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Home Blog Page 48

Alphabet Returns to Debt Markets as AI Spending Soars, Warning of New Risks to Ads and Excess Capacity

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Alphabet’s AI spending spree is reshaping its balance sheet, risk profile, and core business model, marking a turning point in how even Big Tech funds and manages growth.

Alphabet is turning again to the debt market to help bankroll one of the most aggressive artificial intelligence investment drives in corporate history, while simultaneously flagging fresh risks tied to the technology’s rapid rise and the sheer scale of its infrastructure buildout.

The renewed trip to the debt market is seen as a signal that the artificial intelligence boom has reached a scale where even one of the world’s most cash-generative companies is rethinking how it finances growth — and openly acknowledging the risks that come with it.

In its latest annual filing, released alongside earnings, the Google parent laid out a more cautious narrative around AI than investors have been accustomed to hearing. While executives continue to frame AI as a once-in-a-generation opportunity, the company also warned that the speed, cost, and uncertainty of the buildout could strain operations, expose it to financial liabilities, and, in a worst-case scenario, leave it sitting on underutilized infrastructure.

That backdrop explains why Alphabet is preparing to raise about $20 billion through a multi-tranche bond sale, including an ultra-long 100-year sterling bond, according to people familiar with the deal quoted by CNBC. Demand has been strong, with the offering reportedly several times oversubscribed, underscoring how eager investors remain to lend to top-tier technology names even as borrowing rises.

The fundraising follows a $25 billion bond sale late last year and caps a sharp pivot in Alphabet’s capital structure. Long-term debt quadrupled in 2025 to $46.5 billion, a striking shift for a company that, for years, relied overwhelmingly on internal cash flows. The reason is simple: the scale of AI investment now dwarfs what operating cash alone can comfortably support without trade-offs.

Alphabet said it may spend up to $185 billion in capital expenditures this year, more than double its 2025 outlay. That figure places it firmly among the biggest corporate spenders on infrastructure in history. The money is being poured into data centers, specialized chips, custom silicon, power generation, cooling systems, and high-capacity networking — all essential to training and running large language models such as Gemini.

Yet the filing makes clear that this is not just about owning servers. Alphabet is increasingly relying on long-term leasing arrangements with third-party data-center operators to secure capacity quickly. While this approach accelerates deployment, it also raises costs and complexity, and creates contractual obligations that could become a burden if demand forecasts miss the mark.

Large commercial agreements, the company warned, could increase liabilities if Alphabet or its partners fail to perform. This is a notable admission in an industry that has largely emphasized upside while downplaying execution risk.

Management is keenly aware of the tension. Chief financial officer Anat Ashkenazi told analysts the company wants to invest “in a fiscally responsible way” and preserve a strong financial position. But when CEO Sundar Pichai was asked what worries him most, his answer was blunt: compute capacity. Power availability, land, supply chains, and the pace of expansion now dominate the strategic agenda.

Alphabet’s predicament mirrors a broader shift across Big Tech. Microsoft, Meta, and Amazon are all dramatically increasing capital spending, and together with Alphabet are projected to lift capex by more than 60% this year compared with already record levels in 2025. The collective outlay is fueling what Nvidia CEO Jensen Huang has described as the largest infrastructure buildout in human history.

For Alphabet, however, the stakes extend beyond infrastructure efficiency. AI is beginning to intersect directly with its core advertising business, which still accounts for the majority of revenue and profits. As generative AI tools become more capable, there is a growing question about how users interact with the internet — and whether traditional search, the backbone of Google’s ad machine, could be disrupted.

That concern appeared explicitly in Alphabet’s risk disclosures for the first time. The company acknowledged that consumers may reduce their use of conventional search as AI assistants answer questions directly, potentially altering traffic patterns and advertising formats. Alphabet said it is adapting with new ad products and strategies, but cautioned there is no guarantee these efforts will succeed.

So far, financial performance suggests resilience. Advertising revenue rose 13.5% year on year in the fourth quarter to $82.28 billion, easing fears that AI is already eroding demand. But investors are looking beyond current results to the medium-term implications of a shift in user behavior that could be structural rather than cyclical.

At the center of Alphabet’s AI push is Gemini, its flagship model and assistant, which now boasts more than 750 million monthly active users, up sharply from the previous quarter. The rapid uptake underscores why the company feels compelled to invest at scale: falling behind rivals such as OpenAI or Anthropic would risk ceding influence over the next generation of computing interfaces.

