BNP Paribas Allows French Clients to Trade Crypto ETPs: The major French bank BNP Paribas announced last week that it will allow clients to trade six crypto exchange-traded products (ETPs) that track the prices of the two largest cryptocurrencies, Bitcoin and Ethereum. These instruments provide indirect exposure to crypto via traditional stock exchanges, similar to the widely adopted U.S. Bitcoin and Ethereum exchange-traded funds (ETFs). Trading for BNP clients began earlier this week, on Monday.
This development adds to a growing trend not only among European banks but also among Nordic banks. Both Nordea and Danske Bank have introduced similar offerings over the past six months, highlighting that traditional banks want to offer crypto exposure to their clients, albeit still through traditional means.
Crypto Accepted as Mortgage Collateral: Fannie Mae, a key institution in the U.S. mortgage market, announced last week a partnership with Better Home & Finance and Coinbase to accept cryptocurrencies as collateral for home loans. Borrowers can now use their crypto holdings to fund down payments without selling them.
At this moment, only Bitcoin and USDC are eligible, though additional assets may be included over time. The structure may raise concerns given crypto’s volatility. However, loan terms remain unchanged even if the value of the pledged collateral declines, as long as borrowers continue making payments.
That said, falling crypto prices could still indirectly affect a borrower’s ability to meet those payments—but this would, to a large extent, be true whether crypto functioned as collateral or not.
Is the Quantum Computing Threat to Crypto Real? Concerns around quantum computing resurfaced this week following new research from Caltech and quantum startup Oratomic. The study suggests that the cryptography securing Bitcoin and Ethereum wallets could be broken using as few as 10,000 physical qubits—far below earlier estimates in the hundreds of thousands. The researchers estimate such an attack could take around ten days. In quantum computing, qubits effectively measure computational capacity.
At the same time, a white paper by Google also concluded that the computational threshold required for quantum computing to compromise Bitcoin may be lower than previously thought.
As Google, for instance, maintains a 2029 timeline for meaningful quantum advancements, the implications for crypto are not only significant but likely also closer than they may seem. While quantum-resistant solutions are technically feasible, implementation is critical. Efforts are already underway, including by the Ethereum Foundation, but recent findings underscore the urgency.