than cooperating. Every generation since has produced its own version. The names change. The architecture doesn’t.

    Until the language does.

    Bitcoin is not a better transaction system. It is a different language. One whose grammar remembers what money was before the middlemen got hold of it. A cooperative technology. A shared memory. A way for strangers to work together without handing their trust to someone who will inevitably sell it.

    Five thousand years is a long time to speak the wrong language. The right one is available now. It doesn’t require permission to learn. It doesn’t require an invitation to a dinner you’ll regret attending. It just requires the willingness to hear what money was always trying to say before the priests, the kings, the banks, and the Epsteins edited the message.

    Money is a language. For the first time in five millennia, we get to choose which one we speak.

  • Proof-of-Work: When Seeing Is Not Believing

    Or why Bitcoin’s electricity bill is the whole point

    When I was six years old, my four brothers and I decided to hoist the youngest, Tommy, in a cardboard box fourteen feet into the air off the limb of a tree. None of us were engineers, so nobody thought about gravity or the structural integrity of cardboard. Just as my mother came outside to tell us to stop, the bottom of the box gave out, and Tommy came with it. Being hard-headed Irish, nobody was injured, and everyone was embarrassed.

    Gravity didn’t ask whether we believed in it. It just showed up.

    I didn’t see gravity that afternoon. I saw my little brother on the ground looking up at a box with no bottom. But I never questioned gravity again, and neither did Tommy. We didn’t need to see the force. We saw what it did.

    That’s worth sitting with, because it answers the single biggest objection people raise when you try to explain Bitcoin to them: “But I can’t see it.”

    You can’t see gravity either, but you trust it enough to walk downstairs in the morning. You can’t see the electricity behind your walls, but you trust it enough to plug your phone in at night. You’ve never once watched a digit physically move from your employer’s bank to yours, but you trust that your paycheck showed up on Friday. We trust invisible things constantly. We just need a reason to.

    Last week we talked about mining, and what it actually means. Computers compete to earn the right to add the next page to Bitcoin’s global ledger. The first one to solve the problem gets to write that page and gets paid for doing it. Simple enough.

    But that raises a fair question. Why should you trust the page they wrote?

    This is where Proof-of-Work comes in. And the best way to understand it is to look at something you already trust without thinking about it.

    Look at the Hoover Dam.

    Nobody questions whether the Hoover Dam is real. You can see it. You can touch it. But the reason you trust it has nothing to do with seeing it. You trust it because you understand, even if only intuitively, that something that massive required an enormous amount of energy, labor, and material to build. Nobody faked the Hoover Dam. Nobody woke up one morning and found it there by accident. The work is embedded in the thing itself, and that work is what makes it trustworthy.

    The Pyramids at Giza are the same story, just older. Twenty years of labor. Two million blocks of stone. You look at them and your brain immediately does the math, even if you never studied engineering. Something this big, this permanent, this undeniable, required real effort in the real world. The proof is the structure. The structure is the proof.

    This is exactly what Bitcoin’s Proof-of-Work does.

    When a miner solves that problem and adds a new page to the ledger, the solution itself is evidence that real energy was spent in the real world. Not theoretical energy. Not pretend energy. Actual electricity, consumed and gone, that can never be recovered, reversed, or reused. Every page in Bitcoin’s ledger carries that stamp. The network can look at any page and verify, independently and instantly, that somebody paid a real cost to write it.

    That spent energy is Bitcoin’s concrete. You can’t see it the way you can see the Hoover Dam. But you can verify it, which turns out to be more reliable than eyesight. Your eyes can be fooled. Math can’t.

    This is what makes Bitcoin different from everything else in the digital world. A photograph can be copied for free. A document can be duplicated with a keystroke. An email costs nothing to send. In the digital world, copies are free, and that’s a problem if you’re trying to build something trustworthy. If copying is free, then cheating is free.

    Proof-of-Work makes cheating expensive. If someone wanted to go back and tamper with a page in Bitcoin’s ledger, they wouldn’t just have to rewrite that page. They’d have to redo all the work for every page written after it, which means spending more electricity than all the honest miners on the network combined, in real time, while the network keeps moving forward. It’s not impossible the way magic is impossible. It’s impossible the way rebuilding the Hoover Dam with your bare hands while the river is still running is impossible. The physics don’t work.

    And this is the right place to talk about something you’ve probably already heard: Bitcoin uses a lot of energy.

    This is true. It does. And for a lot of people, that’s where the conversation stops. They hear that Bitcoin uses as much electricity as some small countries and they think, “That’s wasteful.” I understand the reaction. It sounds bad if you don’t ask the next question.

    The next question is: what do you get for that energy?

    Nobody walks up to the Hoover Dam and says, “What a waste of concrete.” They understand the concrete is there for a reason. It holds back the Colorado River and generates power for millions of people. The cost is real, and so is the value.

    Bitcoin’s energy cost works the same way. That electricity isn’t being burned for nothing. It’s the thing that makes the ledger tamper-proof. It’s the reason no government, no corporation, no hacker, and no insider can go back and rewrite the record. Every kilowatt spent is a kilowatt invested in making the system honest. Take away the energy and you take away the security. You’d have a ledger anyone could edit, which is not a ledger at all. It’s just a spreadsheet.

