Third installment of answers to hostile questions about bitcoin that @AaronRDay posed for Thanksgiving dinner. Prepare for Christmas dinner conversation with solid answers!
7. If the blockchain is public and exchanges require extensive KYC, how is bitcoin private or permissionless? (11, 12, 14)
Bitcoin is pseudonymous, not anonymous. That is, users are represented by a code rather than personally identifiable information. But every transaction is publicly visible—this is what allows anyone to audit the supply without trusting a central authority. This transparency is actually a tremendous advantage for a new form of money that is still gaining the trust of the public. Privacy depends on user behavior: avoiding address reuse, using coinjoins, Lightning, or other tools.
KYC requirements come from regulated exchanges, not bitcoin itself. You can acquire bitcoin peer-to-peer, through mining, through ATMs, or through Lightning—none require KYC. The permissionlessness is in the protocol; the surveillance is in the regulated on-ramps.
OFAC can require U.S. exchanges to block certain addresses, but they can't freeze the coins themselves or prevent peer-to-peer transactions. Sanctions affect regulated businesses, not the protocol's spendability. This is analogous to cash: governments can track some exchange points but can't track the cash in your pocket.
@SamouraiWallet @adam3us
8: If Lightning apps require KYC and face banking pressure, is it just re-creating the banking system? (13, 21)
Lightning is a protocol, not a company. Some companies (Strike, Cash App) implement KYC because they act as custodians and must comply with banking regulations. But Lightning itself is permissionless. Non-custodial wallets (Phoenix, Breez, Zeus) require no identification.
Claiming "Lightning re-creates the banking system" conflates custodial implementations with the protocol itself. Email does not re-create postal mail just because Gmail exists. Custodial services face banking pressure—that's why self-custody matters. The infrastructure exists to use Lightning without trusted third parties.
@jackmallers @roasbeef
9: Are corporate bitcoin treasury strategies just leveraged speculation like the 2008 financial crisis? (19)
MicroStrategy uses debt to acquire a scarce, non-debt asset. Is this leveraged speculation? Yes. Is it like 2008's mortgage derivatives? No.
The 2008 crisis involved opaque, interconnected debt instruments backed by systematically misrepresented assets, creating systemic counterparty risk. Bitcoin is transparent, has no counterparty risk, and isn't an interconnected credit instrument. These companies face market risk but don't create systemic contagion.
Whether companies should lever up to buy bitcoin is a separate question from whether bitcoin has value. If you think the strategy is reckless, don't buy the stock. Hold bitcoin directly.
@saylor @LynAldenContact
Final "Killer" Follow-Up: What exactly did bitcoin revolutionize if it didn't replace banks and government money and you can’t buy coffee with it? (Original “killer” follow-up question)
Bitcoin created the first globally accessible, non-state, auditable monetary network. Anyone can hold value without permission, verify the money supply without trusting institutions, and transact on infrastructure no single entity controls. Bitcoin continues to have all these properties today just as it always has..
Banks can participate but can't change the rules. Governments can print their own money or accumulate bitcoin, but they can’t print bitcoin. Companies can build custodial services, but users can always choose self-sovereignty.
Early users could buy coffee with bitcoin only because so few people used it. The fact that the fees are too high for coffee is an indicator of bitcoin’s growth and success, not its failure. To make bitcoin work for the entire global economy will require scaling solutions, some of which—like Lightning—are already demonstrating promise. Bitcoin already solves a much bigger problem than the problem of small payments. Solutions for these applications are being developed, and Lightning already processes millions of transactions monthly at near-zero cost. These solutions will expand as bitcoin grows.
The revolution isn't that bitcoin killed banks or government money. The revolution is that bitcoin made them optional for the first time in the digital realm. You can exit systems that require trusting fallible institutions. That's what the bitcoin revolution accomplished—not exclusion of certain parties but optionality for everyone.
@dergigi @MartyBent
If these answers helped you prepare for Christmas dinner conversations, share this thread. And if you have better answers or additional questions, share them as a reply. Bitcoin deserves serious engagement, not gotchas.
@CBVGuyonX
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Here is my second installment of answers to the hostile questions about bitcoin that @AaronRDay posed for Thanksgiving dinner. Prepare for Christmas dinner now!
4. Did MIT Media Lab funding (including from Jeffrey Epstein) influence Bitcoin Core developers to control bitcoin's direction? (6, 17, 21)
MIT Media Lab did receive Epstein donations. But Epstein began donating to MIT in 2002, long before bitcoin was invented (2008) and well before the Media Lab became involved in bitcoin (2015) when the Bitcoin Foundation ran into financial difficulties. MIT Media Lab funded some bitcoin developers, but this doesn't mean Epstein controlled bitcoin's development or determined the block-size decision. In fact, most of the early developers associated with MIT Media Lab were large-block advocates or open to large blocks, a direction which ultimately failed. The block-size debate involved hundreds of contributors, years of public discussion, and ultimately sovereign node operators choosing which software to run.
Conflating funding sources with protocol control misunderstands how decentralized governance works. If you think a university donor can unilaterally control a global network of independent node operators, you don't understand bitcoin's architecture.
@Snz_BTC @nic__carter
5. Can a few mining pools censor transactions if governments order them to? (8)
Three pools coordinating 60% of hashrate sounds dangerous until you understand that pools don't own or control the hardware. Individual miners can redirect their hashpower to a different pool in minutes. If a pool did attempt censorship, many miners would defect because censorship reduces revenue and undermines the value proposition of bitcoin. In the meantime, other miners would include these transactions in their blocks and would eventually get them into the blockchain.
