Infineon Technologies AG provides SECORA Blockchain as a reliable solution for developers to address these issues. By utilizing this solution, individuals can conveniently and securely conduct Web 3.0 payment transactions, expanding the accessibility of cryptocurrency transactions to a wider audience.
Function X’s primary objective is to facilitate secure and decentralized exchange of cryptocurrencies and digital assets through a layer 1 blockchain network. The platform aims to incorporate the advantages of Web 3.0 into daily life. To support the advancement of Web 3.0, Function X has introduced the p(x)Card, a secure and user-friendly cold wallet card. This card offers a secure offline storage solution for private keys, serving as a key card for everyday transactions.
The p(x)Card’s security is further enhanced through the use of the SECORA Blockchain solution. David Ben Kay, President of Function X Foundation, expresses enthusiasm about the collaboration with Infineon for the p(x)Card initiative. He states that the foundation is delighted to have Infineon as a collaborator, recognizing their expertise in creating reliable security solutions. As we transition into the new era of Web 3.0, it is crucial to have professionals with a strong background in security. These contributions instill confidence in our users, empowering them to explore uncharted territories. We look forward to pushing the boundaries of what can be achieved together.
Maurizio Skerlj, Head of Identity Solutions at Infineon’s Connected Secure Systems Division, emphasizes the importance of streamlining payments for Web 3.0. We are pleased to offer a security solution that simplifies Web 3.0 payments. Users of the p(x)Card can conveniently initiate crypto payments by accessing the p(x)Card application and entering the recipient’s wallet address or by using NFC-supported point-of-sale devices for blockchain-based transactions. Once the p(x)Card is swiped, the transaction is finalized. The SECORA blockchain provides hardware security to support the entire process.