Turf Assistant

- Frontend (Web): Angular + Core CSS
- Frontend (Mobile): React Native
- Backend & Database: Node.js (Loopback) + Postgress
- Deployment: AWS
At Xotiv, our team designed and developed Turf Assistant, a mobile-first golf course and turf management platform built to support course owners and ground maintenance teams. The solution digitizes daily turf operations, workforce management, and maintenance monitoring, while integrating SPIIO soil sensor technology to deliver real-time turf health data.
The platform combines operational management with data-driven insights, enabling course owners to make informed decisions based on live soil conditions and daily sensor readings.
Client’s Overview
Golf course management requires consistent monitoring of turf health, efficient coordination of ground staff, and timely maintenance decisions. Traditional manual tracking methods make it difficult to respond quickly to changing soil conditions, often resulting in increased maintenance costs and reduced turf quality.
Our client envisioned a centralized, technology-enabled platform that could streamline turf operations, improve worker management, and provide real-time visibility into soil health using sensor-driven data. The goal was to create a future-ready solution that enhances efficiency, accuracy, and sustainability across golf course operations.
The Project
The project focused on building a mobile-based turf and golf course management system supported by a comprehensive admin control panel.
The solution enables golf course owners to manage turf workers, monitor maintenance activities, and receive daily soil condition insights through SPIIO sensor integration. Administrators can oversee multiple courses, workers, and sensor data from a unified dashboard.
Key deliverables included:
- Mobile application for golf course owners and turf managers
- Admin panel for managing turf workers and operational data
- SPIIO soil sensor integration for real-time turf health monitoring
- Daily soil data visualization and reporting
- Workforce coordination and task management
- Scalable backend architecture for multi-course operations
The Approach
Xotiv adopted a data-first and operations-driven approach, ensuring the platform delivered actionable insights while remaining simple to use for on-ground teams.
The team designed seamless data pipelines to integrate real-time sensor data and focused on building reliable mobile experiences for daily operational use.
The process included:
- Requirement analysis and operational workflow mapping
- UX/UI design optimized for quick insights and field usability
- Mobile app development for turf operations management
- Backend API development for sensor data ingestion and reporting
- SPIIO integration for real-time soil monitoring
- Admin panel development for workforce and system control
- Testing, optimization, and cloud deployment
The Impact
The platform enabled golf course owners to transition from manual tracking to a data-driven turf management workflow, improving response times and maintenance accuracy.
Real-time soil sensor insights empowered teams to make informed decisions, optimize watering and maintenance schedules, and maintain healthier turf conditions. Administrators gained better visibility into workforce activities and operational performance.
By delivering a scalable, sensor-integrated turf management solution, Xotiv helped position the client as a technology-forward leader in modern golf course operations, with a strong foundation for future analytics and automation enhancements.
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Tarun Kumar
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