    It’s also worth noting what that energy is actually being compared to. The global banking system, the one most of us use every day without thinking about it, consumes an enormous amount of energy too. The data centers, the branch offices, the armored trucks, the ATMs, the clearing houses, the compliance departments, all of it runs on electricity, gasoline, and human labor. Nobody publishes that number on the front page because we’ve decided that system is normal. Bitcoin gets scrutinized because it’s new and because its energy use is visible and measurable on a public network. The legacy system’s energy use is hidden across a million buildings in a hundred countries, and nobody is adding it up.

    That doesn’t mean the question isn’t worth asking. It means the question should be asked fairly. What does the world get for Bitcoin’s energy? It gets a financial ledger that is open to everyone, controlled by no one, and secured by physics instead of promises. Whether that’s worth the electricity is a reasonable discussion. But it’s a different discussion than “Bitcoin wastes energy,” which isn’t a question at all. It’s a conclusion dressed up as a concern.

    So when someone tells you that Proof-of-Work is wasteful, you now have a way to think about it. The energy is not a bug. The energy is the feature. It’s the thing that makes the ledger trustworthy in a world where digital information can otherwise be copied, edited, and manipulated for free. Proof-of-Work is the reason that Bitcoin’s ledger, unlike every other digital record in existence, actually means something.

    You still can’t see it. But Tommy can tell you, from personal experience, that not everything real needs to be visible. Sometimes the proof is in what happens when you ignore it.

    Tune in next week when we talk about “Keys and Wallets,” and why owning Bitcoin is nothing like having money in a bank, and why that’s exactly the point.

    If you want to go deeper on the energy question, the Cambridge Centre for Alternative Finance publishes real-time data on Bitcoin’s electricity consumption. If you want to compare it to the traditional financial system, good luck finding a single number. That asymmetry tells you something.

    If you’re ready to jump into the bloody details, have the time, and aren’t frightened off by the language, I recommend Bitcoin and Cryptocurrency Technologies, which is detailed and academic. The text may be available as a free download somewhere. Google it. 

  • What a Therapist’s Manual Taught Me About Bitcoin’s Real Problem

    or why nobody explained ‘mining’ to you plainly

    When I started doing clinical social work in 1979, we carried around a booklet called the DSM-II, the Diagnostic and Statistical Manual of Mental Disorders, Second Edition. It was 134 pages sprial bound and yellow, it read like a philosophical field guide. It was written to help therapists think. Not to prove anything to anyone, just to help the person in the room do better work with the person sitting across from them.

    Then the insurance companies showed up.

    By the time the DSM-III landed, it was 494 pages with 265 diagnoses. The DSM wasn’t growing because the human condition got more complicated. It was growing because relationships needed to be quantified. What had been a corrective relationship between the client and therapist became a billing event between the provider and the payer. Today the DSM is over a thousand pages with more than 300 diagnoses. Critics say we’ve turned everyday sadness and childhood temper tantrums into billable, thousand-page, certified medical conditions.

    The point is not that the DSM is bad. The point is that more words are not always helpful for everyone. Sometimes language grows to serve the people inside a system, not the people trying to understand it from outside.

    Bitcoin has exactly this problem.

    The technology is not that complicated. But the vocabulary around it was built by engineers for engineers, and over the years it has calcified into a barrier that keeps ordinary people from understanding something that was literally designed for them.

    Take the word “mining.”

    You hear it and you think of pickaxes and gold veins and someone pulling something valuable out of the ground. Then someone tells you Bitcoin mining is “computers solving complex mathematical algorithms” and you’re more confused than you were before you asked. That’s not your fault. The word was never meant to describe what’s actually happening. It was a metaphor that stuck because it rhymed nicely with “coin,” which is also misleading, but that’s another chapter. 

    Here is what mining actually is.

    Bitcoin runs on a ledger. A global, publicly visible record of who paid what to whom. About every ten minutes, that ledger needs a new page. The computers we call “miners” are competing with each other to earn the right to add that page. They do this by drilling into an algorithmic problem the network sets for them. Not drilling into the earth, drilling into math. The first one to solve it adds the new page, the network confirms everything checks out, and that miner gets paid in Bitcoin. 

    Then the race starts over.

    That’s it. Mining is bookkeeping that nobody can tamper with, performed by computers that get rewarded for doing it honestly. No hash rates. No nonces. No block headers. Just a race, a ledger, and a reward.

    If that just made sense to you, good. It was supposed to. And if you’re wondering why nobody explained it to you this way before, you’re asking the right question.

    I spent thirty years as a Systems Architect and Strategic Consultant for Fortune 500 companies, translating complex systems into plain language for people who had better things to do than learn jargon. Before that, I did clinical social work, where I learned that how you say something matters at least as much as what you’re saying. When I came to Bitcoin, I found brilliant resources written by brilliant people who had forgotten what it was like not to understand this stuff yet.

    If you’ve been curious about Bitcoin but felt like the conversation wasn’t built for you, you were right. It wasn’t. This series is.