Yet scale cuts both ways. The more capital Alphabet commits upfront, the greater the risk of overcapacity if monetization lags, competition intensifies, or technological change renders today’s infrastructure less valuable. The company’s own warning about “excess capacity” reflects a growing recognition that the AI arms race may not deliver returns evenly or immediately.

Alphabet’s decision to lean more heavily on debt also reflects a subtle recalibration of financial strategy. Borrowing allows the company to preserve cash for flexibility, smooth out investment cycles, and take advantage of still-favorable credit markets. But it also ties Alphabet more closely to investor sentiment and interest-rate dynamics, at a time when capital markets are increasingly sensitive to execution risk.

In that sense, the bond sale is symbolic. It shows how AI has pushed Big Tech into territory once associated with capital-intensive industries such as energy or telecommunications, where long-dated assets, fixed costs, and leverage are part of the business model.

Currently, Alphabet retains enormous advantages: scale, data, engineering talent, and a balance sheet that remains strong by almost any measure. But its latest filings and financing plans suggest a more candid tone about the challenges ahead. The AI boom may still be in its early innings, but Alphabet is already grappling with the reality that building the future of computing is expensive, complex, and fraught with trade-offs that even Google cannot fully control.

Crypto Funds Recorded Over $1.5B Outflows Last Week 

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Crypto funds record over $1.5B worth of outflows last week refer to recent reports on digital asset investment products including spot Bitcoin ETFs and broader crypto ETPs, amid a sharp market correction in early 2026.

U.S. spot Bitcoin ETFs saw significant outflows, with reports citing around $1.5 billion in net outflows over a multi-day streak. This contributed to broader selling pressure as Bitcoin’s price declined notably from highs near $98,000 toward lows under $60,000 in some reports.

This streak ended with a rebound of approximately $562 million in inflows on February 2, 2026, though outflows resumed in subsequent days. For the most recent week, global crypto investment products (ETPs/digital asset funds) recorded much lower net outflows of $187 million, per CoinShares’ weekly report.

This marks a sharp slowdown down ~89% from prior weeks’ figures around $1.7 billion each, after two consecutive heavy outflow weeks totaling billions. Analysts interpret this as an early sign of potential stabilization or an inflection point in investor sentiment, despite ongoing price weakness.

Bitcoin products led with $264 million in outflows. Some altcoins saw inflows like XRP ~$63 million, Solana and Ethereum modest positive flows. Total assets under management (AuM) for these products fell to $129.8 billion, the lowest since March 2025.

Trading volumes hit record levels ~$63 billion weekly suggesting high activity amid the volatility. The crypto market has faced headwinds including institutional selling, macro uncertainty, whale activity, and geopolitical factors, leading to significant Bitcoin price drops, liquidations (billions in leveraged positions), and ETF AuM declines (e.g., spot Bitcoin ETFs dipping below $100 billion in some periods).

Year-to-date flows have turned negative in places, with cumulative outflows flipping prior inflows. The trend has moderated recently, hinting at easing pressure.

The recent wave of crypto fund outflows (over $1.5B in prior weeks, slowing to $187M globally last week per CoinShares) has had a mixed but predominantly negative impact on Ethereum ETFs, particularly U.S. spot products.

Ethereum has faced sustained pressure amid broader market weakness, with ETH price dropping sharply around 34.5% in one reported week to lows near $1,850–$2,000 as of early February 2026.

U.S. Spot Ethereum ETFs saw significant net outflows of approximately $166M for the week (February 2–6), marking the third consecutive week of net redemptions. This contrasts with the broader global crypto ETP slowdown.

BlackRock’s iShares Ethereum Trust (ETHA) led outflows, with ~$152M pulled (despite strong historical inflows of $12B+). Fidelity’s (FETH) saw notable redemptions (~$59M in some breakdowns). Grayscale’s Ethereum Mini Trust showed a relative bright spot with inflows (~$33M).

Daily granularity showed ongoing pressure, e.g., $16.75M–$16.8M net outflow on February 6 alone; third straight day of withdrawals in some reports with BlackRock’s ETHA contributing heavily. In contrast to U.S. spot trends, global CoinShares data for Ethereum products showed modest inflows of $5.3M last week—highlighting divergence between U.S.-focused spot ETFs and broader/ international ETPs.

Persistent ETF outflows have removed direct spot buying support, exacerbating ETH’s decline amid macro factors like Fed policy caution, geopolitical risks, whale activity. This has contributed to high liquidations ~$1–1.2B in ETH futures and negative funding rates, signaling risk-off deleveraging.

Bitcoin products drove most outflows ~$264M globally, $318M U.S. spot, but Ethereum’s relative resilience in some global metrics (small inflows) suggests selective investor rotation toward altcoins like XRP ($63M inflows) and Solana ($8.2M).

