Virtual Account Segmentation for Loan Payment Matching
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Solution Overview
Problem
Financial institutions face challenges with large shared accounts in loan payment systems, including large overpayments, unintentional fronting, and complex transaction matching, which are difficult to manage and prone to errors due to high computational demands.
Innovation Solution
A computer system and method utilizing virtual accounts to manage interactions between accounts, where intermediary virtual accounts are created for each deal, allowing for automated asset transfers based on monitored obligations, reducing the complexity of transaction matching and minimizing errors.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If a shared account is used to pool all activity for an entity, region, and currency, then the system can handle large volumes of payments, but the credit limit becomes large which allows for large overpayments and unintentional fronting
Solution Approach 1:
The patent segments the shared account into multiple virtual accounts, each dedicated to specific deals or payment types. This segmentation isolates funds so that overpayments in one deal cannot affect other deals, and each virtual account can be independently monitored for fronting risks. The virtual account structure maintains the ability to handle large volumes while eliminating the harmful effects of a single large pooled account.
2Ease of operation
If a shared account is used with large credit limit, then payments can be made based on overall liquidity, but matching incoming payments to expected activity becomes complex and computationally intensive
Solution Approach 1:
By dividing the single shared account into multiple virtual accounts organized by deal, the patent simplifies transaction matching from a complex global matching problem into multiple simpler individual matching problems. Each virtual account has a clear, pre-defined set of expected payments, making the matching process straightforward and computationally light while preserving liquidity-based payment capability.
Solution Approach 2:
The virtual accounts act as intermediaries between the physical account and the payment matching system. They receive payments into their designated virtual accounts and automatically match them to the correct deals based on their isolated, pre-configured expectations, eliminating the need for complex global matching algorithms.
3Ease of manufacture
If a shared account is used, then physical account creation overhead is avoided, but manual matching of incoming payments is required which is time-consuming and error-prone
Solution Approach 1:
The virtual accounts are configured with automatic payment matching rules that enable them to self-match incoming payments to the correct deals without human intervention. The system automatically detects payments, routes them to the appropriate virtual account, and matches them to expected payments based on pre-configured deal parameters, eliminating manual matching time while maintaining the efficiency of pooled physical accounts.
Data Source
AI summary
A payor account is monitored to detect when it receives assets sufficient to meet the payor's current obligations under a deal. When this condition is met, assets sufficient to meet the obligation are transferred from the payor account to an intermediary virtual account. Similarly, the intermediary account is monitored for whether it contains sufficient assets to meet an obligation to a payee under the deal. When this condition is met, sufficient assets to meet this obligation are transferred from the intermediary account to the payee account.