#etheretfsextendoutflowstoninedays Ether ETFs Are Nine Days Into a Losing Streak — But Look at What’s Actually Shrinking Nine straight sessions of outflows sounds dramatic. The finer print is more nuanced. US spot Ether ETFs have recorded net outflows every trading day since September 29, totaling about $697 million, according to SoSoValue. Last week alone, outflows reached $542.1 million — the biggest weekly decline since January. BlackRock’s ETHA accounted for roughly 88% of that amount. But there’s an important distinction: ETF net assets fell about 10% to $15.71 billion, yet most of that decline reflects ETH’s price drop rather than investor withdrawals. The pace of selling has also slowed. Daily outflows peaked near $202 million on October 6 before easing to $56.1 million on October 9. Cumulative net inflows since launch remain around $13.26 billion. The broader picture is also softer, with Solana ETFs ending a record 14-week inflow streak and Bitcoin funds losing $681 million. My take: ETF flows are useful for measuring regulated demand, but they can follow price weakness rather than cause it. Falling outflows are encouraging, but they aren't the same as renewed buying. The next few sessions may reveal whether this is exhaustion or simply a pause. When ETF assets fall, which matters more: net outflows or the underlying asset’s price move? 🤔 #Ethereum #ETH #etf $ETH $LUMIA $STRK
#tetherfreezesusdtlinkedtoledgertheft Tether Hit the Freeze Button on Stolen Funds. The Thief Reportedly Had an Exit A suspected $90 million theft linked to Ledger buyers has become a live test of what stablecoin issuers can, and can't, do after the fact. Here's what's reported: MistTrack, SlowMist's tracking unit, said Tether froze a large amount of USDT at addresses tied to the thefts, which it puts near $90 million. Other investigators cite $72 million to $86 million, and none of these figures are confirmed by Ledger, which is still investigating without naming a cause. A freeze blocks transfers from flagged addresses but doesn't return money to victims, and it only reaches the USDT portion, since Bitcoin and Ether have no issuer to intervene. On-chain trackers also reported that after the freezes, the suspected attacker swapped some USDT into USDD, a Tron stablecoin Tether can't freeze, and moved smaller amounts through a mixer and a centralized exchange. Those flows are tracker observations, not established facts. Why does this matter? The episode shows both sides of centralized stablecoin controls: they can limit damage quickly, but they're a partial fix that speed and asset choice can sidestep. It also underscores why fast reporting matters. Victims are being advised to preserve transaction hashes and report to authorities and issuers. When recovery depends on which asset the thief holds, how should we think about the trade-off between freezable and unfreezable money? 🤔 #Tether #USDT #Ledger #CryptoSecurity $MAGIC $LUMIA $ERA
#nearaccountssupportpostquantummldsa While Bitcoin Debates Quantum Risk, NEAR Is Letting Users Swap Their Keys in Place After a week of headlines about exposed public keys and AI-driven cryptography worries, one network is pointing to a practical answer: rotate the key, keep the account. Here's what NEAR announced: its accounts now support the post-quantum ML-DSA signature scheme without asset migration. That works because NEAR accounts use human-readable IDs controlled by rotatable access keys, not a single fixed keypair. Fireblocks recently documented rotating a funded account from Ed25519 to ML-DSA-65 in two transactions: add the new key, then delete the old one. Ahead are NEP-655, which would derive implicit accounts from an initial state hash so keys aren't exposed on-chain (live on testnet, mainnet "within weeks," per the team), wallet contracts supporting custom signature schemes, and a "Q-day recovery registry" for chains that can't yet add post-quantum keys. NEAR's roadmap puts quantum-safe consensus in the second half of 2027, with cross-chain signing still in research. Why does this matter? Migration is often cited as the hardest part of any post-quantum switch, and designs that allow key rotation avoid moving funds. The trade-offs are real, though: ML-DSA signatures run from about 2,400 to 4,600 bytes, far larger than today's, and much of the roadmap is still unfinished. Is "cryptographic agility" the real advantage here, or just an early head start in a race with no finish line yet? 🤔 #Near #PostQuantum #blockchain $LUMIA $BTC $NEAR