Advancements in Quantum Technology: An Opportunity for the Encryption Industry

marsbitPublicado em 2026-04-03Última atualização em 2026-04-03

Resumo

Quantum computing advancements, particularly Google's research, are accelerating the timeline for practical quantum applications, posing a near-term threat to cryptocurrency encryption. Estimates suggest quantum systems with as few as 10,000 to 260,000 qubits could break Bitcoin’s elliptic curve encryption—far fewer than previously thought—potentially exposing vulnerabilities by 2029. Risks include rapid private key extraction during transactions and threats to Ethereum’s DeFi and tokenized assets worth ~$100 billion. While theoretical, these risks are driving market action: quantum-resistant tokens and protocols have surged up to 50%, indicating investors are pricing in defensive infrastructure early. Mainstream crypto prices remain stable, reflecting confidence that upgrades, not collapse, will address the threat. The industry must transition to post-quantum cryptography, leveraging existing solutions like zero-knowledge proofs. Blockchain’s adaptability—through forks and protocol upgrades—offers a structural advantage. Quantum computing challenge is thus a forced opportunity: winners will be those embedding quantum resistance into governance and technology design before threats fully materialize.

Author: Sean Stein Smith, Forbes

Compiled by: Saoirse, Foresight News

Currently, the encryption industry is already struggling with public opinion controversies, geopolitical conflicts, and financial turmoil. Google's latest research has brought new challenges to this field: the timeline for the practical implementation of quantum computing is constantly being advanced.

For years, the potential threats posed by quantum computing have been discussed, debated, and researched within the industry. Blockchain developers have long been working on quantum-resistant encryption technologies. However, what truly stirs the investment market is the pace of technological iteration. Google's Quantum AI team pointed out that a quantum computer would need fewer than 500,000 qubits to crack the elliptic curve encryption algorithm used by Bitcoin—a method long regarded as highly secure. Setting aside the technical parameters of qubits, the key fact is: the latest estimated number of qubits required is far lower than previously expected, moving the timeline for the blockchain ecosystem's potential "life-or-death test" forward to 2029.

Apart from Bitcoin potentially exposing security vulnerabilities in just 9 minutes, another report highlighted the risks faced by Ethereum: the network has up to 5 potential attack vectors that, if exploited, could endanger approximately $100 billion in DeFi and tokenized assets.

It is important to note that the quantum computers mentioned in these research reports have not yet been realized and remain theoretical. However, the discussions have already led to double-digit gains for tokens and protocols with quantum-resistant features. Additionally, tokens considered "quantum-adaptable" due to their use of more advanced protocols like zero-knowledge proofs have also benefited from this wave of attention.

Beyond speculative sentiment and panic-driven surges, as quantum technology continues to permeate the broader financial market, investors should recognize some key lessons and insights.

Quantum Risk Is No Longer Theoretical, and That’s Actually a Good Thing

Discussions around quantum computing and cryptocurrencies have shifted from abstract risks to quantifiable practical threats. New research shows that quantum systems may require only 10,000 to 26,000 qubits to break widely used encryption standards, a significant reduction from previous estimates of millions. More importantly, attack scenarios are no longer hypothetical. Researchers have outlined some attack methods: extracting private keys from ongoing transactions within minutes, or even transferring funds before transactions are confirmed.

This reality redefines the core issue for investors, auditors, and policymakers: the risk is no longer about "whether quantum computers will emerge" but whether existing systems can migrate to post-quantum encryption quickly enough. Some estimates suggest that "quantum nodes" could arrive as early as 2029, leaving a time window for the industry to respond that is shorter than the upgrade cycles of most financial infrastructures.

From a practical perspective, the market is facing a typical accounting and valuation challenge: the need to recognize and assess contingent liabilities before they materialize into actual losses.

The Market Is Already Pricing in the Quantum Transition

Despite the underlying threat still unfolding, market behavior indicates that participants are not waiting for clarity. Tokens and projects emphasizing quantum-resistant features have seen gains of nearly 50%, suggesting that capital is flowing into defensive infrastructure and related projects in advance.

This is a common pattern in financial markets: investors often price structural risks into valuations before they materialize. In the current context, this means capital will flow toward quantum-resistant encryption technologies, upgraded blockchain protocols, and participants focused on security in this field.

At the same time, despite increasingly clear warnings, the prices of mainstream crypto assets remain relatively stable. This reflects a market consensus that this transformation will be achieved through protocol-level upgrades rather than the industry's collapse.

For accounting and auditing professionals, this introduces a new dimension to valuation analysis. Digital assets must not only contend with market volatility and regulatory changes but also bear the risk of technological obsolescence—a risk that must be disclosed, modeled, and stress-tested.

The Encryption Industry Is Unlikely to Perish, but Its Underlying Architecture Will Be Reconstructed

Despite the urgency of warnings, the overall conclusion from various studies and industry commentaries is clear: quantum computing will not颠覆 blockchain but will force it to reconstruct its security system. Recent analyses have pointed out multiple attack paths, including rapid exploitation of transaction-level vulnerabilities and slower attacks targeting dormant wallets with exposed keys.

