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CMCC Global will tokenize two quantitative hedge funds and issue them through Tether and Bitfinex Securities

According to PR Newswire, the blockchain asset management firm CMCC Global announced the tokenization of its Crest Fund (Crest) and Liberty Bitcoin Accumulation Fund (LBAF), calling them the first tokenized master fund products issued under El Salvador's digital asset legal framework.The two funds will be issued using Tether's Hadron tokenization platform and will raise funds from qualified investors through the regulated Bitfinex Securities platform, with the subscription period ending on October 30, 2026. Both funds are multi-manager quantitative hedge funds that invest in market-neutral strategies in the digital asset market, including funding rates, cross-exchange and volatility arbitrage, market making, and DeFi strategies. Among them, Crest is denominated in USD, targeting returns above U.S. Treasury yields; LBAF is denominated in Bitcoin, targeting a net annualized return of 8% to 12%.BTCS S.A., a digital asset treasury company listed in Poland and Frankfurt, has agreed to act as a cornerstone investor and plans to allocate a three-digit number of Bitcoins to LBAF, with the specific amount not yet disclosed. The token issuance price is set at $10 per CREST and 0.0001 BTC per LBAF, with a minimum subscription of one token; eligible holders can also trade on the secondary market through Bitfinex Securities around the clock.

CryptoQuant: The supply and demand pattern of BTC is changing, but a strong recovery still faces challenges

CryptoQuant's latest analysis indicates that while Bitcoin has support, the recovery process is uneven. First, regarding exchange reserves, it has risen from about 2.67 million BTC at the beginning of October to about 2.68 million BTC, still far below January levels. Low reserves do not mean that supply is continuously shrinking; transfers may reflect custody changes, and the increase itself does not prove selling pressure. Secondly, the recovery of spot demand has been hindered, with 30-day spot demand once approaching zero before turning negative again. Perpetual contract demand is positive, supporting overall demand.Finally, the behavior of whales is diverging. Addresses holding 100 to 1,000 BTC have still net accumulated over the past 60 days, but this is below the peak at the end of September; the group holding 1,000 to 10,000 BTC has seen a net decrease approaching zero; and the group holding over 10,000 BTC is negative. Accumulation is not fully underway. CryptoQuant believes that conditions still exist to support Bitcoin's bottoming out. For a solid recovery to occur, sustained spot demand support is needed, buyers must be able to absorb the BTC flowing back to exchanges, and accumulation behavior should spread to more holding groups. Market expectations regarding the U.S. midterm elections and monetary policy must translate into actual buying behavior. The key is whether price increases can attract a growing and lasting group of buyers.

first_img The Zcash development team plans to allocate independent keys for each ZEC exchange to prevent quantum cracking

The Zakura team, which operates the Zcash network, released a technical article stating that they plan to allocate a unique viewing key for each ZEC exchange completed through NEAR Intents, in order to block future quantum computers from exploiting public refund addresses to piece together user payment histories. NEAR Intents supports cross-chain token exchanges, and when users exchange the privacy coin ZEC for USDC, the service will publish a Zcash address for the user on the NEAR public blockchain, which will be used to return any unused ZEC.The Zcash address contains a public key generated by the wallet's viewing key, which cannot be reverse-engineered by ordinary computers, but large quantum computers running Shor's algorithm could theoretically deduce the key from the address. Zcash wallets can generate multiple seemingly unrelated addresses, but they typically share the same viewing key. Once an attacker cracks it, they can associate all payments received by the account and read the amounts and notes. Zakura's solution allocates a unique viewing key for each exchange, while the spending key remains in the user's main account. Even if the future refund address is compromised, the attacker would only be able to see payments related to that specific exchange.This design also addresses a practical issue: wallets conducting hundreds of exchanges would generate hundreds of keys, requiring each key to scan the entire Zcash chain during backup recovery. Zakura's solution is a privately queryable database that uses private information retrieval technology, so when the wallet inquires about the refund destination, the database will not know the address being queried. Zakura claims that wallets built on its open-source library (including Vizor) will be able to add this feature in the coming weeks, and hardware wallets will follow after firmware support, ahead of the January quantum-resistant payment target set by Zcash developers this month.

