Fang Yu

Aug 23, 2024 | financialtechnologytoday.com | Fang Yu

In the evolving landscape of financial transactions, the search for operational efficiencies that can keep pace is essential. Many financial institutions (FIs) and fintechs are now integrating fraud and anti-money laundering (FRAML) strategies to save time and money.

Jun 27, 2024 | ffnews.com | Fang Yu

DataVisor, the world’s leading AI-powered fraud and financial crime prevention platform, announced that it partnered with Davies, a consultancy focusing on the technologies supporting compliance in financial services, for an independent evaluation of its modern AML/BSA solutions (Anti-Money Laundering/Bank Secrecy Act). Davies validated and endorsed DataVisor’s solutions, confirming reliable operational integrity and streamlined investigation processes.

Mar 26, 2024 | ffnews.com | Lauren Hinton |Fang Yu |Chuck Subrt |Datos Insights

DataVisor, the world’s leading AI-powered fraud and risk platform, announced today the launch of its latest offering: a modern end-to-end anti-money laundering (AML) solution boasting cutting-edge technology and comprehensive functionalities powered by sophisticated machine learning and AI.

Mar 18, 2024 | globalbankingandfinance.com | Fang Yu

By Fang Yu, CPO and Co-Founder, DataVisor Today’s fraudsters are sophisticated and determined. Their sole job is to relentlessly look for opportunities to exploit vulnerabilities in the fraud defenses of financial institutions (FIs). When FI fraud strategies fail to effectively leverage customer lifecycle data, they are doomed to be reactionary at best – only catching fraud after it takes place. To fight financial crime, FIs can and must work smarter, not harder.

Jun 16, 2023 | onlinelibrary.wiley.com | Fang Yu |Tian Yi Ma |Wenbin Liang |Ming Lei

Abstract N-acyloxyamine is an excellent radical initiator for the controlled degradation of polypropylene (PP). Irgatec CR 76 (CR-76) is one of the most important N-acyloxyamines for the controlled degradation processes. The experiments show that 2 wt% CR-76 caused a degradation and lowering of Mw to over 50% and of Mn in 10%–15%. The density functional theory (DFT) calculated results indicate that the NO bond cleavage of enol-CR-76 is the easiest to generate nitrogen (N˙) and ˙CH2COO radicals.