Outflow pace has moderated overall (down sharply from prior $1.7B+ weeks), with record ETP trading volumes (~$63B) indicating repositioning rather than full exodus. Ethereum’s modest global inflows could hint at early recovery interest, though U.S. spot weakness persists.

Ethereum spot ETFs sit around $12B total, with cumulative net inflows still positive historically ($11.8B), but recent trends have eroded momentum. Ethereum ETFs have been hit harder than the global average in U.S. spot terms (third week of outflows), contributing to downward price pressure and investor caution.

However, smaller global inflows and slowing total crypto outflows suggest potential stabilization or rotation away from BTC dominance.

Bitcoin Hashrate Faces Largest Single Downward Adjustment 

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Bitcoin’s mining difficulty has experienced its largest single downward adjustment since China’s 2021 mining crackdown, with a drop of approximately 11% specifically around 11.16% in the most recent reports.

This adjustment took effect recently, at block height ~935,424, reducing the difficulty from over 141.67 trillion to about 125.86 trillion. This marks one of the steepest declines in Bitcoin’s history outside of the massive hashrate exodus following China’s ban in mid-2021, which caused even larger drops in some cases.

The decline stems from a significant reduction in the network’s total hashrate estimated ~20% drop in some analyses, as miners went offline or reduced operations due to: Plummeting Bitcoin prices — BTC has fallen sharply from recent highs, pressuring profitability.

From peaks around $70/PH/s to roughly $35/PH/s, making many operations unprofitable. Severe winter storms in the U.S. causing widespread power outages and forcing curtailments, especially in major mining regions. Some miners shifting resources to higher-margin opportunities like AI computing projects.

This “miner capitulation” — where less efficient or higher-cost operators shut down — is a natural self-correcting mechanism in Bitcoin’s protocol. Difficulty adjusts every ~2,014 blocks roughly two weeks to keep average block times near 10 minutes.

With slower block times drifting to ~11.4 minutes pre-adjustment, the network lowered difficulty to make mining easier again. Short-term relief for remaining miners — Lower difficulty reduces competition, potentially boosting rewards and profitability for those still online; an “automatic pay raise” in BTC terms for survivors.

Hashrate dips temporarily reduce security, but the adjustment helps stabilize it by incentivizing participation. It highlights stress in the mining sector amid broader crypto market weakness, but historically, such resets have preceded recoveries as inefficient players exit and stronger ones consolidate.

The next difficulty adjustment is estimated around February 19-20, 2026, with projections suggesting a rebound (increase) to around 140-143 trillion if hashrate stabilizes or recovers. This event underscores Bitcoin’s resilience through automatic difficulty adjustments, even during tough periods.

Hashrate often written as “hash rate” is one of the most important metrics in Proof-of-Work (PoW) blockchains like Bitcoin. It measures the total computational power dedicated to the network for mining—specifically, how many hash calculations (guesses) the entire network (or an individual miner/machine) can perform per second.

In Bitcoin mining, miners compete to solve a cryptographic puzzle by finding a specific number (called a nonce) that, when combined with the block’s data and run through the SHA-256 hashing algorithm, produces a hash (a 256-bit/64-character hexadecimal number) that meets the current target — meaning the hash starts with a certain number of leading zeros (or is below a very small threshold value). Each attempt to find this valid hash is one “hash calculation.”

Because the output is essentially random, miners must make billions/trillions of guesses per second ? this brute-force guessing is what consumes enormous electricity and requires specialized hardware.

 

The Bitcoin network’s total hashrate is fluctuating around ~980–1,100 EH/s roughly 1 ZH/s in recent peaks before the recent drop, down from higher levels earlier in 2026 due to the difficulty adjustment and temporary offline capacity (e.g., from U.S. winter storms).

Difficulty is a separate but tightly linked parameter: it automatically adjusts every 2,016 blocks (~2 weeks) to keep average block time at 10 minutes. If hashrate rises sharply (more miners join), blocks get found faster ? difficulty increases to make the puzzle harder.

If hashrate drops (miners go offline), blocks slow down ? difficulty decreases as we just saw with the ~11% drop. In practice, network hashrate and difficulty move in tandem over time: higher hashrate forces higher difficulty, and vice versa.

The network estimates total hashrate from observed block times and current difficulty (it’s not directly reported by every miner). A high hashrate makes the blockchain extremely resistant to attacks, especially a 51% attack; where an attacker controls >50% of hashrate to rewrite history, double-spend, or censor transactions.

