Telegram Bot + Delivery Management Platform
SOF TAM
Backend platform and Telegram bot for ordering, cart flow, order state management, courier queues and route control.
Project context
Engineering challenge
Backend platform and Telegram bot for ordering, cart flow, order state management, courier queues and route control. The project was engineered around maintainable architecture, responsive interfaces, clear data flow and future extensibility.
Scope
Telegram Bot + Delivery Management Platform
Solution architecture
Developed components
Telegram bot interfaceConversational UI for product selection, cart management and order creation.
Cart and checkoutManagement of order items, quantities and delivery information.
Order state engineBackend logic controlling order statuses and next actions.
Courier queueOrder assignment based on courier queues and statuses.
Route and map integrationConnection of address and route data to the map flow.
Backend observabilityValidation, structured logging, error handling and operational diagnostics.
Engineering outcome
Technical results
| Area | Initial state | Implemented result |
|---|---|---|
| Architecture | Disconnected or manual solutions. | Modular, extensible and maintainable software architecture. |
| Data flow | Data was handled manually or across separate channels. | Structured data flow with validation and integration layers. |
| Reliability | Errors were difficult to trace and diagnose. | Error handling, logging and testable component boundaries. |
| Scalability | New features required significant rework. | Incremental expansion through API-ready and reusable components. |
Technical direction
Stack and expansion capabilities
The modular architecture is prepared for additional API integrations, backend services, frontend modules and deployment pipelines.
PythonTelegram Bot APIPostgreSQLOrder StateMap IntegrationLoggingBackend Services
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