• Bitcoin price tests $65,000 support amid oversold conditions and weak momentum.
• Rising US real yields and oil prices weigh on short-term buying pressure.
• Traders should watch the $68,400 resistance and $65,100 support for the next moves.

Bitcoin (BTC) is showing signs of short-term fatigue as it navigates a tricky market environment.

After failing to break above resistance near $68,400, BTC has retreated toward critical support between $65,600 and $65,100.

The cryptocurrency is now hovering in a delicate range, where technical oversold signals clash with potent macroeconomic pressures.

Technical analysis

The seven-day RSI currently sits at 32.37, suggesting that Bitcoin is nearly oversold.

This level often indicates a potential bounce, but the market has yet to show sustained buying strength. Short-term momentum is fragile, with price action struggling to maintain levels above $66,000.

Even though buyers have defended the $65,600 band so far, a break below $65,100 could signal a deeper correction.

Resistance remains firmly in place at $68,400, and attempts to push past it have been met with immediate selling. Traders should closely watch the $68,000–$68,500 zone, as it represents the ceiling for any short-term recovery attempts.

In this range-bound setup, the market is consolidating rather than trending decisively.

The macro headwinds shaping Bitcoin price movements

Bitcoin’s short-term struggles are compounded by external pressures.

Rising real yields, especially on 10-year TIPS in the United States, have increased the appeal of government bonds over risk assets like BTC.

As a result, investors seeking yield are diverting capital toward these safer instruments, leaving Bitcoin with weaker demand.

At the same time, WTI crude oil prices have surged past $103 per barrel and Brent crude oil prices have hit $114, adding another layer of market uncertainty.

Energy-driven inflationary concerns make the broader financial environment more cautious, further dampening appetite for speculative assets.

Adding to the pressure, a $2.2 billion payout by the FTX Recovery Trust to FTX creditors is scheduled for March 31, 2026.

Recipients may choose to liquidate portions of their holdings, which could add temporary selling pressure and keep BTC range-bound.

Even large buyers, often referred to as whales, are active but appear to be accumulating cautiously below $70,000.

This cautious accumulation suggests that institutional players are positioning for the long term but are unwilling to push aggressively at current levels.

What traders should expect this week?

Short-term momentum is still weak, so any bounce is likely to be contained unless macro conditions improve.

Overall, Bitcoin is at a crossroads, balancing oversold technical conditions against persistent bear pressures from rates, oil prices, and potential selling catalysts.

Traders should monitor the $65,100 level closely, as a decisive hold here would support consolidation between $65,100 and $68,000.

A break below this band could open the door to a further decline toward $63,000 or lower.

On the upside, sustained moves above $68,400–$68,500 would be required to challenge resistance near $70,000.

The New Hampshire Business Finance Authority is set to issue what appears to be the first rated bitcoin-backed bond of its kind, marking a step toward integrating crypto into traditional public finance.

The bonds received a provisional Ba2 rating from Moody’s Ratings, two notches below investment grade. They will be issued through the Business Finance Authority of the State of New Hampshire and are backed by bitcoin BTC$68,157.23 held as collateral, according to a press release.

“The Rated Bonds will be collateralized by a loan… backed by Bitcoin, a digital currency,” Moody’s said in its report.

The structure relies on bitcoin rather than cash flow from a business. Bondholders are repaid through the liquidation of BTC held in custody by BitGo, which will be sold if needed to meet interest and principal payments. The deal includes safeguards common in structured credit, including 1.6x overcollateralization and triggers that force liquidation if the loan-to-value ratio deteriorates.

Moody’s said its rating reflects “risks associated with the transaction’s collateral, structure and operation,” including bitcoin’s volatility. The agency used a 72% advance rate and short liquidation windows to model potential downside scenarios.

The bonds are limited recourse, meaning no public funds are at risk. “No public funds of the State of New Hampshire… may be used to pay amounts under the Rated Bonds,” Moody’s said.

That distinction matters. While the deal uses a state authority, it does not carry state credit backing. Instead, it resembles conduit or project finance, where the issuer serves as a pass-through.

