Sharing Information on Scams to Improve Fraud Mitigation
The Federal Reserve launched a scams information sharing work group. Learn more about the group and its goals.
The Federal Reserve launched a scams information sharing work group. Learn more about the group and its goals.
The Federal Reserve has established a scams definition and classification work group. Learn about the group and its goals.
Experts from the Federal Reserve System engaged with the payments industry during key conferences and webinars this spring. Explore highlights from their sessions.
Scams have become increasingly prevalent, but there are ways to prevent them and mitigate losses. Read more about how to stay protected from this type of fraudulent activity.
Scams are a growing area of fraudulent activity that can happen to anyone. Learn about common types of scams and the ways that fraudsters attempt to deceive their victims.
Explore recent articles that highlight trends, examine relevant studies and provide perspectives on how current and emerging technologies may alter the payments landscape.
Payments leaders gathered in person and virtually at the annual Chicago Payments Symposium to discuss industry trends, innovations and ways to better serve customers.
The latest release of the Federal Reserve’s Synthetic Identity Fraud Mitigation Toolkit includes tools to help differentiate real customers from synthetics using identity validation tools and alternative data, and resources on how to identify synthetics at different stages of the relationship.
The Federal Reserve’s new Synthetic Identity Fraud Mitigation Toolkit provides financial institutions, consumers and businesses with an online repository of insights and resources for addressing this growing type of fraud.
The FraudClassifier(SM) model was released in June 2020 to help organizations speak the same fraud language and obtain a holistic picture of fraud involving payments. Explore a new video for a comprehensive overview of the model, including a step-by-step walk-through of its classification paths and supporting definitions.