    Or 

    How to Keep Your Bitcoin Alive and Well does for every piece of Bitcoin jargon what this article just did for mining. Plain language, a little humor, and enough respect for the reader to assume they can understand anything if someone just explains it honestly.

    Tune in next week when we talk about “Proof-of-Work” and why it makes Bitcoin different from everything else. 

    If you’re ready to jump into the bloody details, have the time, and aren’t frightened off by the language, I recommend Bitcoin and Cryptocurrency Technologies, which is detailed and academic. The text may be available as a free download somewhere. Google it. 

  • A Technology Awakening

    A Technology Awakening

    A Global Network. On October 29, 1969, ARPAnet delivered its first message. Fourteen years later ARPAnet adopted TCP/IP, and soon after Tim Berners-Lee invented the World Wide Web. Often confused with the internet, the web is just the most common means of accessing data online in the form of websites and hypertext. By the 1990s the internet was adopted by a large portion of the population.

    Today you can pay your bills, pay your taxes, shop, register your car, renew your license research and, a plethora of other very important things. When the internet goes down a whole generation of young people emerge from their bedrooms wondering WTF. Gaming and dating and a whole host of other social interactions have become an intimate part of daily living. The fact is many of us with a smartphone in our pocket could not imagine life without the internet.

    How does this technology evolution parallel with Bitcoin? Let’s say the internet took 20 years from inception to mainstream adoption. The smartphone adoption took half that time within 10 years many landlines were being canceled. 10 years from bitcoins inception awareness of the cryptocurrency has to reach the mainstream.

    TCP/IP & Distributed Ledgers. TCP IP is one of the basic building blocks of the internet. The reliability of TCP IP is one of the main factors that allowed the internet to flourish. Bitcoin a distributed ledger works off a blockchain, The reliability of the Bitcoin blockchain is one of the main factors that allows Bitcoin to flourish.

    Understanding these fundamental technologies has attracted many and like the internet in the 1998–2000 timeframe, those with vision are by putting money behind those visions. Just like many people who use the internet and don’t understand TCP/IP, many who use Bitcoin don’t understand blockchain, nor do they care to. Their primary concern is the result, I click on the link I see a new page, I send value to someone across the country in minutes rather than days.

    As a young man, I remember my father a government scientist explaining to me the ARPAnet and why reliability was central to national defense. Later on, my livelihood was networking computers and people, working with hyper-text, and building some of the early network communities. I remember logging on to the world wide web and visiting what seemed like all 25 of the web sites.

    Bulletin boards, newsgroups, AOL and Lotus Notes groups were some of the early network communities. They didn’t disappear when the world wide web became popular it took a while for them to give way to MySpace, Facebook, and Wikipedia. We will likely see Facebook Wikipedia and others morph into something new. The Bitcoin of 2009 is different than the Bitcoin of 2020.

    Unlike the interstate highway system and the Hoover dam, network technologies tend to grow and change to meet the needs of the people that use them. And the people that used them tend to change in ways previously never imagined.

    As someone who followed the birth of Amazon, Google, Facebook, Netflix, The progression of Bitcoin into our everyday lives seems to me to be a logical and practical evolution. Just like many telephone companies thought that the public telephone network could never be replaced by TCP/IP, many banks are thinking that the current banking system will never be replaced by Bitcoin. I’ve come to learn the only thing that you can count on is change. People trust reliability like TCP/IP and Bitcoin’s 99.9% uptime. Today “money for the internet”. Tomorrow?

  • Bitcoin Banned Worldwide, yes all governments around the world have joined together and unanimously…

    Bitcoin Banned Worldwide, yes all governments around the world have joined together and unanimously…

    Global Currency?

    Bitcoin Banned Worldwide, yes all governments around the world have joined together and unanimously banned converting bitcoin into fiat currency. Furthermore they have outlawed bitcoin as a medium of exchange.

    Realizing the threat to bankaments (Banking/Government), monopoly and possible shift in power from bank controlled governments world wide politicians and regulators have come together and agreed to stop everything bitcoin.

    This is not the first time they ……. Oh wait it is the first time ……. No wait again, I am starting to wake up ….. yeah ….. clearer now Just a bad dream,reality seeps into focus. When have governments, politicians, and regulators world wide agreed on anything? Sure, well that’s when Bitcoin will be shutdown. Because it is a GLOBAL currency, so if one country (Japan) decides it’s a good thing then they will reap the benefit while other countries and jurisdictions look on with envy. It’s not enough for a country to say “We don’t recognize Bitcoin as a currency”, so many of these countries did not recognize the fragility of the systems and investments leading up to a Global collapse of 2008.

    People from Iowa will still trade on international exchanges using VPN technology. Because prohibition did not stop drinking, and the war on drugs did not stop people from smoking weed and a wall will not stop those south of the border from coming to the US.

    Throughout history despite the protectionist backward temporary laws eventually common sense eventually prevails. People drink, have done so for thousands of years, altered states from other drugs has been with man for thousands of years, immigration legal or otherwise defies borders, true honest value is something easily recognized by most anyone.

