These 6 Threats Could Crush Bitcoin Next Cycle

Hello and welcome to Coin Bureau's official podcast channel.

My name is Guy and if you're seeking unbiased in-depth information about Bitcoin,

cryptocurrencies, Web3, and all manner of related topics,

then you've come to the right place. I hope you enjoy today's episode.

In 2025, Bitcoin Bulls finally got everything they wanted.

ETFs, institutional adoption, a US president who says the word

crypto without wincing. But in 2026, that very success might be what breaks Bitcoin.

It's outgrown crypto-specific risks like exchange hacks and code vulnerabilities

only to become exposed to central bank policy, semi-conductor yields,

and banking capital years. So today, we break down the top six threats that could push Bitcoin

lower in 2026. Some are already in motion. Others are waiting for a spark.

This is what the Moonboys aren't telling you. My name is Guy and this is the Coin Bureau.

Before we get into it though, nothing in this video is financial advice.

We're not telling you to buy, sell, or panic. We're just walking you through the structural

risks that could hit Bitcoin next year and explaining why they're different from the threats we've

seen before. If you find this useful, smash that like button and let's see what Bitcoin is up

against. So, the first risk to Bitcoin is a good old-fashioned recession.

JP Morgan's December outlook assigned a 35% probability to a US and global recession

hitting in 2026. That might not sound like much, but consider that the consensus is still

pricing in a soft landing. The market thinks the Fed threaded the needle.

JP Morgan says there's a one-in-three chance it didn't. The World Bank is even glumia.

They're warning that global growth this decade is on track to be the slowest since the 1960s.

A lost decade, they call it. The structural story is that business caution and weak labor

demand have been masked by AI capital expenditure. Strip out the tech giants building data centers

and the underlying economy looks fragile. Now, a recession is guaranteed to strike at some point

in the future, but 2026 would be exceptionally bad timing. That's because the central banks'

usual rescue playbook doesn't work in the current macro climate. In 2008 and 2020,

the Fed responded to crises by slashing rates to zero and flooding the market with liquidity.

That's how Bitcoin went from a curiosity to a macro asset. It rode the wave of monetary

expansion like nothing else. The trouble is inflation hasn't gone away. Morgan Stanley

forecasts core PCE hovering around 2.6% throughout 2026. If growth crashes while inflation stays

sticky, the Fed is trapped. Cut rates aggressively and you reignite inflation. Hold steady and you

watch the economy bleed out. As such, I wouldn't count on the cavalry coming this time.

And this matters because Bitcoin trades on liquidity. Research by Lynn Alden shows that BTC moves

in the same direction as global M2 money supply 83% of the time over any given 12-month period.

When central banks print, Bitcoin pumps. When they tighten, it shrivels. A stagflationary

environment, weak growth, sticky inflation, no QE is the worst possible backdrop. And there's an

even nastier wrinkle. In late 2025, Bitcoin maintained a 0.8 correlation with the NASDAQ during

drawdowns, but failed to match it during rallies. Analysts call this negative performance skew.

Bitcoin captures the downside of risk assets without fully participating in the upside.

This could be exacerbated by Bitcoin's unique liquidity profile with 24-7 trading and

instant settlement. When a fund blows up at 2am and needs cash to cover margin calls,

it sells whatever is liquid. So this could make Bitcoin an ATM of last resort,

or as others have described it, a liquidity alarm bell for other macro assets.

If liquidity does dry up in 2026, leverage players in the Bitcoin ecosystem are going to start

sweating. And speaking of volatile markets, if you're actively trading through this kind of

environment, then fees can eat into your positions fast. So if you want to keep more of your gains,

check out the Coin Bureau deals page. We've got sign-up bonuses of up to $100,000,

trading fee discounts of up to 50% and deposit bonuses on some of the best exchanges out there.

You can scan this QR code or find the link in the description. These deals won't be around

forever, so grab them while you can. Now about that leverage. The Bitcoin mining industry

has a debt problem. Over the past year, minor debt surged 500% to a record $12.7 billion.

That money went into buying fleets of next-generation ASIC miners in the hope that

hashrate dominance would translate into outsized returns. It was a bet on Bitcoin staying elevated.

