Vetanu Application
the smart Application that makes pet care simple and connected.

Vetanu is a smart veterinary management system designed to digitize medical records and eliminate paper-based workflows in Iranian clinics. Each pet is assigned a unique microchip ID, enabling seamless registration, storage, and tracking of medical and vaccination history. Existing foreign solutions were not compatible with the local ecosystem and failed to meet the specific needs of Iranian veterinarians and clinics, making a localized, scalable, and comprehensive solution essential.

Project Context

Problem

Veterinarians and clinics faced several challenges:

  • Limited and slow access to pets’ medical history

  • Human errors caused by paper-based documentation

  • Difficulty in managing follow-ups and treatment tracking

These issues led to operational inefficiencies, reduced quality of care, and user dissatisfaction.

To understand user needs, we conducted:

  • Field studies in veterinary clinics

  • Observation of interactions between veterinarians and pet owners

  • Competitor analysis and evaluation of existing solutions

  • Structural review of current workflows and documentation

Research findings indicated a strong need for a simple, fast, and frictionless system to access and manage pet medical data.

User Research

User Research

Clinic Panel

Admin Panel

Proposed Solution

Our solution consisted of a four-panel system

Doctor Panel

Customer Panel

At the core, the system relied on microchip-based identification, with each pet assigned a unique ID. This architecture allowed seamless and independent access to medical data for all stakeholders while maintaining data integrity and consistency.

Key Design Decisions

  • Microchip Integration: Enables fast medical history retrieval, reduces human error, and supports pet recovery if lost

  • Centralized Dashboard: Displays key pet information immediately upon selection, minimizing cognitive load and navigation

  • Simple User Flow: Intuitive access to pet information without complexity