At the same time, ongoing research in the post-quantum encryption field shows that viable solutions already exist, though their adoption remains uneven.

Importantly, any observer, investor, or policy advocate can attest: blockchain systems are not static. Protocol upgrades, hard forks, and encryption algorithm migrations are already part of the ecosystem's operational mechanism. Compared to traditional financial infrastructure, this adaptability is itself a structural advantage.

Quantum computing does not present a fatal flaw but rather a forced opportunity for advancement. The ultimate winners will not be those trying to avoid the risk but those who drive the transformation, embedding quantum-resistant capabilities into governance,信息披露, and technical design before the threat fully materializes.

Perguntas relacionadas

QWhat is the new estimated number of qubits required to break Bitcoin's elliptic curve encryption, according to Google's quantum AI team?

AGoogle's quantum AI team estimates that quantum computers would require less than 500,000 qubits to break the elliptic curve encryption used by Bitcoin.

QBy what year is the blockchain ecosystem expected to face a critical 'survival test' due to quantum computing threats?

AThe blockchain ecosystem is projected to face this critical test as early as 2029.

QWhat is one of the primary ways the market is responding to the quantum threat, as indicated by token performance?

AThe market is responding by pricing in the quantum transition early, with tokens boasting quantum-resistant features seeing price increases of nearly 50%.

QAccording to the article, what is the fundamental shift in the discussion around quantum computing and crypto?

AThe discussion has shifted from an abstract risk to a quantifiable, practical threat, with researchers outlining specific attack vectors.

QHow does the article characterize the ultimate outcome for the crypto industry in the face of quantum computing?

AThe article states that quantum computing will not destroy the crypto industry but will force a reconstruction of its underlying security architecture, presenting a forced opportunity for development.

Leituras Relacionadas

A 'Overlooked' Market Event: Joint US-Japan-South Korea Intervention, Rare US Treasury Involvement, and Bessent's Quiet 'Market Rescue'?

Summary: The United States, Japan, and South Korea executed their largest coordinated foreign exchange intervention in nearly 30 years. The action targeted depreciation pressure on the Japanese yen and South Korean won. This move is seen as a significant effort by the US to stabilize the financial markets of its key allies and prevent the spillover of risks. Key details: * Japan reportedly intervened on July 30 using approximately 8.45 trillion yen (about $52.8 billion). South Korean authorities also intervened that day, selling dollars to support the won. * Notably, the US Treasury Department intervened directly in yen markets for the first time in roughly 30 years. The New York Fed, reportedly acting on behalf of the Treasury, sold euros to buy yen via Goldman Sachs and Morgan Stanley on July 31. Analysts view the use of the euro-yen pair as a way to alleviate yen pressure without adding selling pressure to the US dollar. * Prior to the action, the New York Fed conducted "rate checks" on both USD/JPY and EUR/JPY, a newer signaling tool that falls between verbal and physical intervention. The intervention is interpreted as going beyond traditional currency stabilization. Analysts, such as Michael Hartnett of Bank of America, suggest it resembles a "Price Keeping Operation" for the AI era. The core US objectives are perceived to be: 1. Preventing rapid yen depreciation from triggering a sharp rise in Japanese government bond yields. 2. Containing financial stress from spreading across Asian markets like South Korea and Japan. 3. Reducing the risk of disorderly capital flows impacting the US bond market. This coordinated action underscores the importance of Japan and South Korea as critical partners in the US semiconductor and AI supply chain. Stabilizing their financial markets is seen as vital to mitigating risks to the broader tech industry and the US market itself. The intervention coincides with market pressures, including the KOSDAQ index hitting a low since October 2022. While seen as a move to control volatility, some analysts caution it may not fundamentally reverse existing market trends.

marsbitHá 3m

A 'Overlooked' Market Event: Joint US-Japan-South Korea Intervention, Rare US Treasury Involvement, and Bessent's Quiet 'Market Rescue'?

marsbitHá 3m

Will the Federal Reserve Definitely Raise Interest Rates in September? How Will Cryptocurrencies and US Stocks Bear the Pressure?