But if that bet goes south, the collateral gets liquidated, and a lot of that collateral

is BTC itself. Miners are inevitably squeezed when the Bitcoin harving comes around, and April 2024

was no different. Block rewards dropped from 6.25 to 3.125 BTC overnight, and miners had to find

twice as much efficiency just to stay in place. Now, the metric that matters most for them is

hash price. The revenue and miner earns per unit of computational power. Post harving,

it compressed to around $53 per petahash per second. For older machines like the AntMiner S19 pro,

that's the shutdown threshold. Below that number, you're paying more in electricity than

you're earning in Bitcoin. If BTC drops to $60,000 in a recessionary environment,

an estimated 30% to 40% of the network becomes unprofitable to operate. Miners facing this squeeze

therefore have two options. Sell their treasury Bitcoin to service debt, or pivot away from mining

entirely, and many are choosing the latter. Hut 8 recently signed a 15-year deal worth

$7 billion to host AI workloads at its facilities. Core scientific is doing the same.

The economics aren't hard to understand. AI hosting offers predictable, contracted revenue over

long time horizons. Bitcoin mining offers a volatile coin price, rising network difficulty,

and a harving every four years that cuts your income in half. The risk this divergence creates is

subtle but significant. If mining becomes unprofitable in 2026, we'll see power capacity

permanently repurposed for AI data centers. A great hash rate Exodus means a structural shift in

the security model of the network, and it could undermine confidence in Bitcoin's robustness

at exactly the wrong moment. But of course, miners aren't the only ones sitting on leverage Bitcoin

The biggest single holder of BTC, excluding exchanges, has built an entire corporate strategy

around accumulating it with borrowed money, and that strategy has a specific vulnerability

coming due. At the time of shooting, Michael Sala's strategy, formerly microstrategy, now holds

over 670,000 BTC on its balance sheet. That makes it the largest corporate holder of Bitcoin

in the world. They built this position using a financial mechanism some have called the

Infinite Money Glitch. Issue convertible notes at near zero interest, use the proceeds to buy

Bitcoin, watch the stock price rise on the back of BTC appreciation, then issue more stock at

inflated prices to buy more Bitcoin. Rinse and repeat. Now, the glitch works as long as strategies

MSTR stock trades at a premium to its net asset value. At points in 2024, that premium exceeded

3X, meaning investors were paying $3 for every $1 of underlying Bitcoin exposure. That premium

is what allowed the company to sell expensive equity and buy comparatively cheap BTC. But if the

premium compressors, whether from a falling Bitcoin price, investor fatigue or a broader risk

of environment, the mechanism breaks. No premium, no cheap capital, no cheap capital, no Bitcoin

accumulation, and strategy shifts from being a relentless buyer to just another bag holder.

So, the debt structure is what you want to keep an eye on. Strategy has billions in convertible

notes outstanding, including 0% notes due in 2030 and 0.625% notes due in 2028.

The danger, though, isn't the maturity date so much as the redemption option. Starting on the

5th of March 2027, strategy can be required to redeem the 2030 notes for cash if certain conditions

aren't met. And markets don't wait for the event. They price it in six to 12 months ahead.

That means, throughout 2026, investors will be stress testing to see whether strategy can

actually cover its obligations if it's stock creators. And the company clearly knows this.

They've set aside a $1.44 billion cash reserve specifically to handle potential

redemptions. But that's a buffer, not a solution. Their total convertible note obligations

dwarf that figure. If Bitcoin enters a prolonged drawdown and the stock falls below conversion

prices, strategy faces a choice. Sell Bitcoin to raise cash or watch the whole structure come under

pressure. And there's another accelerant on the horizon. In January 2026, Morgan Stanley Capital

International or MSCI is expected to decide whether to exclude digital asset treasuries from its

major indices. If strategy gets booted from the MSCI world index, passive funds tracking that

benchmark, pensions 401k's broad market ETFs would be forced to sell MSTR stock.

That kind of mechanical selling could crush the premium overnight, which in turn could trigger

margin calls on loans backed by MSTR shares or strategies Bitcoin holdings. So we have miners

potentially dumping BTC to stay solvent. And the largest corporate holder facing structural

pressure that could force them to do the same. That's a lot of selling from inside the ecosystem.

But the external pressure is mounting too. The European Union has spent years building a

regulatory framework for crypto. Micah, the markets in crypto assets regulation, comes into full

force by July 2026. Now on paper, this is legitimization. Clear rules, license exchanges, consumer

protections, the sort of thing the industry has been begging for. But there's a catch.

While one arm of EU regulation is opening the door to crypto, another is slamming its shut.

