Safepay

The video discusses the vulnerabilities of existing magnetic card readers that store information in plain text, making them susceptible to fraud. It introduces Safepay, a secure and cost-effective solution developed by a research team at Lehigh and Northwestern Universities. Safepay transforms credit card data into an electrical current, allowing transactions through existing card readers. Users download an app, connect a device to their phone, and generate temporary credit card numbers for one-time use. The device is compatible with current systems, making it affordable for retailers. Successful tests were conducted, and the team envisions banks distributing the device to users.

What is a major drawback of current magnetic card readers?

• They are incompatible with all mobile devices.

• They require frequent software updates.

• They store information in plain text, making them vulnerable.

• They are too expensive to produce.

What is a significant challenge for retailers in adopting current secure payment solutions?

• Complexity of the technology involved.

• Limited availability of secure payment devices.

• High implementation costs due to incompatibility with existing devices.

• Lack of customer interest.

How does Safepay prevent mass credit card fraud?

• By encrypting data on the card itself.

• By using a new card-shaped device that simulates a normal transaction.

• By storing data in a secure cloud server.

• By requiring a fingerprint scan for each transaction.

What is the role of the Safepay mobile application?

• To update the Safepay device firmware.

• To connect the Safepay device to the internet.

• To generate and play a wav file for a one-time charge.

• To download and store permanent credit card numbers.

What is the envisioned distribution method for the Safepay device?

• Distributed freely by banks.

• Provided as a subscription service.

• Available for purchase online.

• Sold in retail stores.