    Bitcoin holds honest true value for everyone, thousands of years from now people will wonder what the hell were we thinking: fiat currency? Madness! Will bitcoin we know today with all it’s warts and inadequacies be the Bitcoin of tomorrow? Did airplane design stop at Kitty Hawk?

    “Governments will never allow it!” Wake up, they just have to figure out how to get their cut. Bitcoin rings true for those who do not have a vested interest in the status quote. All others need to figure out what they will do when the inevitable happens.

  • A Crisis of Trust

    A Crisis of Trust

    Trust in the US financial system is collapsing. Speculative investing driven by Federal Reserve instability has caused the money held by banks to be insufficient to cover customer deposits.

    There is a real possibility that this collapse will spread worldwide. Time and time again, those who profess that the economy is best managed by the wizards of finance in ban-king-overnment. (intentional misspelling) have been proven wrong. A minute minority is gaining wealth at the expense of many.

    Why does this happen over and over? When will we learn?

    Some of us have learned. “The Times 03/Jan/2009 Chancellor on brink of second bailout for banks.” The bitcoin blockchain was developed to address this exact issue.

    Why would one trust third-party middlemen when trust in math will do the job? 2+2=4 rather reliably. Agreed-upon rules for handling money are transparent, agreed upon by consensus, and monitored by unfailing programming.

    The rules are the same for everyone, as they should be — no special treatment for bank executives.

    Why do we find trust in a programmatic system so unbelievable? We trust avionics when we travel by air (even though they have redundant systems in the event of a programmatic failure), and we trust the electronics in our car; many have the same redundancy to ensure safety.

    The level of programmatic redundancy for the bitcoin blockchain is unprecedented and global. It has been performing flawlessly every ten minutes, more or less, for years. Surviving the second run of bank failures since January third two thousand and nine, it is only prudent to ask, are we better off trusting blockchain math or incompetent bankers?

    Not doing it! For three reasons. 1 Fear, 2 Fear, 3 Fear.

    Fear that not having absolute control of all currency managed by unnamed individuals from a central bank will somehow cause an economic meltdown.

    Fear that the government’s loss of currency controls will diminish America’s standing in the world.

    Fear is perpetuated by those who run the existing system. As they realize a replacement is inevitable.

    “fear the natural reaction to moving closer to the truth.”

    Pema Chodeon

    Buy some bitcoin while the ban-king-overnment still lets you.

  • The Great Bitcoin Blind Spot

    The Great Bitcoin Blind Spot

    The Great Bitcoin Blind Spot

    Why Your Brain Won’t Let You See the 21-Million-Sided Sun

    * * *

    Somewhere right now, a portfolio manager in a corner office is staring at a Bloomberg terminal, watching Bitcoin’s exchange supply shrink like a wool sweater in a hot dryer, and muttering, “This can’t be healthy.”

    Down the hall, an engineer is looking at the same data and thinking, “This is exactly what a successful monetary protocol looks like.”

    They are both highly intelligent. They are both looking at the same chart. And they might as well be speaking different languages, because the disconnect between them isn’t intellectual. It’s architectural. They’re running different operating systems in their heads.  

    Welcome to the great monetary culture war, where nobody is wrong about the data and almost everybody is wrong about what it means.

    * * *

    The Financier: “The Vibe Is Off”

    The classic investor views the world through a lens of flows. To them, an asset is only “healthy” if it’s being tossed around like a hot potato at a company picnic. They look at Bitcoin’s shrinking exchange supply, where institutions and diamond-handed true believers are locking coins away in digital lead coffins, and they see a funeral procession.

    “If nobody is selling, there’s no market! If there’s no market, the price is a mirage! One whale dumps a single coin and the whole thing collapses like a soufflé in an earthquake!”

    It’s a bit like a nightclub promoter having a nervous breakdown because everyone inside is actually enjoying the music and staying for the whole set. “This is a disaster!” he screams, clipboard trembling. “Nobody is leaving and re-entering! How can I measure the vibe if there isn’t a constant churn of people at the velvet rope?”

    To this promoter, a healthy club requires a revolving door. The idea that people might simply want to be inside the club, enjoying the music, sitting at a table they have no intention of giving up — this does not compute. It breaks his spreadsheet.

    The Financier has the same problem. A “stable” market, in their vocabulary, requires the ability to easily move large sums through endless rehypothecation (the polite word for lending the same dollar to ten different people and hoping nobody asks for it back on the same Tuesday). Bitcoin’s refusal to play along doesn’t look like strength to them. It looks like rigor mortis.

    * * *

    The Engineer: “It’s a Protocol, Not a Personality”

    Enter the systems thinkers. People like Lyn Alden and Michael Saylor aren’t watching the velvet rope at all. They’re in the basement, checking the foundation, the load-bearing walls, the electrical grid.

    While the Financier loses sleep over “price discovery,” the Engineer is focused on something they consider far more important: truth discovery.

    Alden’s observation is deceptively simple: for the last century, our “money” has been a ledger managed by people with political agendas and a delete key. To an engineer, that’s not a feature. That’s a systemic single point of failure. It’s the equivalent of building a skyscraper and giving one person the ability to remove any floor they want, whenever they want, for any reason they want. The engineer does not care that this person has a nice suit and a reassuring voice. The engineer cares that the building stays up.