The Basel 3 banking standards include a provision called SCO 60, which assigns a 1,250% risk weight

to what they call, quote, unbacked crypto assets. A category that includes BTC, along with virtually

every other native crypto asset. But what does 1,250% mean in practice? Well, for every euro of

Bitcoin, a European bank holds on its balance sheet, it must set aside one euro of tier one capital.

That's euro for euro reserve requirement. It completely destroys the return on equity for any bank

trying to custody trade or hold BTC for its clients. For reference, banks are typically required

to hold capital equal to 8% of their risk weighted assets. 1,250% is a massive middle finger to

crypto from the architects of the Basel standards. No bank is going to tie up that much capital

for an asset this volatile. It just makes touching crypto economically impossible. So this is the

regulatory pincer movement. Micah says crypto is a legitimate regulated asset class. Basel says

touching it will vaporize your balance sheet. One hand welcomed Bitcoin into the European

financial system, the other slaps it in the face. But Micah itself contains another intractable hurdle.

The regulation includes sustainability disclosure requirements developed by the European

markets and securities authority. Crypto asset service providers will need to report on the

environmental impact of the assets they support. If Bitcoin gets labeled as having a

significant adverse impact on the environment, which given its energy consumption is something

many assume to be true, it becomes radioactive for institutional capital. Specifically,

Article 8 and Article 9 funds under the EU's Sustainable Finance Disclosure Regulation.

These are the big pools of European institutional money. Pension funds, insurance companies,

asset managers marketing themselves as ESG compliant. If Bitcoin carries an official environmental

warning label, these funds can't touch it. Not because they don't want to, but because their

mandates won't allow it. Now of course, this isn't a hard ban. The EU is not trying to confiscate

anyone's BTC. But it amounts to a capital boycott. The regulatory architecture makes Bitcoin too

expensive for banks and too toxic for institutions. European money is likely to be walled off from BTC

by the cumulative weight of compliance costs and ESG constraints. That's one external wall.

But there's another checkpoint that's even more acute, and it runs through a single island

in the Pacific. Bitcoin's security model depends on a global network of miners running

specialized hardware called ASICs. ASICs depend on cutting edge semiconductors, and those semiconductors

depend on a supply chain with an alarming number of choke points. It starts in the Netherlands.

ASML is the only company on earth that makes extreme ultraviolet or EUV lithography machines.

The only machines capable of printing circuitry at three nanometers and below. Decades of research

and billions of dollars were invested into developing EUV lithography. Now the process involves

firing an incredibly powerful laser beam at a tiny droplet of liquid tin, creating an explosion

that releases a massive burst of ultraviolet light, which is then funneled onto a wafer of silicon

to print a piece of circuitry as fine as a strand of DNA. And if you can't do that,

you can't make advanced chips. ASML sells those machines to TSMC in Taiwan, which uses them to

produce over 90% of the world's most advanced semiconductors. TSMC then supplies the chips

that go into bit main and micro-BT mining rigs. So one Dutch firm and one Taiwanese foundry.

They are the foundation of the entire Bitcoin mining hardware pipeline, and much else besides.

There is one other company that can claim to have three nanometer production capacity though.

On paper, Samsung foundry can do it too. The only problem is their yields are puny.

Samsung's second generation three nanometer process is reportedly running at around 20% yield,

meaning eight out of every 10 chips that come off the line are lemons. You can't run an industry

on that, especially not when TSMC is yielding 90%. So who in their right mind would actually pay

for 20% yield production? Well, the answer apparently is some Chinese ASIC manufacturers.

Companies including micro-BT and Canaan have started ordering next-generation two nanometer chips

from Samsung, which tells you everything you need to know about how desperate they are to reduce

their dependency on Taiwan. When you're willing to sign up for this, it suggests you've run out

of options. China is also reportedly trying to cut out the Dutch entirely. In December,

Reuters reported a breakthrough in EUV development by researchers in China, who allegedly reverse

engineered ASML's lithography technology. This is a huge step forward, especially considering that

just a few months prior, ASML claimed it would take China, quote, years to accomplish it.

That didn't age so well, and now China's path to domestically produced chipmaking equipment

and semiconductor independence is a lot more straightforward. However, reverse engineering

the design is not the same as mass production at scale with viable yields. Building a functional

foundry takes years, even with the blueprints. So for 2026, this changes nothing. If anything,

the news is likely to accelerate US and Dutch sanctions on China, making the short-term supply chain

more fragile, not less. And the pressure is already visible. US mining companies have been hit by

delays in bit main shipments, reportedly due to tightening customs enforcement around Chinese tech

imports. The frictions are already here, and they're more likely to intensify than they are to ease.

