Myfood

Customer Portal Development UI/UX design
Smart greenhouse & IoT AgTech solution for sustainable agriculture.
Myfood smart greenhouse and IoT platform overview
Myfood smart greenhouse and IoT platform overview

Project overview

Myfood is a permaculture-driven AgTech company on a mission to make fresh, sustainably grown food something almost anyone can produce, even in a small urban footprint – using smart greenhouses that pair thoughtful design with IoT sensors to cut water use and carbon. Intobi partnered with Myfood to modernize its aging ASP.NET MVC greenhouse management app and build a new corporate portal, My Food Hub: one connected platform that makes sustainable urban farming accessible, measurable, and easy to run day to day.

higher production efficiency

25%

Client Context

Domain: Greenhouse & AgTech

Location: France

Timeline: March 2021 – April 2022

Team: Project Manager, UX/UI Designer, Frontend Developer, Backend Developer, QA Engineer, DevOps Engineer

Myfood project overview illustration

Challenges

  • Legacy system limitations — the existing ASP.NET MVC platform was difficult to maintain, lacked scalability, and did not support modern IoT data flows efficiently.
  • Data-driven insights — greenhouse operators required real-time visibility into environmental metrics, plant growth, and production analytics.
  • User engagement & usability — private users and corporate clients needed an intuitive interface to control, monitor, and optimize their greenhouses.
  • Scalability & integration — the system had to support multiple greenhouse types, sensors, and locations while allowing future expansion.
  • Sustainable tech focus — ensure the software supports energy-efficient operations and minimizes environmental impact.

Tech stack

Frontend
Angular logo
Backend
C# logo

Delivery Approach

Modernizing a live greenhouse platform meant improving it without disrupting daily operations. Intobi delivered Myfood in clear phases, from audit to launch.

Discovery & audit

The work started with a full audit of the legacy ASP.NET MVC system – pinpointing its limitations and defining what a modern, sustainable greenhouse platform actually needed to do.
O

Oleksandr

Project Manager

Architecture & planning

Next came a scalable architecture built around C#/.NET Core, designed to handle real-time IoT data streaming in from multiple greenhouse types and sensor setups.
A

Andrii

Backend Developer

Backend & IoT engineering

Backend engineering centered on fast multi-sensor data processing, automated anomaly alerts, and third-party API interoperability – the foundation for reliable, energy-efficient operation.
S

Sviatoslav

Backend Developer

Frontend & portal design

On the frontend, Angular and a clear UX turned dense environmental metrics into intuitive, cross-device dashboards, and gave My Food Hub a single administration interface.
I

Ivan

Frontend Developer

QA, DevOps & launch

QA and DevOps closed the loop — validating sensor accuracy and dashboard reliability, then deploying a foundation ready to scale to new greenhouses and users.
S

Stanislav

QA Engineer

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Key features

Modernized greenhouse management

Intobi rewrote the legacy application using C#/.NET Core for the backend and Angular + TypeScript for the frontend. The new architecture supports fast data processing from multiple IoT sensors, real-time alerts, and responsive dashboards for greenhouse monitoring.

My Food Hub — corporate portal

A centralized web portal allows administrators to view statistics, manage greenhouse devices, and optimize production schedules. Interactive dashboards display environmental metrics, plant growth data, and yield projections.

IoT integration

The platform seamlessly connects with smart greenhouse sensors that measure temperature, humidity, light, and soil conditions. Automated alerts notify users of anomalies or maintenance needs, reducing manual oversight and ensuring optimal plant growth.

User experience design

Intobi developed an intuitive interface that works across devices, making greenhouse monitoring and control easy for private users and corporate clients. Clear visualizations of sensor data, production statistics, and trend analysis allow users to make informed decisions.

Scalable architecture

The backend supports multiple greenhouses and sensor types, ensuring the system can expand to accommodate future product lines and geographic locations. APIs were designed for interoperability with third-party services, enabling data export.
Myfood scalable backend architecture
Myfood modernized greenhouse management system

Results

The modernized platform delivered gains across production, decisions, and operations — with a responsive UX and a modular architecture ready for new greenhouses, sensors, and features.

higher production efficiency

25%

fewer crop losses

15–20%

less admin workload

30%

Related Services

Mobile app development icon UI/UX design
Clean, cross-device design that turns dense data into clear, at-a-glance dashboards.

Questions before we start?

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Does the Myfood platform serve both home growers and corporate operators?
Yes, the case describes both private users and corporate clients as intended users, with My Food Hub specifically built as the corporate-side portal for managing multiple greenhouses.
What system did this project replace?
The case describes replacing a legacy greenhouse management application built on ASP.NET MVC, which the source says was difficult to maintain and could not efficiently support modern IoT data flows.
How does the platform monitor greenhouse conditions?
The case describes smart sensors measuring temperature, humidity, light, and soil conditions, feeding real-time dashboards and automated alerts built on a C#/.NET Core backend and Angular frontend.