With ~1,000 EH/s today, mounting a 51% attack would require controlling hardware and energy equivalent to a small country’s power grid — astronomically expensive and practically infeasible. Rising hashrate generally indicates growing participation, new efficient hardware (ASICs), and miner confidence in Bitcoin’s future price/profitability.

Hashrate per unit of power determines who survives low-price environments. When BTC price falls or electricity costs rise, inefficient miners capitulate ? hashrate drops temporarily ? difficulty adjusts down ? survivors get a relative “pay raise” in BTC rewards.

Sudden large drops like the recent one signal stress while steady climbs show resilience and investment in infrastructure. Hashrate is Bitcoin’s “heartbeat” — it quantifies the raw brute-force computing muscle protecting the ledger, self-regulating through difficulty adjustments, and reflecting miner economics in real time.

 

 

 

Bithumb’s 2000 BTC Fat-finger Drags Probe from Investigators

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South Korean regulators have launched an investigation into Bithumb following a major operational error where the cryptocurrency exchange accidentally distributed approximately 620,000 Bitcoin worth around $40–44 billion at the time, or up to $60 billion in some reports to users as part of a promotional rewards campaign.

The incident occurred on February 6, 2026, during a “Random Box” or similar promotional event. Bithumb intended to credit eligible users reportedly 695 participants with small cash rewards in Korean won (KRW), typically around 2,000 KRW ~$1.37–$1.50 or up to 50,000 KRW per user.

However, due to a staff input error—entering “BTC” instead of “KRW” as the reward unit—the system credited users with thousands of Bitcoin each, at least 2,000 BTC per affected user in many accounts. This created “phantom” or erroneous balances on the exchange’s internal ledger.

Within minutes, some users began selling the miscredited Bitcoin, causing a sharp localized flash crash on Bithumb’s BTC/KRW trading pair—Bitcoin briefly dropped to as low as around $55,000 on the platform over 10–17% below global prices, while global markets remained largely unaffected.

Bithumb detected the issue quickly within about 5–35 minutes, restricted trading and withdrawals for the affected accounts, and recovered 99.7% of the erroneously distributed Bitcoin. The remaining small portion around 0.3%, or roughly 1,800–2,000 BTC was covered using the exchange’s own reserves.

The company emphasized that this was an internal configuration mistake, not a security breach or hack, and that customer assets remain secure. Bithumb has apologized, vowed cooperation with authorities, and taken steps to compensate users: Affected sellers who incurred losses received full reimbursement plus a 10% bonus.

Broader users active during the incident got compensation. The exchange committed to prioritizing customer trust and improving internal controls. South Korea’s Financial Services Commission (FSC) and Financial Supervisory Service (FSS) held an emergency meeting and launched an on-site inspection of Bithumb.

They described the event as exposing serious vulnerabilities and risks in the virtual asset sector, including inadequate internal controls like no caps on reward sizes, lack of secondary approvals, and allowing phantom balances to be tradable. Broader reviews of other exchanges’ systems and asset holdings are underway, with potential for wider inspections or stricter rules if irregularities are found.

Some reports note this comes amid prior scrutiny of Bithumb; a Fair Trade Commission probe into its liquidity claims. The incident has rattled confidence in Korean crypto exchanges’ operational safeguards and highlighted risks in handling promotions and asset distributions.

Bithumb’s CEO stated it would serve as a lesson to focus on reliability over growth. No evidence of intentional wrongdoing has been reported, but the probe continues to assess compliance and prevent future “fat-finger” errors in the industry.

This probe predates (by just days) the major Bitcoin airdrop/distribution error on February 6, 2026, which has drawn separate scrutiny from financial regulators like the Financial Services Commission (FSC) and Financial Supervisory Service (FSS).

The liquidity claims investigation adds to mounting pressure on Bithumb amid its ambitions for a potential New York IPO and efforts to regain competitive ground against Upbit. The KFTC’s actions highlight broader concerns in South Korea’s crypto sector about truthful advertising, consumer protection, and fair competition.

No final outcomes, fines, or sanctions have been but findings of violations could lead to penalties, mandated marketing corrections, or reputational damage. This prior probe underscores why the recent operational mishap has amplified regulatory attention — it exposed perceived gaps between Bithumb’s marketed “top liquidity” image and real-world system vulnerabilities.

Bithumb has not publicly commented in detail on the KFTC matter in recent reports, focusing instead on the airdrop recovery and cooperation with authorities.

 

CyberKongz’s $DEATHSTR Token Goes Live Today 

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CyberKongz is launching the $DEATHSTR token today. This is an experimental on-chain “strategy token” protocol, evolving from models like those pioneered by Token Works.