Mining centralization is a real concern—geographic concentration, regulatory pressure, coordination risks all matter. But the incentives of the system don’t make sustained centralization viable. So far, economic incentives seem to overwhelmingly favor neutrality.
@hasufl @TheBlueMatt
@AaronRDay gave us 21 questions for Thanksgiving dinner conversation when our uncle mentions that bitcoin is digital gold—all designed to make bitcoiners think that the bitcoin revolution has failed. These questions remind me of the saying:
“A fool can ask more questions in an hour than a wise man can answer in seven years.”
With that warning to the wise answerer in mind, I want to make an attempt to prepare the bitcoin-holding uncles of the world with answers to these questions, in time for Christmas dinner.
The 21 questions were somewhat redundant. So in keeping with a respect for the absolute scarcity of a bitcoiner’s time, I’ve consolidated these into “10 Christmas Bitcoin Answers: Thoughtful Responses to Hostile Questions”. (Original question numbers are in parentheses for reference. See the entire list of questions at the post below.)
I plan to post these in three groups. Here's the first group.
@MarioNawfal @NeilJacobs @isabellasg3
1. Why did bitcoin abandon its original vision of peer-to-peer cash, and why are transaction fees so high? (1, 2, 3, 7, 18)
Bitcoin intentionally limits on-chain capacity to keep the hardware requirements for nodes cheap enough so anyone can verify the chain independently. This prevents the system from becoming something only data centers can audit—which would just re-create centralized payment networks. The 2017 fee spike happened when the popularity of bitcoin grew to the point where these capacity limits were being hit. Merchants dropped bitcoin because they needed predictable costs; this was inevitable as bitcoin scaled.
The "peer-to-peer cash" vision didn't change—the implementation strategy did. Technical realities demonstrated fully decentralized on-chain global scaling to be impractical. So the community adapted by emphasizing bitcoin's store-of-value properties, with payment scaling moving to Layer 2 solutions and the base layer enforcing final settlement. Just as the internet doesn't put every application in TCP/IP, bitcoin builds scaling solutions in layers. Lightning and other second-layer solutions handle small payments; the base layer handles final settlement. This preserves decentralization while enabling scalability. When subsidies end and future fees must be high enough to support the network, most activity will likely settle off-chain by then. The base layer will function as a high-value settlement network that can justify high fees to keep the network running and secure. We don't need every coffee purchase to be on-chain to make bitcoin work.
@TheGuySwann @TheBlueMatt
2. If governments and banks now control bitcoin through holdings and ETFs, has the revolution been captured? (4, 5, 15, 16, 20)
Bitcoin is a neutral protocol. The government holding seized bitcoin doesn't negate its censorship-resistant design, just as the government holding gold bars doesn't make gold centralized or change its properties. The government possesses specific units; they don't control the system. Bitcoin's censorship resistance means governments can't freeze your self-custodied funds or change the protocol rules. It does not prevent them from accumulating bitcoin through legal processes.
Banks selling bitcoin ETFs, politicians buying it, governments stockpiling it—none of this changes what you can do with bitcoin. You can still self-custody, run a node, and transact peer-to-peer just as you’ve been able to do since the beginning. Institutional adoption creates new on-ramps (often with institutional compromises like KYC in exchange for convenience). But that doesn't alter the base layer's properties.
The question "did the revolution get captured?" assumes bitcoin only succeeds if it excludes certain participants. A truly open monetary protocol succeeds precisely when it can't exclude anyone—even banks and governments. They can participate, but they can't change the rules or prevent your self-sovereignty. That's the revolution.
@MartyBent @saylor
The posting of the Bitcoin white paper on October 31 (in 2008) by Satoshi Nakamoto was the second most important historical event on that day of the year.
What was the most important?
The most important event on October 31 was Martin Luther's posting of the 95 theses on the church door at Wittenberg (in 1517), announcing a theological debate and marking the beginning of the Protestant Reformation.
As you can see, these events have some eye-opening parallels.
1a) The Reformation launched on the rails of a relatively new technology, the printing press. It freed the propagation of truth from centralized control of the institutional church and allowed people direct access to the Bible and other theological writings.
As a recent example, in September PayPal shut down accounts of the Free Speech Union, a UK group that advocates for those whose right to free speech is being infringed. Ironic, huh? The shutdowns included the personal account of the founder, Toby Young. reclaimthenet.org/paypal-bans-fr…
It gets worse. PayPal's new policy--already rolled out in some jurisdictions--prohibits "sending, posting, or publication of any messages, content, or materials that, in PayPal’s sole discretion" are objectionable. They even have the right to levy a $2500 fine. Per violation.
I think more fundamentally hard money requires proof of scarcity. If a substance were to be discovered that is provably scarce and had other desirable monetary properties--verifiable, portable, fungible, divisible, durable, etc.
2/ Since no such thing has been found in the entirety of human history, the next best thing is to discover something that is clearly very difficult to find (gold) or make something that is clearly very difficult to make (bitcoin) -- proof of work.
3/ Another factor that influences adoption is fair distribution. If a single individual came into possession of the perfectly scarce monetary asset, why would anyone else accept that asset as money? No one else would have any to exchange.
Every bitcoiner knows "not your keys, not your coins." So how is it possible to use your bitcoin as collateral for even a basic financial transaction like borrowing? 1/
A thread 🧵
2/ No one wants to make uncollateralized loans. They're too risky for the lender and too expensive for the borrower. Collateralized borrowing of stablecoins against your bitcoin allows you to inexpensively tap into your bitcoin value without selling.
3/ But how can you provide collateral without giving up your keys? In most cases, you don't. You simply have to trust the good faith--and solvency!--of the lender.