Still, the structure places bitcoin into a part of the financial system where it has rarely appeared: rated debt issued through public channels.

The Ba2 rating places the bonds in speculative-grade territory, but also signals that credit agencies are developing frameworks to assess crypto-backed instruments.

The deal arrives as institutions continue to test ways to use bitcoin beyond trading or treasury holdings. The Labor Department on Monday proposed a rule following an executive order from President Donald Trump that directed regulators to expand access to digital assets in retirement portfolios, marking another step in that direction.

A whitepaper published yesterday by Google Quantum AI shows that a fast-clock quantum computer (with similar architecture to their existing Willow chip) could derive a private key from an exposed public key in approximately nine minutes. Bitcoin settles a block every 10 minutes.

That is, on average, a one-minute margin between the system working and an adversary hijacking live transactions directly from the mempool before they confirm. That multi-trillion dollar minute means that not just Satoshi’s coins, but the entire supply of Bitcoin now and forever is at risk.

For years, the industry’s position on quantum has been some version of “we’ll deal with it when it’s real.” Even for those who took this threat seriously, most believed that the first real threat to Bitcoin was at least a decade away, and would come in the form of “long-range” attacks on dormant assets. This paper, the latest in a string of accelerating breakthroughs make that position untenable.

This research presents a seismic shift that violently accelerates the timeline. The implications for the digital asset ecosystem are acute. If we do not coordinate an urgent upgrade effort immediately, digital assets as we know them may not be viable.

The pace of change is accelerating

Historically, estimates suggested we would need tens of millions of physical qubits running a trillion error-corrected operations to threaten Bitcoin. But critically, those estimates were based not on the elliptic-curve cryptography Bitcoin uses, but on an older algorithm known as RSA-2048.

Google’s whitepaper shatters those prior resource estimates with an architecture for breaking the 256-bit Elliptic Curve Discrete Logarithm Problem (ECDLP) used in Bitcoin specifically.

This paper brings the physical requirement down to fewer than half a million qubits and reduces the number of operations by multiple orders of magnitude. It achieves this using just 1,200 logical qubits at an error rate of 0.1%, a threshold that appears achievable in the near-term. Google has reportedly moved up its own quantum timelines to 2029.

More importantly, the architecture it used (superconducting) featured fast physical clock speeds. That means it isn’t just “lost” or dormant coins that are at risk; every single active Bitcoin transaction could be vulnerable to a quantum attacker snatching it directly from the mempool.

But the Google paper is not an isolated event. It is one of two converging breakthroughs.

Researchers from Oratomic announced a parallel breakthrough using neutral-atom hardware. Leveraging high-rate quantum low-density parity check (qLDPC) codes, they demonstrated that Shor’s algorithm can be executed at cryptographically relevant scales using approximately 10,000 to 22,000 reconfigurable atomic qubits. What once required millions of qubits has been compressed by orders of magnitude in just a few short years on two separate technological tracks, simultaneously.

Multiple tech trees with one target

How is it possible that quantum made little progress for so long, but we are now witnessing the timeline collapse so quickly? Simply put, small iterative improvements in physical fidelity, error correction, control architectures, and algorithm design are creating a feedback loop that compounds progress.

Faster machines enable better error-correction research, lowering the resource bar for the next generation of machines and accelerating timelines at non-linear speeds.

Perhaps the most dangerous misconception is that quantum progress relies on a single “miracle” breakthrough in one specific type of physics. The quantum threat is not a single moonshot that might stall. Superconducting, photonic, neutral-atom and ion-trap architectures represent entirely different engineering roadmaps, physics and funding pipelines. Only one needs to succeed for quantum computing to become cryptographically relevant.

It’s true that none of these systems has been fully proven at scale yet. But they are increasingly being proven, with serious names and serious capital behind them. Are we really willing to roll the dice with trillions of dollars on the line?

