Bitcoin
These Fiat Arguments Regarding OP_RETURN Need to Go
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What Jimmy Song’s Criticism Reveals About Bitcoin’s Ideological Fault Lines
It started with a technical change. A minor tweak in the vast machine of Bitcoin Core’s software. But when Bitcoin educator and longtime developer Jimmy Song called it out, it became a lightning rod. “These fiat arguments regarding OP_RETURN need to go,” he declared. The words weren’t just frustration—they were a battle cry. In Song’s view, the decision to remove the 80-byte limit on OP_RETURN in Bitcoin Core 30 wasn’t just a matter of bytes. It was, he argued, an abandonment of Bitcoin’s foundational principles—decentralization, sound money, and ideological purity.
At the heart of this conflict is OP_RETURN, a scripting function in Bitcoin that allows users to embed data into the blockchain in a provably unspendable way. This opcode was never meant to carry weighty functions; its existence was always controversial, seen by some as an unnecessary loophole for smuggling non-monetary data into the ledger. To mitigate abuse, Bitcoin Core enforced a hard limit—80 bytes. Enough to include a hash, timestamp, or small metadata snippet, but not large enough to clog the chain.
With the release of Bitcoin Core 30, that limit is gone. The new policy does not impose a strict byte ceiling. It opens the door—slightly, then potentially wide—for arbitrary data insertion. Jimmy Song sees this as a fundamental failure of Bitcoin’s stewards. To him, this isn’t an expansion of capability, it’s a defection. By removing a limit designed to protect node operators from ever-growing blockchain size, developers are inviting the kind of mission creep that could one day centralize the network through bloat.
The backlash has already begun. Many node operators have shifted to running Bitcoin Knots, an alternative implementation of Bitcoin Core that has chosen to preserve the OP_RETURN size limit. According to recent estimates, Knots now powers nearly one in five Bitcoin nodes—a staggering increase from just one percent a year ago. This is not a passive protest. It is a deliberate ideological split.
Jimmy Song’s critique is rooted in a belief that Bitcoin must resist the creeping logic of fiat systems. By this, he means systems governed by central authority, mutable rules, and vague reasoning. He argues that the rationale for removing the OP_RETURN limit—that spam is hard to define, that people should be free to experiment—is itself a form of fiat thinking. In fiat systems, rules bend to accommodate power. In Bitcoin, rules are meant to resist it.
He accuses the Bitcoin Core developers of avoiding the hard truths. Removing the size limit invites spam, and while spam may be difficult to define in the abstract, Song insists it is not difficult to recognize in practice. When blockchain space is used to inscribe JPEGs, obscure tokens, or vanity data, it ceases to serve Bitcoin’s primary mission: sound, decentralized money. In his eyes, pretending that “spam” is a nebulous, unsolvable concept is a rhetorical dodge—one that undermines the responsibilities of Core maintainers to the broader ecosystem.
The debate is not new. It echoes the block size wars that rocked the Bitcoin community in 2015 and 2016, which culminated in the controversial fork that gave rise to Bitcoin Cash. That dispute pitted large-block proponents—those who favored higher capacity and faster throughput—against small-block purists, who feared that larger blocks would erode decentralization by making full nodes more expensive to run. Today’s OP_RETURN argument follows a similar trajectory. How much data should Bitcoin allow in its blocks? How much leeway should developers grant to non-monetary use?
The consequences of unlimited or poorly defined data inclusion are not hypothetical. Larger blocks lead to a heavier blockchain, which in turn increases the storage, bandwidth, and compute requirements for running a full node. As these costs rise, fewer individuals are able or willing to operate their own nodes. That loss of participation strikes at the heart of what makes Bitcoin resilient: the ability for anyone, anywhere, to verify the chain independently.
Song’s warning is simple. If Bitcoin allows its chain to become bloated with non-financial data, it becomes less accessible to average users. That means fewer full nodes, more reliance on third parties, and ultimately, a network that starts to resemble the centralized systems it was built to replace. Removing a byte limit may feel like a minor change, but it signals a shift in mindset—from minimalism and security to permissiveness and feature creep.
Core developers, however, argue that innovation should not be stifled by arbitrary constraints. They point to use cases that leverage OP_RETURN for valid purposes—timestamping documents, anchoring data from other blockchains, or enabling decentralized identity. To them, removing the 80-byte cap simply offers flexibility. As long as fees reflect usage and the network remains functional, they see no harm in allowing users to explore novel applications.