Now, China's military activity in its own territorial waters is often paraded in western media

to suggest that Beijing is on the cusp of sending troops into Taiwan, a bit like Donald Trump did in

Washington, D.C. in Los Angeles, but well, more ominous and more Chinese.

This scenario has major implications for TSMC, and by extension the global supply of advanced

semiconductors. Whether or not China will ever catch up with the hawks ever retreating deadline

for it to make such a move is questionable though. If it does, then all eyes will be on the reaction

from the United States. For semiconductors, however, it would take much less than a kinetic

war to snap the world's supply chain. A sustained naval blockade, for example, would probably

do the trick. A semiconductor-specific sanctions package, or even a major earthquake in Taiwan,

could freeze the flow of new mining hardware for months or even years. In that event,

hash rate would stagnate, and network security would depend entirely on an aging fleet of ASICs

with no replacements in sight. And unlike a price crash, which can reverse in a quarter,

a supply chain rupture takes years to repair. So that's five systemic risks so far, macro,

miners, corporate treasuries, regulation, and supply chains. The final threat is different.

It's not here yet, but the market has a way of pricing in dangers before they arrive.

Now, the final risk is different from the others because it's a ghost story, but ghosts can still

move markets. Quantum computing has been looming over Bitcoin for years. The fear is that a sufficiently

powerful quantum computer could break the elliptic curve cryptography that secures Bitcoin wallets,

allowing an attacker to derive private keys from public keys and drain funds at will.

So let's see how that would work. Bitcoin uses something called ECDSA encryption.

To break this encryption would require roughly 2,300 logical qubits.

The key word here is logical because not all qubits are created equal. There are also physical qubits.

For reference, IBM's most advanced quantum processor scheduled for 2026 and code named

Cucabara is targeting under 1,400 physical qubits. To produce a single reliable logical qubit,

you need approximately 1,000 physical qubits with extensive error correction.

This means that a quantum threat to BTC is not yet on the horizon, nor anywhere near it.

Grayscale put it bluntly in their 2026 outlook. Quantum computing will not meaningfully

influence crypto prices next year. It's science fiction for now. But, well, there is a bat.

In 2026, the U.S. National Institute of Standards and Technology is expected to finalize

its post-quantum cryptography standards. The new encryption protocols designed to be resistant

to quantum attacks. This is going to generate headlines. And if Google or IBM or whoever else

announces some kind of quantum advantage breakthrough around the same time,

even one completely irrelevant to cryptography, media reporting might not care to make that distinction.

Quantum breakthrough and Bitcoin vulnerable will probably end up in the same sentence,

and retail will probably panic. Another face of the quantum threat relates to the so-called

zombie coins. Approximately 1.7 million BTC sit in early P2PK addresses from the Satoshi era,

the first few years of Bitcoin's existence. These addresses expose their public keys directly,

making them theoretically more vulnerable to quantum attack than modern wallets addresses.

At current prices, that's over $150 billion in coins that could one day be at risk.

Now, we think the chance of a material threat from quantum computing in 2026 is close to zero,

but markets have a habit of front-running dangers that don't exist yet. If the narrative takes hold,

the selling will be real enough. So then, there they are. Six risks that could slam dunk BTC

in 2026. A recession, the Fed can't rescue. A mining industry drowning in debt and eyeing the exit.

A corporate treasury strategy with a redemption cliff on the horizon. A regulatory pincer in Europe

that welcomes crypto with one hand and gives it the middle finger with the other. A semi-conductor

supply chain that runs through two irreplaceable choke points. And a quantum ghost that isn't real yet,

but might not need to be. The worst case scenario is several or all of these risks materialising

in quick succession. It might not sound likely now, but when cracks of this magnitude appear,

they tend to spread fast and cause cascading failures. And if you want to learn more about how asset

prices could violently reverse in 2026, then why not check out our video about what happens

when passive buying pressure turns into passive selling? You can find it right over here.

That's all from me for now, though. Thank you all for watching and I'll see you again soon.

This is Guy, signing off.

Hello, Guy again. Before you go, if you have a moment, please do rate and review us.

It really helps the podcast grow and find new listeners.

Okay, that's all for this episode. Thank you for listening and see you again soon.