Gate News bot message, according to the official Gate announcement Gate has delisted trading markets for 25 tokens including AEG, MOT, MARSH, LLT, SEILOR, NGL, EQX, PIP, AMS, AQDC, SEAL, MSN, AIX, ARTEM, CYBERARENA, GODL, CATS, FTR, ANML, BLOCX, MIDNIGHT, PERL, MOZ, OMNIA, and FTN. These tokens have been identified as not meeting the platform's trading opening standards. Gate has conducted buyback procedures for users holding these tokens and who submitted the form, with the corresponding buyback amounts credited to user accounts. Users can still use Gate as a wallet to store assets for these tokens; the specific delisting time for wallet functions will be announced separately by the platform.

Gate News bot message, according to the official Gate announcement Gate has decided to delist trading services for 25 tokens. The delisted tokens include AEG, MOT, MARSH, LLT, SEILOR, NGL, EQX, PIP, AMS, AQDC, SEAL, MSN, AIX, ARTEM, CYBERARENA, GODL, CATS, FTR, ANML, BLOCX, MIDNIGHT, PERL, MOZ, OMNIA, and FTN. The delisting affects spot trading pairs, quantitative grid, coin savings, and margin trading involving these tokens. According to the delisting schedule, Gate has suspended deposit services for the relevant tokens and will close new margin lending and collateral lending by 16:00(UTC+8) on January 7, 2026, and will suspend trading services at 11:00(UTC+8) on January 14, 2026. Users can choose to withdraw tokens or transfer to Gate Web3 Wallet for permanent asset storage. For tokens still stored on the platform after the market is offline, users can apply for buyback after January 28, 2026. Gate will buy back at the preset price, with a maximum compensation limit of 100 USDT per user. Buyback applications must be submitted via the designated form between 00:00(UTC+8) on January 28, 2026, and 00:00(UTC+8) on February 4, 2026.

Ethereum developers are advancing a zero-knowledge protocol aimed at enhancing the privacy of on-chain interactions. The first application of this protocol is a "Secret Santa" matching system, where participants can randomly exchange gifts anonymously, laying the groundwork for broader private coordination tools in the future. Solidity engineer Artem Chystiakov shared related research on the Ethereum community forum, and he first published the results on arXiv in January of this year. The scheme allows participants to register Ethereum addresses and verify the relationship between sender and receiver through zero-knowledge proofs without revealing their identities. At the same time, transaction relayers are used to submit transactions, avoiding the association of personal wallets with operations, thus ensuring anonymity.