    When the Financier says, “Bitcoin is too illiquid!” the Engineer hears something different. They hear, “People are refusing to let go of a provably scarce asset in exchange for a provably dilutable one.” Their response is calm and devastating: “It’s not illiquid. It’s settled.”

    To the Engineer, Bitcoin isn’t a stock you trade. It’s the digital yardstick by which all other values are measured. You don’t trade the meter stick. You use it to build the house.

    Saylor, meanwhile, has been on a one-man crusade to rebrand Bitcoin as “digital energy.” His critique of the Financier’s beloved 2% inflation target is characteristically blunt: it’s a leaky battery. Why would you store your life’s work in a container that drains 10% of its power every year just to keep the liquidity gods happy? That’s not prudent monetary policy. That’s a protection racket with better PR.

    * * *

    The Futurist: “Your Treadmill Has No Off Switch”

    And then there’s Jeff Booth, who has been patiently trying to explain a problem so large that most people can’t see it, the way a fish can’t see water.

    Booth’s sharpest insight deserves to be carved into the wall of every economics department on Earth: we are running a Stone Age economic model on a Space Age technological base.

    The Stone Age model says: growth must be infinite, debt must expand forever, and prices must always go up. The Space Age reality says: AI and automation are making everything, labor, intelligence, production, staggeringly cheap. In a sane world, this would be cause for celebration. Technology makes things cheaper, your money buys more, everyone wins. But we don’t live in a sane world. We live in a debt-based world, which means the Financier needs prices to stay high so we can keep making payments on loans that were issued based on the assumption that prices would stay high. 

    See the circularity? Good. Now imagine explaining it to your congressman.

    The Financier is essentially arguing that we must keep the treadmill speed at “Sprint” even though we’ve already arrived at the destination, simply because the gym membership was paid for with a credit card and the minimum payments assume we’ll keep running.

    Booth argues that Bitcoin’s fixed supply is the emergency brake. If your money can’t be diluted, then as technology makes goods and services cheaper, your purchasing power naturally increases. That’s not a “deflationary nightmare.” That’s a technological dividend. It’s what progress is supposed to feel like.

    * * *

    Why They Will Never Agree (And Why That’s Your Problem)

    The Financier cannot see a successful Bitcoin future because their entire career is built on the volatility of the yardstick. If the yardstick becomes a fixed, digital constant, vast swaths of the financial services industry become about as necessary as a travel agent in the age of Expedia. This is not a critique of their intelligence. It’s a statement about their incentives.

    The Engineers and Futurists see the inevitability because they aren’t watching the price ticker. They’re watching the uptime. The Bitcoin network has maintained 99.98% uptime since 2009. It has never been hacked. No one has ever printed an extra coin. To an engineer, a system that doesn’t break, can’t be corrupted, and can’t be inflated into meaninglessness isn’t a “speculative risk.” It’s an inevitable infrastructure upgrade.

    And you, the person reading this while your savings account pays you 0.05% interest on money that’s losing 7% a year to real inflation, are caught in the middle.

    * * *

    A Field Guide for the Monetary Culture War

    If you feel like you’re being gaslit by your Twitter feed and your bank account simultaneously, relax. You’re not crazy. You’ve stumbled into a clash between two fundamentally different operating systems: Legacy-OS (fiat currency, managed by committees, optimized for the short term) and Protocol-OS (Bitcoin, managed by math, optimized for the long term). Here’s how to navigate the crossfire without losing your mind or your shirt.

    Distinguish Between Price and Value

    The Financier is obsessed with price: how many dollars one Bitcoin buys this afternoon. They see a $30,000 drop and call it a “crash.” The Engineer is obsessed with value: the integrity of the 21-million cap. They see a $30,000 drop and check the hash rate. If the network is still producing blocks every ten minutes, the system hasn’t crashed. Only the mood has.

    Here’s the test. If you’re checking the price every hour, you’re playing the Financier’s game. If you’re checking whether the code still works, you’re thinking like an Engineer. One of these approaches lets you sleep at night. The other requires a prescription.

    The 2% Rule (or, How to Sleep Through a Crash)

    Even the most tradition-bound financiers at Morgan Stanley and JPMorgan have begun to concede that “zero” might be the wrong amount of Bitcoin to own. Their compromise hovers around a 1–5% allocation, which in Wall Street terms is the equivalent of whispering a swear word in church.

    The logic is elegant. If Bitcoin goes to zero, a 2% loss won’t ruin your retirement. If Bitcoin does what the Futurists predict, that 2% could become the most valuable slice of your portfolio. Lyn Alden frames it as insurance: you don’t buy fire insurance because you hope your house burns down. You buy it because you understand probability.

    Understand the Inflation Tax (The Receipt You Never Get)

    This is Booth’s most important contribution, and it’s the hardest one for regular people to see because it doesn’t show up on a receipt.

