
Developed and delivered a multi-account payment distribution feature for the razorpay/razorpay-mcp-server repository, focusing on backend API development using Go. The work introduced a structured transfers object within the create order workflow, enabling payment amounts to be distributed across multiple linked accounts. This approach incorporated robust data modeling and validation logic to ensure accurate routing and reconciliation, reducing manual intervention for merchants. By integrating the transfers feature into the MCP server’s core flow, the solution enhanced payment orchestration and expanded payout flexibility for merchants with complex account structures. The project emphasized backend development best practices and Git-driven delivery processes.
Month: 2025-09 — Key feature delivered: Multi-Account Payment Distribution in Create Order for the MCP server by introducing a transfers object with structure and validation to distribute payment amounts across multiple linked accounts. This design reduces manual reconciliation and expands payout flexibility for multi-account workflows. Major bugs fixed: None reported this period. Overall impact: strengthens MCP's payments orchestration, improves accuracy, and accelerates time-to-value for merchants with linked accounts. Technologies/skills demonstrated: backend API design, data modeling for transfers, validation logic, and Git-driven delivery.
Month: 2025-09 — Key feature delivered: Multi-Account Payment Distribution in Create Order for the MCP server by introducing a transfers object with structure and validation to distribute payment amounts across multiple linked accounts. This design reduces manual reconciliation and expands payout flexibility for multi-account workflows. Major bugs fixed: None reported this period. Overall impact: strengthens MCP's payments orchestration, improves accuracy, and accelerates time-to-value for merchants with linked accounts. Technologies/skills demonstrated: backend API design, data modeling for transfers, validation logic, and Git-driven delivery.

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