Payment Portal Processor for Secure Internet Transactions

The patent introduces an electronic payment account system as an intermediary between consumers and merchants. The system uses EFT networks and automated clearing houses to mediate transactions, replacing direct credit card processing. This intermediary layer reduces fees by utilizing existing financial infrastructure while maintaining security through centralized account verification and transaction monitoring.

The patent creates a digital copy of traditional banking payment systems for Internet transactions. By replicating the security and verification mechanisms of offline banking in an electronic environment using EFT networks, the system achieves comparable security at lower cost, eliminating the need for expensive credit card processing while maintaining consumer protection.

The patent implements preliminary verification and authorization steps before funds are transferred. The system pre-approves transactions through automated account verification and maintains the ability to reverse transactions within a defined window, combining the speed of debit cards with the consumer protection of credit cards. This preliminary action allows real-time processing while preserving reversal capability.

The system incorporates continuous feedback loops where transaction status, authorization results, and reversal decisions are communicated in real-time between consumers, merchants, and the payment system. This feedback mechanism enables consumers to monitor and contest transactions promptly, maintaining both transaction speed and consumer protection through active communication and verification.

The patent uses the electronic payment account system as an intermediary that handles all communication between consumers and merchants. Consumers never share their account information with merchants; instead, the system generates unique transaction identifiers and routing information that merchants use to initiate payments. This intermediary approach simplifies payment processing while eliminating the security risk of exposing sensitive account data.

The system creates a digital representation of the payment authorization process where consumers approve transactions without exposing their actual account numbers. The system copies and transmits only the necessary transaction details (amount, recipient, authorization code) while keeping the consumer's full account information secure and hidden, thus maintaining ease of operation without security risks.

The patent implements a dynamic payment system that adapts to different transaction requirements in real-time. The system can process payments synchronously for immediate settlement or asynchronously for batch processing, depending on the transaction type. This dynamic approach allows the system to utilize existing EFT infrastructure for routine transactions while providing real-time processing capabilities when needed, balancing complexity and speed.

The system changes the operational parameters of EFT network usage by implementing real-time authorization and credit message capabilities on top of existing infrastructure. By modifying how the network is utilized (adding real-time verification layers and credit messaging protocols), the system achieves faster processing without fundamentally changing or replacing the underlying EFT network, thus maintaining low complexity while improving speed.