    In Legacy-OS, the goal of your working life is to get a 3% raise so you can stay even with 3% inflation. Read that sentence again. You are running to stand still. The system is designed so that your hard work produces exactly zero net gain in purchasing power, and that’s the best case scenario. The money you earned ten years ago has already been partially confiscated through dilution, and nobody sent you a notice.

    In Protocol-OS, you own a fixed slice of a fixed pie. As technology makes the pie bigger and cheaper to produce, your slice naturally buys more. You don’t need a raise. You need a chair.

    Don’t Get Captured

    The Financier wants to sell you a Bitcoin ETF because they collect a fee. The hardcore Bitcoiner wants you to engrave your seed phrase on titanium plates and bury them under your rosebushes. Both of them have a point, and both of them have an agenda.

    The middle path is boring and effective. Educate before you allocate. Read Jeff Booth for the why, Lyn Alden for the how, and Michael Saylor for the when. Learn about self-custody before you need it. And if you can’t hold an asset for four years without panicking, you aren’t investing. You’re gambling with extra steps.

    * * *

    A Final Thought

    You don’t have to choose a side today. You don’t have to tattoo a laser-eyed profile picture onto your soul. You just have to notice that the Financier is arguing about the weather while the Engineer is building a ship.

    Keep your cash for the groceries. But maybe, just maybe, keep a little Bitcoin for the future. Because the 21-million-sided sun is rising whether you look at it or not. And it’s a lot easier to see when you’re not staring at a Bloomberg terminal.

    — — —

    Brian Connelly is a Bitcoin educator, technology consultant, and author of five books including

    “How to Keep Your Bitcoin Alive and Well” and “Before Satoshi.”

  • The Four Horsemen Just Stepped in Digital Dog Shit

    The Four Horsemen Just Stepped in Digital Dog Shit

    How Agentic Payments Are About to Unwind Thirty Years of Surveillance Capitalism

    By Brian Connelly (with apologies to Scott Galloway, whose lawyers are welcome to call)

    In 2017, the esteemed Scott Galloway wrote a wonderful book unmasking the internet monopolies of the day. discussed how Amazon, Google, Facebook, and Apple turned you from being a customer into being a product.

    You can’t pay for things in small amounts, so you’ll pay with your soul instead.

    That’s it. That’s the whole trick.

    The credit card industry’s fee structure, thirty cents plus a percentage, made micropayments mathematically impossible in 1995. So when you wanted to read a newspaper article, you couldn’t pay a nickel. Instead, you got surveillance capitalism: a business model where you are the product, your attention is auctioned in real time, and democracy itself becomes a rounding error in the Q3 earnings call.

    The Four Horsemen didn’t create this system. They just rode it harder than anyone else, whipping the horse until it bled Super Bowl ads and congressional subpoenas.

    But here’s the thing about that, the horses live, but the riders: they die.

    The Trust Tax: A Thirty-Year Shakedown

    Let me introduce you to a concept the Horsemen pray you never understand: the Trust Tax.

    Every time you interact online, you pay an invisible toll. Not in dollars, in friction, data, and dignity.

    • Google charges you by harvesting every search, email, and location ping to build a psychological profile so accurate it knows you’re pregnant before your mother does.
    • Amazon charges you by making their platform so frictionless that you stopped price-comparing in 2012, and now you’re paying 15% more for everything while Jeff Bezos builds a clock inside a mountain like a Bond villain with a Prime membership.
    • Facebook charges you by addicting your teenage daughter to a dopamine slot machine that knows exactly how to make her hate her body, then runs internal studies proving this, then buries them.
    • Apple charges you 30% on every app transaction for the privilege of existing in their walled garden, a “tax” that would make Louis XIV blush if he could figure out how to unlock his iPhone with Face ID.

    This isn’t capitalism. It’s feudalism with a one-clickuser interface.

    The Trust Tax exists because in 1995, you couldn’t pay ten cents for an article. So publishers had two choices: go bankrupt, or let Google monetize their content through ads while keeping most of the revenue. Guess which one they picked.

    Enter the Machines (With Wallets)

    Here’s where it gets interesting, and by “interesting,” I mean “existentially terrifying if you’re a Horseman.”

    They can’t pass KYC.

    Credit card minimums make this impossible. You cannot process a $0.0001 transaction when Visa takes 30 cents off the top.

    So what do the agents use?

    Bitcoin: The Boring Revolution

    I know, I know. You hear “Bitcoin,” and you think laser eyes, Lamborghinis, and guys named Chad telling you to “have fun staying poor.”

    Forget that circus.

    No bank. No KYC. No thirty-cent minimum. No surveillance.

    A protocol called L402 combines payment with authentication. When an agent needs access to an API, it doesn’t present a stolen API key tethered to some human’s credit card. It just… pays. Instantly. Then it gets access. The payment is the permission.

    Read that again. Then think about what it means for companies whose entire business model requires humans to be in the loop, logged in, tracked, profiled, and monetized.

    How Each Horseman Gets Kicked in the Teeth

    Let’s get specific. Let’s get mean.

    Google: The Ad-Pocalypse

    Google’s dominance rests on one ugly truth: publishers couldn’t charge readers directly, so they had to monetize through ads. Google became the middleman, skimming billions while journalism collapsed into clickbait hellscapes optimized for engagement rather than truth.

