AI experts are becoming the new target for cyber espionage.
A China aligned hacking group tracked as TA419 has reportedly been impersonating U.S. AI and policy experts to gain access to sensitive information.
According to Proofpoint, the attackers approach targets with seemingly legitimate invitations to collaborate on AI policy, export controls or national AI strategy.
Once the target engages, the conversation is redirected toward fake login pages designed to steal credentials.
And the targets aren't random.
Proofpoint says the campaign has focused on people connected to U.S. and Japanese think tanks, defense contractors, universities and law firms.
Reuters independently confirmed former White House official Alex Engler was one target. He received an email appearing to come from former White House AI official Lynne Parker inviting him to join a new AI policy project.
He became suspicious and verified that the sender was an impersonator.
Personally, the interesting part isn't simply that hackers are impersonating people.
It's what they're trying to access.
AI policy is becoming strategically important. Regulation, export controls, national AI strategies and government relationships can reveal information that is valuable far beyond the technology itself.
Proofpoint says the targeting suggests an intelligence interest in U.S. policymaking rather than technology theft alone.
And that's a different threat model.
The most convincing phishing attacks don't look like attacks.
They look like an opportunity. A meeting. A collaboration. An invitation from someone you already recognize.
As AI becomes more strategically important, the people shaping its rules may become just as valuable a target as the companies building the models. $ETH #BTC Price Analysis# #Macro Insights# $BTC
Injective is bringing privacy directly into onchain finance.
$INJ is set to unveil CypherOS, its native privacy layer, with the first public demo going live today.
The demo showcases three things that could matter a lot for serious financial activity onchain.
Shielded transactions.
Confidential trading.
And encrypted RFQs that can hide sensitive trade information before execution.
That last one is particularly interesting.
On a transparent blockchain, large orders and RFQs can expose traders to front running and information leakage. Private execution could make onchain markets more practical for institutions that don't want the entire market seeing what they're about to trade.
CypherOS follows Injective's Meridian mainnet upgrade, which went live on September 24 and laid the groundwork for private RFQ testing alongside regulated asset issuance and tokenized markets.
Personally, I think this is bigger than simply adding another privacy feature.
If onchain finance wants serious institutional capital, transparency can't always mean exposing every trade in real time.
The challenge is balancing privacy with compliance and verifiability.
If Injective can solve that properly, privacy stops being just a crypto ideology.
It becomes financial infrastructure.
Now I want to see how CypherOS performs outside the demo. $INJ #Macro Insights# $BTC #Altcoin Season#
論点は、ローテーションが起きているかどうかではありません。テコ入れ(広がり)自体は確かに増えていて、それは本物です。問題は、これがより大きな動きに向けた初期のポジショニングなのか、それともGlassnode自身のデータが「BTCの冷え込みの前に見られた」と示している種類のリスク許容度の高まりそのものなのか、という点です。 $BTC #BTC Price Analysis# #Bitcoin Price Prediction: What is Bitcoins next move?#
THORChain just found itself in the middle of a very uncomfortable crypto debate.
After the $388M Bitget hack, Bitget asked THORChain to block addresses linked to the attacker and stop them from swapping the stolen funds.
THORChain refused.
And the reason goes straight to the heart of decentralization.
THORChain says its emergency controls can halt network activity, but they aren't designed to selectively freeze individual addresses or transactions.
Meanwhile, the attacker has already used the network to move roughly $6.3M worth of stolen ETH into BTC.
This is where crypto gets complicated.
If a protocol can identify stolen funds, should it be able to stop them?
From Bitget's perspective, absolutely. The funds were allegedly stolen and the exchange wants them frozen or recovered.
But from THORChain's design perspective, selectively deciding which users can transact creates a very different kind of system.
Personally, I think this is bigger than just Bitget and THORChain.
Crypto has spent years building permissionless financial infrastructure. The moment stolen funds enter that infrastructure, the industry has to decide where decentralization ends and intervention begins.
And there isn't an easy answer.
Because if protocols can freeze hackers today, who decides which transactions deserve to be frozen tomorrow?
That's the uncomfortable question this incident is forcing crypto to confront. $BTC #BTC Price Analysis# #Meme Alpha# #Bitget $BGB
それが、Telegram Mini Apps向けの新しいオープンソース「Omniston」連携のサンプル例という発想です。 ユーザー目線のフローはとてもシンプルです。 TonConnectでTONウォレットを接続すると、裏側で埋め込み型のEVMウォレットが自動的に作成されます。Omnistonが、TONとEVMネットワーク間のクロスチェーン実行を処理します。