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Morgan Stanley Enters ETF Arena, Eyes BlackRock’s Dominance

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Crypto Breaking News

Morgan Stanley launches lowest-fee bitcoin ETF, intensifying market rivalry. Advisor network gives MSBT strong distribution edge over competitors. BlackRock retains liquidity lead despite new fee pressure from MSBT.

Wall Street competition intensified as Morgan Stanley launched its spot bitcoin ETF on April 8. The new product targets dominance in a fast-growing U.S. market. It directly challenges BlackRock and its leading fund.

The fund trades under the ticker MSBT on NYSE Arca with a 0.14% expense ratio. This pricing sets a new low across spot bitcoin ETFs. It signals a clear shift toward aggressive fee competition among issuers.

Bitcoin ETF Competition Shifts Toward Cost and Access

Bitcoin traded around recent market levels as ETF competition intensified across major issuers. MSBT entered the market with the lowest fee structure available. This move puts pressure on established players to reconsider pricing strategies.

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BlackRock Continues to Dominate Through Its iShares Bitcoin Trust

The fund holds tens of billions in assets and leads in trading activity. Its liquidity supports large transactions and active strategies.

Morgan Stanley offers a different advantage through distribution strength. Its wealth division manages trillions in client assets. Advisors can now allocate capital directly into an in-house product.

Advisor Networks Drive Structural Market Shift

Financial advisors now play a larger role in ETF adoption and portfolio allocation. Earlier inflows came mainly from self-directed participants seeking liquidity. Now, integrated advisory platforms influence new capital flows more strongly.

Morgan Stanley allows advisors to allocate a portion of portfolios to bitcoin exposure. Internal guidance permits allocations based on client risk tolerance. This approach simplifies recommendations and reduces friction.

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As a result, MSBT may attract flows through existing advisory relationships. BlackRock maintains an advantage in market depth. Replicating that liquidity may take time despite strong distribution channels.

Expansion Signals Broader Crypto Strategy

The MSBT launch marks a shift in how banks approach digital assets. Morgan Stanley now builds its own crypto investment vehicles, whereas previously it focused on distributing third-party ETF products.

The bank has also filed for additional crypto products linked to Ethereum and Solana. These filings suggest a long-term expansion strategy across digital asset classes. The firm continues to build infrastructure around custody and trading services.

The bank plans to integrate crypto trading into its E*Trade platform, connecting digital assets with its broader financial ecosystem. It reflects a wider trend among banks entering crypto markets directly.

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The ETF market has already absorbed significant inflows since early 2024. MSBT now tests whether distribution strength can compete with established liquidity leaders. This competition may accelerate fee reductions across the sector.

Risk & affiliate notice: Crypto assets are volatile and capital is at risk. This article may contain affiliate links. Read full disclosure

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Crypto World

Quantum-Safe Bitcoin Transactions Need No Protocol Upgrade

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Quantum-Safe Bitcoin Transactions Need No Protocol Upgrade

A Bitcoin researcher has come up with a way that could immediately make Bitcoin transactions quantum-safe without the need for a soft fork. 

In a proposal published Thursday, StarkWare chief product officer Avihu Levy proposed a Quantum Safe Bitcoin (QSB) transaction scheme that he said would remain secure “even against an adversary with a large-scale quantum computer running Shor’s algorithm.” 

He added that the scheme requires no changes to the Bitcoin protocol and operates entirely within the existing legacy script constraints. The downside is that it is costly and likely is not useful for everyday transactions, he said. 

The Bitcoin community has been split on how to tackle the quantum problem. QSB presents a temporary solution while a long-term approach is ironed out.

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The scheme’s main feature is replacing the proof-of-work signature-size puzzle with a hash-to-sig puzzle.

Instead of relying on elliptic curve math that quantum computers can break, the spender must find an input whose hash output randomly happens to resemble a valid ECDSA (elliptic curve digital signature algorithm) signature, requiring brute-force work that even a quantum computer cannot shortcut.

Far more computing power is required for QSB. Source: GitHub

Quantum Safe Bitcoin not practical for everyday use

The proposal comes with caveats, however. It costs the sender between $75 and $150 per transaction in GPU compute and is more complex than a typical Bitcoin transaction, and thus would only make sense for securing large BTC transactions. 

Related: Bitcoin’s quantum challenges are ‘more social than technical’: Grayscale

“This is huge,” said StarkWare CEO Eli Ben-Sasson, claiming that it essentially makes Bitcoin quantum-safe today. 

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However, Bitcoin ESG specialist Daniel Batten said it was “an overstatement” because exposed public keys and dormant wallets are “not addressed in the paper.”

Batten was referring to an estimated 1.7 million BTC locked in early P2PK addresses that could be cracked by a quantum computer. 

Its existence has led to fierce debate about what to do with the dormant coins, with the community split between leaving Bitcoin as-is to preserve its core ethos, freezing or burning the vulnerable coins entirely or upgrading the protocol to support quantum-safe signatures.

Protocol changes are the preferred solution

The researchers acknowledged that this is a last-resort measure as transactions are non-standard, costs don’t scale to all users and use cases like Lightning Network are not covered.

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They concluded that protocol-level changes remain the preferred long-term path.

“While this article describes a solution that works today for quantum-safe Bitcoin transactions, it should be treated as a last-resort measure.” 

Google published a paper in March that unsettled the Bitcoin community as it suggested that a quantum computer could potentially crack Bitcoin’s cryptography using far fewer resources than previously thought.

Meanwhile, Lightning Labs chief technology officer Olaoluwa Osuntokun on Wednesday published a quantum “escape hatch” prototype that enables users to prove Bitcoin wallet ownership from the original seed phrase without revealing it, which could serve as an alternative Bitcoin authorization method.

Magazine: Nobody knows if quantum secure cryptography will even work

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