The clock is ticking on migration

The instinct to defer until a cryptographically relevant quantum computer is publicly confirmed fundamentally misunderstands how decentralized networks upgrade. Migrating a decentralized network like Bitcoin is not like flipping a switch on an enterprise server. Trillions of dollars of assets are at risk, and all networks need to perform an unprecedented upgrade to introduce new cryptography at the most foundational level.

Unfortunately, solving one problem creates new challenges. Post-Quantum Cryptography (PQC) requires significantly larger digital signatures, thereby increasing bandwidth, storage and compute requirements. Implementing this requires a hard fork, and reaching the necessary community consensus will be an arduous, politically fraught process.

Even after a consensus is reached, the sheer logistics of moving the assets are staggering. At bitcoin’s current transaction rate, migrating the network to post-quantum addresses would take several months – assuming the network processed nothing else and every block was full.

If we wait until Q-Day (when a quantum computer relevant to cryptography is publicly confirmed) to begin this process, it will be too late. Digital signatures will have already lost their authority, and any attempt to fix the problem retroactively will spark intense financial volatility. In a worst-case scenario, there may be competing forks, shattered institutional trust and a crisis of provenance for trillions of dollars in assets.

Urgency, not panic

This is not a call for panic. It is a call for realism. Executives and institutions that now hold a massive portion of the circulating bitcoin supply, stablecoin issuers and major protocol teams need to acknowledge that the risk profile has fundamentally changed. The quantum threat is no longer a theoretical exercise for academics; it is an engineering reality moving at breakneck speed.

We must act now. The world needs proactive migration strategies, tools to register post-quantum ownership, and an industry-wide mandate to upgrade before the first silent theft occurs. The quantum adversary is coming, and they will not declare themselves. But we can prepare. We must coordinate this upgrade today to ensure the foundation of digital trust survives into the quantum era.

On Monday, two research pieces about quantum cryptography dramatically slashed the hardware requirements for cracking private keys to vast sums of digital assets, including over a million bitcoin (BTC) owned by Satoshi Nakamoto. By some estimates, the deadline to fork Bitcoin to post-quantum cryptography has accelerated by two orders of magnitude.

In other words, both research teams described multiplicative, not additive, advancements to quantum computing. Although the two teams approached different layers of the quantum stack, their improvements compound.

To summarize in brief, the number of physical qubits required to crack the elliptic curve signatures protecting the private keys of exposed BTC public keys has collapsed from roughly 9 million to as few as 10,000.

Google Quantum AI’s whitepaper, co-authored with Stanford researcher Dan Boneh and Ethereum Foundation’s Justin Drake, showed that fewer than 1,200 logical qubits and 90 million Toffoli gates using Shor’s algorithm might be able to solve the Bitcoin protocol’s 256-bit Elliptic Curve Discrete Logarithm Problem (ECDLP). On a superconducting quantum computer, that translates to fewer than 500,000 physical qubits, executing in minutes. Google called the result a 20-fold reduction over prior estimates.

Hours later, Oratomic, founded by Caltech and Harvard faculty, released its own breakthrough. Using new error-correcting tactics on ‘neutral atom’ quantum hardware, this team showed Shor’s algorithm running at private key-breaking speed with as few as 10,000 physical qubits. A faster variant using 26,000 qubits could crack a BTC private key using only its public key within roughly 10 days.

WisdomTree does not see pending U.S. crypto legislation as a prerequisite for innovation, even as policymakers debate new rules for digital assets.

“I don’t [think] it would inhibit anything that we’re trying to do,” said Will Peck, the firm’s head of digital assets, referring to the proposed Clarity Act. “We don’t view it as a gatekeeper.”

The Clarity Act, which is pending approval from Congress, aims to establish clearer jurisdiction between the Securities and Exchange Commission (SEC) and the Commodity Futures Trading Commission (CFTC), while setting rules for how digital assets are classified and regulated. Supporters say it could reduce uncertainty that has slowed institutional adoption.

Peck’s believes much of the framework already exists. “The SEC has all the tools… to foster good tokenized security markets, good tokenized fund markets,” he said.