But to Song and those aligned with him, this is a dangerous gamble. Bitcoin is not a general-purpose data layer, they argue. It is a monetary system, and its success hinges on the tight control of its resources. Letting developers and users define acceptable use on a case-by-case basis opens the door to mission drift. And once those doors are opened, history shows, they rarely close again.
This controversy is more than just a disagreement over code. It’s a referendum on Bitcoin’s identity. Is Bitcoin a neutral, flexible protocol open to interpretation and innovation? Or is it a hardened monetary system whose strength lies in minimalism and ideological clarity?
For now, the network remains intact. But the rift is growing. Competing node software is on the rise. Developers are choosing sides. Users are being forced to ask themselves what kind of Bitcoin they believe in.
Jimmy Song’s words may sound combative, but they strike at a central truth. In decentralized systems, governance happens not just through consensus rules but through cultural norms and community vigilance. The fight over OP_RETURN is not about bytes. It’s about boundaries. And in the battle to define Bitcoin’s future, those boundaries matter more than ever.
Bitcoin
Quantum Computing Could Unlock Lost Bitcoin — Analysts Say
An on‑chain analyst argues that the looming arrival of powerful quantum computers may trigger one of the most disruptive moments in Bitcoin’s history. Not because quantum hardware is suddenly able to break Bitcoin’s cryptography today, but because of how the network might respond (or fail to respond) to the threat.
Threat #1: Dormant Bitcoin supply at risk
A key point in the article is that a large portion of Bitcoin’s supply lies in wallets that have not moved for years. According to one data source cited, about 32.4 % of all Bitcoin hasn’t moved in over five years, and about 16.8 % has been dormant for more than a decade.
Why is that relevant? These unmoved coins are often assumed to be “lost”, though not always—some might simply be long‑term holdings or cold wallets. The analyst, James Check of Checkonchain, argues that these coins are the first potential targets in a quantum attack scenario, because many of them use older address formats and signature schemes which might be more exposed.
Threat #2: Cryptography vulnerability
The article identifies that Bitcoin currently uses elliptic‑curve digital signature algorithms (ECDSA) and Schnorr signatures. These rely on locked‑in algorithms that could theoretically be broken by sufficiently powerful quantum computers using, for example, Shor’s algorithm.
It’s noted that the National Institute of Standards and Technology (NIST) has already approved several quantum‑resistant signature schemes, and that the Bitcoin community has proposals (such as BIP 360) to adopt post‑quantum cryptography. But moving from proposal to consensus to deployment is non‑trivial in a decentralized network like Bitcoin.
Political/governance risk over purely technical risk
The article argues that the more acute risk isn’t necessarily “quantum hardware tomorrow breaks Bitcoin” but rather the governance and coordination challenge of how to deal with the switch to quantum‑resistant protocols, especially when old coins are involved. If coins migrate to quantum‑resistant addresses, fine. But if a large amount of Bitcoins remain in older address formats, those coins potentially become vulnerable (if quantum attacks arrive).
One quote:
“Actually, I think a lot of confusion on quantum and BTC is that everyone frames it as a tech problem, but what makes the problem specifically unique to BTC is that the tech problem is secondary.”
In short, the article frames this as a “political” / consensus / transition risk more than an immediate technical collapse.
Timeline and technical feasibility
The article provides estimates of how many qubits might be required for an attack. For instance, one estimate suggests that on the order of 126,000 physical qubits might be required to break elliptic‐curve signatures securing Bitcoin wallets. Another posits that 2,300 logical qubits might suffice under certain conditions.
However, not all experts agree the threat is near‑term. For example, Adam Back, CEO of Blockstream, is quoted as saying the quantum threat to Bitcoin is at least 20–40 years away, because today’s machines are noisy and need extensive error correction.
Strategic implications for Bitcoin holders & ecosystem
What does this article mean for someone holding Bitcoin, or for ecosystem watchers? A few key takeaways:
- If you are holding Bitcoin in long‐term static addresses (especially older address types which expose public keys once redeemed), there is a future risk (though not necessarily immediate) that those coins are more “vulnerable” than ones you migrate to quantum‑safe addresses.
- The Bitcoin ecosystem will need to coordinate a migration (or upgrade) to quantum‑resistant cryptography, which includes both technical (algorithm selection, wallet implementations) and governance coordination (how to treat old addresses, how to migrate coins, whether to freeze some addresses, etc).