In early August 2024, market expectations for a September Federal Reserve rate hike surged dramatically, from below 50% to over 80%, driven by renewed inflation concerns. This shift followed a contentious July FOMC meeting where a 9-3 vote to hold rates revealed a growing hawkish faction advocating for an immediate hike, citing prolonged above-target inflation. The key catalyst is escalating conflict near the Strait of Hormuz, which has pushed oil prices up approximately 20% in July, threatening to reignite inflation. The next critical data point is the July CPI report on August 12th; a hot reading could solidify hike expectations. For crypto assets, particularly Bitcoin, this represents near-term pressure. Bitcoin continues to exhibit high-beta, risk-on characteristics, making it sensitive to tightening liquidity and higher opportunity costs. However, historical precedent suggests that if a hike is perceived as the cycle's end rather than its start, the negative impact may be brief, with markets quickly pivoting to anticipate future rate cuts. U.S. stocks, especially crypto-linked equities like Coinbase and high-valuation tech stocks, face amplified volatility. Higher rates increase discount rates in valuation models, pressuring growth stocks. This coincides with a pivotal tech earnings season where investor focus has shifted from massive AI capital expenditures to demonstrable revenue and cash flow generation. Companies with negative cash flows and weak growth narratives could see severe pressure if a September hike materializes, as financing costs would rise. Key indicators to watch include oil prices, upcoming inflation data, and Fed commentary at events like the Jackson Hole symposium.

Odaily星球日报Há 3m

Will the Federal Reserve Definitely Raise Interest Rates in September? How Will Cryptocurrencies and US Stocks Bear the Pressure?

Odaily星球日报Há 3m

How Likely is it for TradeXYZ to Go Solo from Hyperliquid?

The article analyzes the possibility of TradeXYZ, a dominant project on Hyperliquid's HIP-3 real-world asset (RWA) perpetual contracts market, splitting off to build its own independent trading platform. With TradeXYZ commanding over 90% of HIP-3 volume and over 35% of Hyperliquid's total open interest, its leverage and influence are significant. The primary motive for a split is seen as capturing the underlying protocol fees, of which TradeXYZ currently receives only half. However, several factors strongly discourage such a move. First, replicating Hyperliquid's high-performance infrastructure would be challenging and could degrade TradeXYZ's product quality. Second, Hyperliquid serves as a crucial distribution channel, with most users accessing TradeXYZ's liquidity through its frontend. Third, the close, trusting relationship between the founders of both projects makes a hostile "betrayal" unlikely. The conclusion is that a split would likely result in a lose-lose scenario. Hyperliquid would lose its main growth narrative and see its valuation impacted, while TradeXYZ would face immense technical hurdles, lose its primary user channel, and damage its reputation. Instead of a full separation, the more probable path is for TradeXYZ to negotiate better terms while deepening integration, focusing on enhancing its own brand and user ownership.

marsbitHá 54m

How Likely is it for TradeXYZ to Go Solo from Hyperliquid?

marsbitHá 54m

"Teletubbies" Robot Cleaning Service, $30/Hour, Pure·Manual·Intelligence

Anthropomorphic "Teletubby" robot offers cleaning services in San Francisco at $30/hour, but it's entirely remote-controlled. The robot, created by startup Tau Robotics, can perform household tasks like washing hands, mopping floors, and taking out trash. While the initial demo videos appear impressive and are notably shown at normal speed (unlike many sped-up robot demos), the company reveals the actions are performed via human teleoperation, not autonomous AI. Tau Robotics, founded in 2024, argues this "cheat" is a strategic way to bridge the current capability gap, ensure task completion, and collect real-world home data to eventually train autonomous systems. Their service features three robot models: Chelsea for kitchens/bathrooms, Elon for regular tidying with memory, and Tony for deep cleaning. Priced at $30 per hour, it's cheaper than average human cleaners in the US. The article discusses the broader challenge of deploying humanoid robots in homes, comparing Tau's approach to others like China's Ziliang and the US's 1X Neo, which also use teleoperation. A key reason for choosing a humanoid form is to make remote control more intuitive for human operators. The piece also notes the potential "emotional value" of having a humanoid servant. The service is currently invite-only in San Francisco.

marsbitHá 1h

"Teletubbies" Robot Cleaning Service, $30/Hour, Pure·Manual·Intelligence

marsbitHá 1h

From South Korea to the United States: Blue-Collar Jobs Are Becoming Increasingly Popular, Thanks to AI

AI is reshaping the labor market's value proposition. The traditional four-year college degree is losing its appeal as a guaranteed career path, while skilled blue-collar trades like electricians, welders, and plumbers are experiencing historic demand and wage premiums. This shift is driven by dual pressures: AI's displacement of certain white-collar roles and a booming need for physical infrastructure and data center construction. Data confirms the trend. In the U.S., vocational school revenue surged, and a significant portion of recent layoffs are AI-related. Surveys show a majority of Gen Z adults plan to pursue blue-collar work, citing better job security against AI automation. Vocational education interest has exploded recently. Experts cite a psychological shift as younger generations seek tangible, AI-resistant careers and avoid high student debt. In many cases, salaries for skilled trades now match or exceed those requiring a bachelor's degree. In South Korea, semiconductor vocational high schools boast near-total employment, with graduates securing high-paying roles at companies like Samsung. The shortage is structural, exacerbated by a retiring baby boomer workforce and massive infrastructure projects. Companies like JPMorgan Chase, Meta, and Lowe's are investing heavily in training programs. However, overcoming historical stigma and a "perception gap" around trade careers remains a key challenge to closing the talent gap.

marsbitHá 1h