
Jane M.
Strategy & Operations Manager 于 Securitize
Jane M. 是 Securitize 的战略与运营经理,此前曾是 zkLend 的联合项目负责人。她毕业于 Columbia University。
新闻提及
Securitize clears SEC registration statement hurdle, sets path to NYSE listing as SECZ
AI is becoming increasingly important on all organizations and Securitize is at the forefront of integrating across all our business lines https://x.com/Securitize/status/2062534925622870119
When you are trying out the reaction feature, and @Securitize keeps tokenizing private credit.
Institutional RWAs shouldn't be confined to a single chain. HLSCOPE, Hamilton Lane's tokenized credit fund issued by Securitize, can now move across networks through Wormhole. One asset, connected wherever it's needed.
🏦👥 @eulerfinance's expansion into tokenized assets is driving user growth. Daily active users increased by ~200% after @Securitize's VBILL became available as collateral. A chart to watch 👇 https://t.co/Dz290QLAPX
. @Securitize, the leading platform for tokenizing real-world assets, today announced that Hamilton Lane (Nasdaq: HLNE)’s tokenized Senior Credit Opportunities Fund (“HLSCOPE”) is now launching on the TRON blockchain, expanding access to a leading tokenized private credit offering through one of the
Securitize debuts first onchain private credit fund on TRON
Hamilton Lane's tokenized HLSCOPE fund launches on Tron, marking first Securitize product issued on the once-maligned blockchain https://t.co/Zaeb7eWUCO
Building lending markets for permissioned assets with Securitize For the first time in DeFi, tokenized securities can serve as productive collateral in lending markets without giving up the permissioned transfer framework they require. Euler has launched a new type of ERC-4626 vault for permissione
Read how our engineering team integrated Euler with regulated securities: "Integrating Regulated Digital Securities into Euler Lending Infrastructure" by @AdanCarrenoWeb3 https://medium.com/securitize/integrating-regulated-digital-securities-into-euler-lending-infrastructure-d8a80b41dc7e?source=soc

