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An MCP-Driven Multi-Agent Enterprise Marketplace Platform Architecture for Myanmar Secondhand and Local Fashion Merchants: A Survey-based Requirements Analysis
| International Journal of Computer Applications |
| Foundation of Computer Science (FCS), NY, USA |
| Volume 187 - Number 136 |
| Year of Publication: 2026 |
| Authors: Nei Rin Zara Lwin, Kyaw Kyaw Oo, Si Thu Aung |
10.5120/ijcae2026375782a
|
Nei Rin Zara Lwin, Kyaw Kyaw Oo, Si Thu Aung . An MCP-Driven Multi-Agent Enterprise Marketplace Platform Architecture for Myanmar Secondhand and Local Fashion Merchants: A Survey-based Requirements Analysis. International Journal of Computer Applications. 187, 136 ( Aug 2026), 50-57. DOI=10.5120/ijcae2026375782a
Abstract
Myanmar's emerging secondhand and local fashion merchants operate predominantly through Facebook and Viber, lacking automated tools for order management, AI-assisted discovery, or consumer trust verification. This paper presents a survey-based requirements analysis and a corresponding Model Context Protocol (MCP)-driven multi-agent enterprise architecture for a dedicated marketplace platform targeting this segment. A structured needs-assessment survey of 15 merchants identified operational pain points and ranked 16 platform capabilities on a five-point Likert scale. Features scoring 3.85 or above on the survey were adopted as active requirements, producing eleven survey-qualified capabilities. A twelfth — AI condition grading — was added independent of its survey score, since it serves as a trust signal rather than a popularity measure. Together, these twelve capabilities map across five MCP tool servers: analytics, order-manager, recommendation, chat-assistant, and product-listing. The proposed five-layer architecture spans a React Native/Next.js client layer, a LangGraph multi-agent orchestration layer coordinated via the Agent-to-Agent (A2A) protocol, the MCP tool layer, a MongoDB/Redis data infrastructure layer, and an observability and monitoring layer. Trust is the biggest factor driving purchases in Myanmar social commerce. To address this, the architecture builds a trust layer — based on signaling theory — into its orchestration and MCP tool layers, using AI condition grading, seller reputation scores, and verified-seller badges. This approach offers a repeatable model for building AI-first marketplaces in similar emerging markets.
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