- There may be “first mover” opportunity or risk around large dormant wallets. If quantum‑capable adversaries begin harvesting public keys from blockchain data now (a “store now, attack later” strategy) then long‑inactive addresses could be tempting targets.
- The horizon remains uncertain: whether we talk about late 2020s, 2030s, or even 2040s depends on assumptions about quantum hardware progress. But the article makes clear the discussion is increasingly serious among institutional actors. For example, the Government of El Salvador (cited in the article) split its Bitcoin holdings across many addresses explicitly citing quantum risk.
My additional perspective and commentary
From my vantage point the article is valuable, but there are nuances worth emphasizing. First, despite the attention, no known quantum computer today can actually break Bitcoin’s signature scheme in the wild. The estimates of qubit counts are large and assume many breakthroughs in error correction and scaling. So the threat is realistic, but not imminent in the sense of “tomorrow your coins vanish”.
Second, the transition to quantum‑resistant cryptography is easier said than done. In Bitcoin’s case, the network must agree on the changes (via BIPs, deployment, miner/node support) and then wallets/exchanges must roll out support without fracturing the ecosystem. The article correctly frames the governance as the bottleneck.
Third, for holders my advice is conservative: maintain strong security practices, monitor whether your wallet provider or service supports quantum‑resistant schemes (or has migration plans). If you hold coins in cold storage in older address formats and you’re planning to hold for decades, then this topic should at least be on your radar.
Finally, this story intersects with AI: the article mentions that advances in AI‑driven quantum‐algorithm research could accelerate the timeline (for example, discovering more efficient quantum attack algorithms). So it’s not just hardware; software breakthroughs matter.
Bitcoin
Wall Street Pulls Back on Proxies as Direct Bitcoin Access Becomes Mainstream
In a decisive shift within institutional finance, major funds have quietly trimmed roughly $5.4 billion in holdings of StrategyB (MicroStrategy) (ticker: MSTR) during the third quarter of 2025. What once served as a convenient equity‑based route to Bitcoin exposure is now being sidelined as direct crypto access becomes more efficient and regulated. According to aggregated filings, institutional paper value in MSTR dropped from approximately $36.3 billion to $30.9 billion—a decline of about 14.8 percent.
The Rise of the Proxy Trade
MicroStrategy transformed from enterprise software company into the de‑facto “shadow Bitcoin ETF” when its leadership embraced Bitcoin accumulation in 2020 under Michael Saylor. Because many institutional allocators were constrained from buying the digital asset outright, MSTR offered a regulated, listed vehicle whose fortunes moved in tandem with Bitcoin’s. At its peak, the stock traded at nearly twice the value of its net Bitcoin holdings per share, reflecting a scarcity premium and strong demand for indirect crypto exposure.
A Quiet Unwind in Q3
Despite Bitcoin trading relatively steadily through Q3—hovering near $95,000 and even touching a new all‑time high above $125,000—the reduction in MSTR holdings cannot be attributed to market stress or forced liquidations. The evidence points to a conscious decision by institutions to scale back this proxy. As many as dozen large managers, including Vanguard, BlackRock and Fidelity, pulled back more than a billion dollars each from MSTR. This is not a collapse, but a measurable pivot in strategy.
Why Now? The Growing Use of Spot Bitcoin and ETFs
The timing of this shift mirrors the maturing institutional environment around Bitcoin access. With spot Bitcoin ETFs and other regulated custodial solutions gaining momentum, many large portfolios no longer require an equity wrapper to gain crypto exposure. The original appeal of MSTR—liquid, listed, and regulatory friendly—has eroded. Its role is evolving from essential access point to one of several optional strategic vehicles.
Implications for MicroStrategy and Its Investors
MicroStrategy remains a massive player, with more than $30 billion still held in institutional exposure. However, the era in which it stood as the sole efficient gateway to Bitcoin on Wall Street is over. Going forward, the risks inherent in its structure—corporate leverage, equity dilution, dependency on Bitcoin performance—will carry greater weight. Investors seeking pure Bitcoin exposure may increasingly bypass the corporate overlay and go directly into crypto or spot ETFs. For those who stay with MSTR, the strategy may warrant reclassification: from broad crypto proxy to tactical instrument with corporate‑wrapped risks.