    Agentic payments change the math.

    If a publisher can charge an AI agent $0.001 to access an article, no login, no tracking, no subscription, they don’t need Google’s ad network. The content gets funded directly. The user (or their agent) gets information without surveillance.

    Amazon: The Friction Trap

    Because in an Agentic Economy, your AI agent doesn’t need Amazon’s stored credentials. It carries its own Lightning wallet. Every merchant on Earth becomes “one click” when the agent can pay anyone instantly.

    Amazon’s warehouse network is still formidable. But their customer lock-in? That evaporates when payment friction drops to zero everywhere. You’re not choosing Amazon because they’re cheaper; you’re choosing them because typing your card number somewhere else feels like filing taxes.

    Remove that friction advantage, and suddenly Amazon is just… a big store. With unionized workers. And rising costs. And a CEO who looks increasingly like he’s cosplaying as Lex Luthor.

    Meta: The Privacy Vampire

    Facebook’s value proposition to advertisers is simple: “We know everything about everyone, and we’ll sell you access to their eyeballs.”

    This works because users can’t pay for the service directly. A micropayment model, paying a tenth of a cent per post viewed, a hundredth of a cent per like, would let users opt out of surveillance entirely.

    “But users won’t pay!” the Meta apologists cry.

    Apple: The Gatekeeper’s Toll

    Apple’s App Store takes 30% of every transaction. Developers hate it. Regulators are circling. But what choice do developers have? The walled garden is the only garden.

    Except Lightning payments don’t go through the App Store. An app that monetizes through direct micropayments, tips, unlocks, subscriptions paid in sats, bypasses Apple’s toll entirely.

    The Convergence That Actually Matters

    Bitcoin miners who spent a decade building energy-to-computation infrastructure are now pivoting to AI.

    Companies like Hut 8 and Core Scientific control exactly what the Horsemen don’t: massive, stranded power capacity and the operational expertise to manage it.

    These aren’t crypto bros pivoting to chase hype. These are the people who figured out how to convert energy into unforgeable digital scarcity at scale. Now they’re converting energy into intelligence.

    The same infrastructure. The same arbitrage on power costs. The same locations near cheap electricity that traditional data centers ignored.

    This is not a pivot away from Bitcoin. It’s an extension of the thesis. Energy becomes computation. Computation becomes intelligence. Intelligence transacts on permissionless rails.

    The Agentic Economy, built on Bitcoin, eliminates that tax.

    The Uncomfortable Question

    I can hear the objection already: “This sounds like techno-utopian nonsense. The Horsemen have trillions of dollars, armies of lobbyists, and regulatory capture so complete they write the laws that govern them.”

    But let me ask you something: in 1994, did Sears think Amazon was a threat? Did Blockbuster lose sleep over Netflix? Did the entire newspaper industry convene an emergency meeting about Craigslist?

    Incumbents don’t die because someone outcompetes them head-on. They die because the game changes, and they’re still playing by the old rules.

    The Agentic Economy changes the conditions.

    When machines can pay machines in milliseconds for fractions of a cent without human identity or surveillance, the Horsemen’s moats don’t just shrink. They become irrelevant.

    The Bottom Line

    The Four Horsemen of the Apocalypse built their dominion on a bug in the financial system: you couldn’t pay small amounts, so you paid with data instead.

    Bitcoin fixes this.

    The Agentic Economy doesn’t need Google to broker attention. It doesn’t need Amazon to store credentials. It doesn’t need Facebook to monetize relationships. It doesn’t need Apple’s permission to transact.

    It just needs permissionless rails. And those rails now exist.

    The Horsemen are still powerful. Still rich. Still arrogant.

    But they’ve never faced an enemy that doesn’t want to beat them; it just wants to ignore them.

    That’s the kick in the pants.

    Oldies but goodies

    CBDCs: The Horsemen 2.0 (Now With Badges)

    So the advertising model dies. The Four Horsemen can no longer afford to surveil you for free. Champagne corks pop in privacy advocate basements worldwide.

    Not so fast, sunshine.

    Let me explain CBDCs in terms even a congressman could understand:

    It’s money. But the government can see every transaction. And turn it off.

    That’s it. That’s the product.

    China’s already doing it. The digital yuan enables the People’s Bank of China to monitor every purchase in real time. Buy too much alcohol? Social credit ding. Donate to the wrong cause? Wallet frozen. Try to leave the country while your score is low? Good luck buying a train ticket, dissident.

    “But that’s China,” you say, adjusting your Patagonia vest and sipping your oat milk latte. “We have rights .”

    Do we? Let’s review.

    In 2022, the Canadian government froze the bank accounts of truckers who protested COVID policies. Not convicted criminals. Not terrorists. Truckers who honked too much. Their crowdfunding donations, completely legal, were seized. GoFundMe folded faster than a lawn chair in a hurricane.

    No trial. No due process. Just… frozen. Because they could.

    Now imagine that capability baked into the money itself.