Google Quantum Chip Breakthrough: Reducing Key Computation Error Rate, Early Bitcoin Wallet Quantum Risks Under Attention

Google stated that its Willow quantum chip reduces the error rate in preparing the special states (Magic States) required for quantum computing by about 40 times through a method called "Cultivation." The related research was published this week in Science, which is expected to lower the hardware costs of future large-scale quantum computers and draw more attention to the potential threat of cracking Bitcoin wallets.Magic States are a key resource needed to perform certain quantum computing operations, and their preparation process consumes a significant amount of hardware. Google's experiment achieved about 99.99% state fidelity, but only about 8% of attempts passed the screening. Researchers indicated that future experiments need to be scaled up and issues such as real-time operation and error correction need to be addressed. In March of this year, Google estimated that under specific hardware assumptions, future quantum computers might only need fewer than 500,000 physical qubits to crack the cryptography used in Bitcoin and Ethereum wallets.For Bitcoin, some early wallets' public keys have been public since their mining, theoretically making them targets for future quantum attacks; while wallets with undisclosed public keys may face different attack conditions. However, this breakthrough does not mean that quantum computers are capable of cracking Bitcoin. Google's previous cost estimates for attacks assumed the use of efficient Magic States preparation schemes, so this result cannot simply be understood as a 40-fold reduction in the cost of cracking Bitcoin. Research is still in the advancement stage of quantum hardware and error correction technology, and the complete equipment and engineering capabilities required for actual attacks have not yet been realized.

CryptoQuant: The proportion of new Bitcoin whales in the realized market value has risen to about 1/3, with a cost basis of approximately $77,000

CryptoQuant analyst MorenoDV_ published an analysis indicating that the realized market cap of new whales in Bitcoin is $78.61 billion, while old whales stand at $159.15 billion. New whales account for 33.06%, compared to about 18% earlier in 2026.Since September, the realized market cap of new whales has continued to grow, while old whales have remained relatively stable, with the growth primarily coming from new whales. The realized market cap is calculated based on the price at the last on-chain transfer of the tokens and does not represent the proportion of BTC supply.In terms of cost, the overall cost basis of new whales has decreased from a previous high of around $110,000 to about $68,000 at the end of August, before rebounding to around $77,000. The current BTC price is $82,134, which is approximately 6.7% higher than the cost basis of new whales.The analysis suggests that the data shows large holders buying during the downturn and continuing to accumulate as prices rebound. However, the turnover of the holder group and transfers between addresses can also inflate the realized market cap, so the growth in realized market cap cannot be interpreted as an equivalent influx of new funds. If BTC continues to fall below around $77,000, new whales will incur losses again, increasing the likelihood of selling during a rebound. The inflow to exchanges and realized losses can be used to determine whether this is short-term pressure or if large holders are starting to sell off again.

first_img Nine cryptocurrency companies established the Quantum Alliance, aiming to defend against quantum risks to 6.4 million bitcoins

According to CoinDesk, nine cryptocurrency companies announced the establishment of a Quantum Alliance on Thursday, planning to develop universal security standards for Bitcoin, Ethereum, and other blockchain networks to address the threats posed by future quantum computers.The alliance estimates that about 6.4 million Bitcoins, or 30.2% of the supply, have their public keys exposed, and future quantum computers could reverse-engineer wallet public keys to recover private keys and steal assets. The alliance explained that since no quantum computer currently has sufficient computing power, these Bitcoins cannot be stolen in this manner for the time being. Members include Hacken, Midnight Foundation under Charles Hoskinson, the quantum-resistant layer one blockchain Quantus, and Postquant Labs.There are significant differences in the industry regarding when the quantum threat will arrive. Bryn Bennett, Chief Revenue Officer of The Vault, stated that no one knows the exact date, but estimates are continuously being revised downward, and this risk can be planned for in advance. The question for custodians is not whether the threat will appear in 2028 or 2035, but whether they can complete the migration if it arrives earlier.Richard Carback, Chief Technology Officer of Postquant Labs, believes that it is realistic for machines capable of breaking existing cryptography to emerge by 2028. Recent research has lowered the estimates of the computing power required to attack Bitcoin and Ethereum, but currently, no existing machines can break their cryptography, and related predictions remain controversial.The question of whether to freeze vulnerable Bitcoins has also sparked debate. Bennett pointed out that no one is responsible for this issue; custodians only protect client assets, not abandoned assets. Freezing tokens is a governance decision of the Bitcoin network, and any freeze would set a precedent of exchanging quantum risk for property rights and neutrality. Carback prefers to transfer vulnerable tokens and suggested placing them in a trust, allowing holders who can prove ownership to reclaim their funds.Binance founder Changpeng Zhao once suggested that if quantum technology advances and Satoshi Nakamoto's approximately 1.1 million Bitcoins remain untouched, they should be frozen; Bitcoin developer Jameson Lopp also proposed limiting vulnerable tokens to prevent theft, but critics argue that freezing someone else's Bitcoins contradicts the promise that no one can confiscate Bitcoins. Achieving quantum resistance requires replacing the digital signatures that authorize transactions, which necessitates consensus among developers, miners, wallet service providers, exchanges, and users. The new signatures may also occupy more block space, increasing transaction fees or reducing the number of transactions Bitcoin can process.
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