What to Monitor Going Forward
A few key timelines and metrics will help clarify how this shift plays out. First, Q4 filings will signal whether institutions continue to reduce exposure, hold steady, or begin re‑investing in MSTR. Second, Bitcoin’s performance will matter: a sustained rally above $100,000 may reinforce MSTR’s appeal, whereas a drop toward $80,000 will test corporate wrapper risk in sharper relief. Finally, broader adoption of regulated crypto vehicles will determine if proxies like MSTR become niche or mainstream strategic options.
In sum, the unwind of MSTR holdings marks an institutional inflection point. It signals greater confidence in direct Bitcoin access and highlights the evolving nature of crypto integration within mainstream finance.
Bitcoin
MicroStrategy Faces Index Exclusion as Bitcoin Bet Backfires
What started as one of the most audacious moves in corporate finance—an enterprise software firm morphing into a Bitcoin holding company—now faces an existential challenge. MicroStrategy’s stock (MSTR), championed by chairman Michael Saylor as the regulated bridge for institutional Bitcoin exposure, is on the verge of being removed from the Nasdaq 100 and MSCI USA indexes. For a company whose identity is built on the crypto narrative, index exclusion could signal a turning point with far-reaching consequences for markets, investors, and Bitcoin’s institutional pathway.
Why Index Inclusion Matters
Inclusion in indices like the Nasdaq 100 or MSCI USA isn’t just cosmetic—it directly influences capital flows. Index-tracking funds and ETFs buy shares of included companies by default, providing consistent demand. Removal, however, triggers mandatory selling by those funds. JPMorgan analysts estimate MicroStrategy could see passive outflows of up to $2.8 billion if removed from MSCI alone. If other indexes follow, the total could climb to $9 billion.
That scale of mechanical selling could compress liquidity, reduce valuation multiples, and increase funding costs for MicroStrategy—all while shrinking one of Bitcoin’s key institutional access points.
Why Is MicroStrategy at Risk?
The trigger lies in MicroStrategy’s evolving identity. Once known for its business intelligence software, the company now holds over 600,000 BTC—more than 3% of the global supply. Its value is increasingly tied not to revenue or earnings, but to the market price of Bitcoin.
MSCI recently launched a consultation on whether companies that derive the majority of their value from digital asset holdings should be classified as operating companies or investment vehicles. The proposal considers excluding firms whose crypto reserves exceed 50% of total assets. MicroStrategy is a textbook case.
Further complicating matters, the company’s stock performance and valuation have become closely tied to Bitcoin, sometimes acting as a leveraged bet on its price. That volatility and lack of operational diversification make it a risky outlier for traditional equity indices.
The Numbers Behind the Shift
MicroStrategy’s valuation premium has faded. At one point, investors were willing to pay well above the spot value of its Bitcoin stash—effectively rewarding the company’s bold positioning. That premium has eroded. The mNAV (market cap to net asset value) has shrunk to around 1.1, indicating the stock trades only slightly above the value of its crypto holdings.
Since October, Bitcoin has slid by more than 30%, and MicroStrategy’s stock has fallen around 60% from its 2024 peak. With fewer buyers and more volatility, its resemblance to a traditional tech stock is diminishing fast.
What Happens Next?
MSCI is expected to finalize its decision by January 15, 2026. If MicroStrategy is removed, passive index funds would likely begin selling immediately upon rebalancing, putting additional pressure on the share price. Other indexes—such as Nasdaq or Russell—may follow MSCI’s lead, compounding the impact.
Importantly, the company would not be delisted from stock exchanges. It would still trade on Nasdaq, but it would no longer be included in key benchmarks that guide institutional allocations. That distinction could dramatically change the company’s capital access and visibility.
Implications for Investors and Bitcoin
For MicroStrategy, index removal would reduce access to passive capital and potentially weaken its long-term treasury strategy. For investors, it could trigger a reassessment of exposure to crypto-proxy equities. And for Bitcoin, it may eliminate one of its highest-profile institutional champions from mainstream finance.
MicroStrategy has long served as a regulated, public-market conduit for Bitcoin investment. If removed from key indices, that role may diminish, shifting investor focus to emerging alternatives like spot Bitcoin ETFs or other publicly traded companies with more diversified business models.
Strategic Lessons
MicroStrategy’s journey offers two key takeaways. First, aligning a company too closely with digital assets introduces index eligibility risks—even if it boosts short-term valuation. Second, the line between innovative strategy and structural risk can blur quickly when regulation and index rules shift.
As January 2026 approaches, all eyes are on whether MicroStrategy can retain its position in traditional finance’s upper echelon—or whether it will be cast out as a crypto anomaly in a world of more conventional capital.
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