Demonstrated the feasibility of a unified animal husbandry portal
The feasibility study demonstrated how public, clinical and administrative workflows could coexist in one portal.
Feasibility study case study
LiveHeard
A feasibility study platform for veterinary service delivery, livestock data and AI assisted animal healthcare.
LiveHeard was developed as a feasibility study POC for India’s animal husbandry ecosystem, with the goal of exploring how government veterinary services, livestock healthcare, and animal welfare operations can be digitized through a unified enterprise portal. The platform was designed for multiple stakeholder groups, including government administrators, Chief Veterinary Officers, veterinary doctors, animal owners, field teams, and regulatory institutions.
Project classification: This feasibility study proof of concept explored a unified digital portal for animal husbandry services and AI assisted veterinary workflows; it was not a government deployment.
Centralised administrative and service workflows
Appointments, grievances, animal records and service activity were organised into structured digital workflows.
Improved management visibility through role based dashboards
Role based dashboards demonstrated how administrators could review service activity at different organisational levels.
01 / Business context
Who needed the solution
LiveHeard was developed as a feasibility study POC for India’s animal husbandry ecosystem, with the goal of exploring how government veterinary services, livestock healthcare, and animal welfare operations can be digitized through a unified enterprise portal. The platform was designed for multiple stakeholder groups, including government administrators, Chief Veterinary Officers, veterinary doctors, animal owners, field teams, and regulatory institutions. The objective was not only to digitize existing veterinary workflows but also to evaluate how AI could support faster animal health decision making, operational visibility, stock planning, and personalized care delivery. India’s animal husbandry ecosystem involves large scale service delivery across states, districts, hospitals, doctors, animal owners, vaccination programs, medicine/feed availability, grievances, appointments, and compliance workflows.
02 / Challenge
What needed to change
The main challenge was that animal husbandry operations require coordination across multiple administrative levels, veterinary institutions, doctors, animal owners, and field service workflows.
Veterinary services were distributed across departments and field teamsVeterinary service delivery is often spread across departments, districts, hospitals, and field teams.
Animal records and service histories lacked a unified workflowAnimal medical history, vaccination status, treatment records, and feed/medicine assignments may not always be centrally available.
Appointments and grievances were difficult to trackAppointment booking and grievance handling can become difficult to track without a structured digital workflow.
Management lacked real time service visibilityUpper management and CVO level officers may need regular updates but may not have real- time visibility into field activity.
Veterinary teams needed quicker access to trusted knowledgeVeterinary doctors often need quick access to clinical knowledge, disease references, and treatment recommendations during diagnosis.
03 / Workflow transformation
Before and after
Previous workflow
- Veterinary services were distributed across departments and field teams
- Animal records and service histories lacked a unified workflow
- Appointments and grievances were difficult to track
- Management lacked real time service visibility
- Veterinary teams needed quicker access to trusted knowledge
Structured workflow
- Digitise service delivery
- Support clinical knowledge access
- Provide management dashboards
- Coordinate operations and resources
- Review structured outputs
04 / Solution
How we approached it
We designed LiveHeard as an AI enabled animal husbandry digitalization portal with both operational and clinical intelligence layers. The solution combined digitized veterinary workflows, secure governance controls, role based dashboards, public service access, animal healthcare records, AI assisted diagnostics, RAG based clinical support, stock intelligence, and personalized feed/medicine recommendations.
Digitise service delivery
Create structured public, hospital, field and administrative workflows.
Support clinical knowledge access
Use RAG to retrieve veterinary references for professional review.
Provide management dashboards
Give administrators and officers role specific visibility into activity and service status.
Coordinate operations and resources
Support appointments, grievances, stock information and alerts within one platform concept.
05 / Example workflow
From input to reviewable output
1Digitise service delivery
2Support clinical knowledge access
3Provide management dashboards
4Coordinate operations and resources
5Review clinical references
6Veterinary or administrative action
06 / Delivery scope
What the delivery covered
Business and product workflow
- AI Assisted Animal Healthcare
- RAG Powered Clinical Copilot
- AI Chatbots for CVO and Upper Management
AI, data and automation
- Structured AI workflow
- Data processing and validation
Application and cloud engineering
- React
- Docker
- Nginx
Scope boundary
This was a feasibility study proof of concept, not an adopted government system. Veterinary and administrative outputs remain subject to professional review.
07 / Architecture and controls
How the system is organised
React
Docker
Nginx
TypeScript
Professional clinical review
AI assisted veterinary knowledge supports qualified professionals and does not replace clinical judgement.
Role aware workflows
Public users, doctors, officers and administrators receive different workflow and dashboard access.
Feasibility boundary
The concept demonstrates technical feasibility and must not be presented as government adoption.
08 / Business value
Expected operational value
1Projected
Demonstrated the feasibility of a unified animal husbandry portal
The feasibility study demonstrated how public, clinical and administrative workflows could coexist in one portal.
2Projected
Centralised administrative and service workflows
Appointments, grievances, animal records and service activity were organised into structured digital workflows.
3Projected
Improved management visibility through role based dashboards
Role based dashboards demonstrated how administrators could review service activity at different organisational levels.
4Projected
Faster access to veterinary reference knowledge
RAG assisted knowledge access showed how veterinary references could be made easier for professionals to review.
5Projected
A scalable foundation for future district and hospital expansion
The concept created a foundation for future district, hospital and field service integrations.
09 / Technology
Every component, with its role in the delivery.
Technology choices from the supplied project brief, mapped to the workflow each component supports.
React
Reviewer or product user interface
Docker
Containerised deployment
Nginx
Reverse proxy and production serving
TypeScript
Typed application engineering
Related work
Explore related case studies.