    The Features They Don’t Put in the Brochure

    The Federal Reserve and European Central Bank are “researching” CBDCs with the same energy a teenager “researches” their crush’s Instagram at 2 AM. They want this. Badly.

    Here’s what a CBDC enables:

    Programmable Money: Your dollars come with conditions. The government can set expiration dates (“use it or lose it” stimulus), restrict categories (“no guns, no crypto, no donations to unapproved organizations”), or adjust based on your behavior.

    Think of it as a gift card to America. Terms and conditions apply. Management reserves the right to revoke at any time for any reason.

    The IRS’s $80 billion budget increase suddenly makes more sense, doesn’t it? They’re not hiring 87,000 agents to audit billionaires. They’re building the rails for automated extraction.

    Negative Interest Rates That Actually Work. Central banks have wanted negative interest rates for years, charging you to save money so you’ll spend it instead. But with cash, you can just withdraw your savings and stuff it in a mattress.

    Social Credit, American Style We won’t call it “social credit.” That’s too Chinese. We’ll call it “financial wellness scores” or “responsible spending indicators” or some other HR-approved euphemism.

    But when your CBDC wallet gets flagged because you bought a gun, donated to a disfavored political candidate, or purchased more than your carbon allowance of beef this month, you’ll understand: it’s the same system with better marketing.

    The Four Horsemen Become the Four Contractors

    Here’s where the Venn diagram gets ugly.

    Who has the infrastructure to process billions of transactions in real-time? Who has the facial recognition, the behavioral modeling, the identity verification? Who’s already embedded so deeply in government systems that the line between public and private is a polite fiction?

    The Horsemen.

    Same horses. New rider. Bigger whip.

    Amazon Web Services already hosts classified CIA data. Google’s AI is embedded in Pentagon systems. Apple has your face, your fingerprints, and your health data. Facebook knows your social graph better than you do.

    “But We Need Digital Dollars for Innovation!”

    This is the part where some McKinsey consultant in a fleece vest explains that CBDCs will “promote financial inclusion” and “reduce friction in payments.”

    Let me translate from Consultant to English:

    “Financial inclusion” = We’ll finally be able to surveil poor people as effectively as we surveil everyone else. Those pesky cash transactions in underbanked communities have been a real blind spot for our behavioral models.

    Every “benefit” of CBDCs can be achieved with existing technology. Faster payments? We have Venmo, Zelle, and FedNow. Financial inclusion? We have prepaid cards and mobile banking. Cross-border efficiency? We have… well, we have Bitcoin, but let’s not tell the Fed.

    That’s not a side effect. That’s the point.

    The Timeline Is Faster Than You Think

    “This is years away,” you tell yourself. “I’ll worry about it later.”

    The digital yuan has over 260 million users. The European Central Bank is targeting 2027 for a digital euro. The Bank of England is “consulting” on a digital pound they’ve already named “Britcoin” because apparently someone in government has a sense of humor.

    And the Fed? They’re “studying” the issue while every major commercial bank builds CBDC-ready infrastructure. JPMorgan didn’t spend hundreds of millions on blockchain technology because Jamie Dimon loves decentralization. They’re building the toll booths for the new highway.

    Exit While the Door Is Open

    Here’s the thing about surveillance capitalism: you could always kind of opt out. Use cash. Don’t use social media. Buy a flip phone. Live like a weirdo, but live free.

    CBDCs close that door.

    When the money itself is the surveillance tool, there’s no opting out. Every transaction, every purchase, every financial relationship, all of it visible, all of it controllable, all of it subject to rules you didn’t write and can’t change.

    Unless you have an exit.

    Bitcoin doesn’t ask permission. No government issued it. No corporation controls it. No committee can reprogram it. The rules are the rules, enforced by math, not policy.

    Lightning doesn’t ask permission. Your AI agent doesn’t need a CBDC wallet that requires social credit. It needs a Lightning node and some sats.

    Self-custody doesn’t ask permission. Your keys, your coins. Not “your coins unless we decide otherwise.” Not “your coins subject to terms and conditions.” Yours.

    The Agentic Economy can run on CBDCs. The Horsemen would love that, same surveillance, same control, just with robots doing the shopping.

    Or it can run on Bitcoin. Permissionless. Private. Free.

    The choice is being made right now, while most people are still arguing about whether crypto is “real money.”

    By the time they figure it out, the door may be closed.

    The Punchline

    CBDCs are the same logic, extended.

    If money can be programmable, it will be programmed. If transactions can be surveilled, they will be surveilled. If behavior can be controlled through financial access, it will be controlled.

    The only thing that breaks the pattern is an alternative that doesn’t care about incentives because it doesn’t have a decision-maker. A system that runs on rules, not rulers.

    The Horsemen are about to get kicked in the teeth by agentic payments.

    The question is whether the boot that replaces them belongs to a free market or to a government that finally figured out how to make the boot programmable.

    “When you can’t opt out of the money, you can’t opt out of anything.” Said someone who probably should have bought Bitcoin earlier.

    Brian Connelly is a technology consultant, Bitcoin educator, and author of “How to Keep Your Bitcoin Alive and Well.” He has been ignored by the Four Horsemen for over a decade, which he considers a badge of honor.