Our work

Helping the Universal Postal Union Validate an AI-Powered Postal Testing Solution

Agent Studio delivered a proof-of-concept AI testing agent that automates panelist coordination through Telegram, helping postal services assess delivery quality in minutes and at a fraction of the cost of typical commercial solutions.

Phases: Discovery - Build - 03. Deploy

Tools: n8n - OpenAI - Supabase - Telegram


Client

The Universal Postal Union (UPU) is a specialized UN agency coordinating postal policies among 192 member nations. Postal operators need regular quality testing, but services in developing countries couldn’t afford existing but expensive commercial platforms. Traditional testing required UPU operations teams to manually coordinate sender panelists (who ship test packages) and receiver panelists (who receive and confirm them)— distributing allocation plans through spreadsheets and emails, tracking confirmations, managing incident reports, and notifying managers about issues. UPU needed to validate whether an affordable AI-powered alternative could automate this workflow.

Objective

Build the proof-of-concept of an AI agent that demonstrates automated panelist coordination through Telegram. The solution needed to load UPU’s allocation plans, then autonomously manage sender/receiver workflows—shipment notifications, automated reminders, confirmations, incident reporting, and manager alerts. The POC would validate the user experience, define production architecture, and provide a functional demo UPU could use to sell the solution to postal services in developing countries.

Work

These are the phases Agent Studio worked on:

  1. Discovery & requirements: Clarified functional requirements with UPU stakeholders and identified core panelist workflows (sender/receiver coordination, incident management)
  2. Agent architecture: Designed multi-model AI agent architecture using n8n as the orchestration layer, leveraging OpenAI LLMs to understand natural language messages and deterministic workflows to manage operational logic
  3. Package coordination workflows: Built sender panelist workflows (receive shipment notifications, automated reminders, confirmation via Telegram) and receiver panelist workflows (reception confirmations, automated reminders if package delayed, status updates to database)
  4. Incident management system: Implemented natural language incident reporting through Telegram for time-off requests and generic issues, with automatic manager email notifications containing panelist details and incident descriptions
  5. Telegram & database integration: Implemented conversational Telegram interface for all panelist interactions, with Google Sheets logging conversation history and Supabase storing allocation plans, panelist data, shipment status, and incident records
  6. Testing & validation: Validated end-to-end workflows using mock panelist and shipment data structured to match future production databases, ensuring reliable demo performance across all use cases
  7. POC delivery & handover: Delivered functional proof-of-concept with walkthrough session, demonstrating complete sender/receiver coordination, incident reporting, and manager notifications—validating technical feasibility for production deployment

Results

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