It’s designed as a perpetual flywheel that uses token taxes to buy NFTs from rotating collections; voted on by holders every 3 days, then relists them at ~20% below the lowest listed floor price to drive high velocity, arbitrage opportunities, faster turnover, and ultimately more buybacks/burns for the token.

Total supply: 1 billion tokens. All tokens available at launch via direct purchase (no other acquisition methods like pre-sales or allocations). Tax structure: Starts at 99% buy/sell tax at launch, decreasing by 1% per minute until it settles at a fixed 10% (9% funds NFT purchases, relisting, and buybacks/burns; 1% to development).

Holders with 1,000+ $DEATHSTR can vote (1 token = 1 vote, locked during voting). The protocol shifts focus to a new NFT collection every 3 days based on community votes, keeping it adaptive to market meta. Unlike traditional strategy tokens that relist above floor for potential profit capture, $DEATHSTR’s discounted relists aim to accelerate activity and volume even in flat or down markets, creating quick flips and feeding the token mechanics more aggressively.

CyberKongz posted a “24 hours to go” update yesterday (with a video teaser), and recent activity shows hype building, including live discussions and spaces around the launch. They emphasized only following official links from their X account or their Discord announcements to avoid scams.

This has already boosted volume and interest in their NFT collections like Genesis Kongz. It’s positioned as disruptive experimentation in the NFT/token space—some call it chaotic or risky hence the “DEATHSTR” name, but it’s generating buzz as an evolution of on-chain perpetual machines.

The launch of $DEATHSTR by CyberKongz today represents one of the most aggressive and experimental twists on the “strategy token” model in the NFT/crypto space. While it builds on mechanics from projects like Token Works, $DEATHSTR inverts the logic in a way that’s generating both hype and serious concern.

Accelerated velocity and activity in NFT markets — By intentionally listing acquired NFTs ~20% below the current lowest floor price, the protocol creates immediate arbitrage opportunities. Bots and flippers can snipe these discounted listings for quick profits, which in turn generates more trading volume.

This feeds back into higher taxes ? more buys ? more discounted listings ? even higher velocity. In theory, this could inject life into stagnant or declining collections by forcing faster turnover and liquidity, even in bearish conditions.

Unlike fixed-focus strategy tokens, $DEATHSTR rotates its target NFT collection every 3 days based on holder votes. This keeps the protocol dynamic, chasing “hot” metas or underperforming collections ripe for disruption. It could reward active participation and make the token more resilient long-term.

Tokenomics flywheel for $DEATHSTR holders — The 10% settled tax after the dramatic initial drop from 99% primarily funds NFT buys, relists, buybacks, and burns. High velocity could lead to aggressive burns, potentially supporting token price if demand holds.

CyberKongz positions this as pure on-chain innovation in a maturing (or decaying) NFT market. If it succeeds, it could inspire new models that prioritize speed and turnover over traditional “hold for floor pumps.”

Downward pressure on targeted NFT floors — The core mechanic (buying then dumping 20% below floor) is explicitly designed to create “death spirals” for the chosen collection during its 3-day window. Even if only a handful of NFTs move per cycle, repeated discounted listings could scare holders, trigger panic sells, or allow bots to front-run and cascade lower prices.

Posts already speculate on first targets like Moonbirds, with comments like “let the whole community enjoy the cheaper and cheaper entries” or “Rest In Pieces.” Too many moving parts: voting turnout, tax revenue depending on launch hype, bot sniping efficiency, and market conditions. If volume dries up post-launch, the flywheel stalls quickly.

The “inverse” premium-to-loss model means the protocol loses money on every trade by design—relying purely on velocity to compensate via burns. The name “DEATHSTR” (evoking destruction) and mechanics scream high-risk chaos. Some view it as “dumb shit” or intentionally harmful to NFT holders.

Combined with CyberKongz’s past SEC Wells Notice issues over token/game integrations, though resolved in some reports, it adds regulatory optics risk in a space already wary of anything resembling securities or manipulative trading. Targeted collections could see temporary dumps, hurting long-term holders or floor defenders.

While not “nuking” entire markets, it amplifies short-term pain for specific projects, potentially souring sentiment toward strategy tokens overall. $DEATHSTR is a bold, high-stakes gamble: it bets that engineered downward pressure + rapid flips will create more value through activity than it destroys via price erosion.

Success could redefine NFT/token interplay in bear markets; failure might just accelerate “death” for participating collections (and possibly the token itself). Early chatter shows excitement from CyberKongz loyalists but skepticism from broader NFT traders—watch the first vote cycle and volume post-launch closely.