Industry
AgTech/Industrial IoT
Project type
Multi-tenant SaaS Development
Key tech
React, NestJS, PostgreSQL
Outcome
Real-time Pump & Sensor Automation
The Challenge:
Beyond Generic Dashboards.
NESS Fertigation outgrew the limitations of their existing ThingsBoard setup. They needed a specialized, multi-tenant portal capable of handling complex irrigation routines, granular device management, and sophisticated reporting that generic platforms simply couldn't provide.
Engineered for Precision and Reliability
We engineered a custom web portal using React and NestJS to bridge the gap between digital logic and physical hardware. By building a proprietary backend, we enabled NESS to execute complex automation routines for valves and pumps with zero-latency feedback and enterprise-grade reporting
Engineered for resilience and scale
A robust SaaS architecture designed for global scalability.
The interface (Frontend)
React & Tailwind CSS. Responsive, high-performance dashboards for farm managers.
The Engine (Backend)
NestJS. A powerful Node.js framework handling multi-tenancy logic and real-time hardware communication.
The Data (Storage)
PostgreSQL. A relational database optimized for complex sensor telemetry and detailed historical reporting.
Key Features
Multi-tenant Management. Securely manage multiple farms and users under one master platform.
Complex Automation Routines. Schedule and trigger pumps and sensors based on precise environmental data.
Advanced Reporting. Exportable data insights for optimized water and fertilizer usage.
The Modern Tech Stack.
Using industry-leading frameworks to ensure 99.9% uptime for critical agricultural operations.
NESTJS
For scalable, modular backend architecture.
REACT
For a fast, reactive user experience.
POSTGRESQL
For mission-critical data integrity.
TAILWIND
For a clean, efficient, and responsive UI design.
Ready to Turn Your IoT Vision into a Scalable SaaS?
Whether you're outgrowing a generic platform or starting from scratch, we build
the custom software that powers real-world automation.