That perspective reflects WisdomTree’s approach. The asset manager has been building in crypto and tokenization for years, earlier than many traditional peers. It offers a spot bitcoin exchange-traded fund (ETF) in the U.S. and a broader suite of crypto exchange-traded products in Europe, where competition has been less intense and innovation started earlier.

More recently, the firm has focused on tokenized real-world assets. WisdomTree operates one of the larger tokenized money market funds, a product category that has grown as investors look for yield on-chain. Peck said the fund has already found “good product market fit.”

The company also secured a form of SEC relief that allows the fund to trade continuously. “This holy grail of… instant settlement is actually happening now with this product,” Peck said.

In practice, that means institutional investors can move between U.S. dollars, stablecoins like USDC and the fund itself at any time, rather than waiting for end-of-day processing. The model points to how traditional financial products could evolve on blockchain rails.

WisdomTree’s broader goal is to bring more regulated investment products on-chain. Peck said the firm wants to expand beyond money market funds into other tokenized instruments, including exchange-traded funds and yield-generating products. Over time, that could allow investors to access familiar assets directly from digital wallets, without relying on traditional brokerage accounts.

The firm is also betting that demand will persist regardless of market cycles. “It has not affected us at all,” Peck said of recent crypto price volatility, describing activity as “all systems go.”

While Peck said the Clarity Act would be “constructive for the industry,” he suggested it is not the main driver of progress. Instead, firms like WisdomTree are moving ahead using existing regulatory pathways.

Bitcoin’s first-quarter slump capped an unusual run: nearly six months of underperformance against U.S. equities, a stretch that has no precedent.

“That’s never happened,” said Mark Connors, founder of Risk Dimensions, pointing to data showing bitcoin lagging stocks consistently since early October. The trend has raised fresh questions about whether the asset is behaving more like a risk trade than a hedge.

Bitcoin fell roughly 22% in the first quarter of 2026, following a 25% decline during the final three months of 2025. Over a similar period, the S&P 500 declined far less, leaving a wide performance gap. Connors said the duration of that gap, not just the size, stands out. Previous pullbacks have been sharper but shorter.

The weakness came amid broader market struggles. U.S. equities logged their worst quarter in four years, with the Nasdaq down more than 10% from recent highs. The combined decline across stocks and crypto erased much of the rally that followed the 2024 election.

Policy progress has been uneven. A new SEC chair has helped clear a path for more crypto ETFs, and lawmakers have advanced measures such as the GENIUS Act. Trump also signed an executive order in August that would make it easier for 401(k) plans to include alternative assets such as cryptocurrencies, private equity and real estate, which the Labor Department proposed a rule in response to on Monday.

March Shows Signs of Stability

Despite the weak quarter, bitcoin held up better in March than many expected.

The early March escalation between the U.S. and Iran sent shockwaves through global markets, driving oil prices and the U.S. dollar higher as investors reacted to supply risks and rising costs.

The volatility triggered sharp moves across asset classes. Gold, often treated as a safe haven, saw extreme swings as margin calls and urgent liquidity needs forced selling by both institutional investors and sovereign entities. The scale of the move ranked among the most severe short-term dislocations in decades.

Bitcoin, however, did not experience the same level of forced unwinding. The crypto rose about 1% in March, while gold fell 11% over the same period. “It really hung in there,” Connors said.

He attributes that stability in part to earlier liquidations that cleared out leveraged positions. Bitcoin’s ability to move quickly across borders may also limit forced selling compared with physical assets.

Outlook: A “Coiled Spring”?

Looking ahead, Connors pointed to bitcoin’s extended stretch of underperformance relative to equities as a factor that could shape what comes next. Rolling 63-day data shows the asset has lagged the S&P 500 since October — the longest such period on record — an imbalance that has historically preceded reversals.

If that pattern holds, bitcoin could be entering a phase where relative weakness gives way to renewed demand, particularly as macro pressures tied to debt and currency expansion continue to build in the background.

The timing, however, may depend less on market structure and more on geopolitics. The trajectory of the Iran conflict and its impact on energy markets, liquidity and global risk appetite could determine how quickly sentiment shifts.

“It’s either two months or two years,” Connors said.