Agriculture IoT Integration & Custom Software Solutions | GIS-Point - GIS-Point
GIS-Point

IoT Software Development & Data Integration for Agriculture

Turn raw sensor data into actionable business insights. We develop custom IoT platforms, cloud backends, and user-friendly dashboards for the UK agri-tech market.
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Trusted by Innovative Companies

Bell Ingram Design are delighted with the service provided by GISPoint in support of our work for our clients in rural Perthshire. The point cloud data from our local survey team was passed to your team in Ukraine and they turned it round into a useable 3D Revit model of the Grade B Listed Building more quickly than we could have hoped for.

At all times we were kept up to date with progress images, and the final product has proved to be a very robust basis for our design proposals. We will definitely be working with GISPoint again in the future.

Iain B Cram

Bell Ingram Design Testimonial

We would like to extend our sincere thanks for the exceptional support and collaboration that we received during our recent project. Your team’s expertise, professionalism, and commitment to quality were instrumental in the success of our project.

We were particularly impressed with your team’s ability to quickly understand our needs and provide customized solutions that exceeded our expectations. Your communication and responsiveness throughout the project were also greatly appreciated.

We look forward to the opportunity to work with GISpoint Team ag…

Stanislav Mudrak

MDP GEO Testimonial

From the end of 2022, the GIS POINT company is one of our cooperating partners within the project focused on mobile mapping.

GIS Point participates in the evaluation of 3D data from mobile mapping – laser point cloud and panoramic photos. After they have been trained at the very beginning of the cooperation, the results are submitted on their part in the required quality and time.

The representatives of GIS Point are able to respond operatively and solve any requirements that arise in a very short time. If something needs to be resolved, they have no …

Jiří Habrovec

GEODROM Testimonial

We wanted to take a moment to express our appreciation for the productive and effective collaboration that we experienced during our recent project. The expertise and dedication of your team were invaluable in helping us achieve our goals, and we are grateful for your hard work and commitment.

We were particularly impressed with your team’s attention to detail and ability to consistently deliver high-quality results within our tight timelines. Your flexibility and willingness to adapt to changing project requirements were also greatly appreciated.

Tha…

Michal Šafařík

GB-geodezie Testimonial

We started to consider cooperation with GISpoint at time of full workload. We were looking for digital spatial data processor capable to work with the latest software tools.
Due to time pressure and lack of people on the job market we contacted based on recommendation the company GISpoint from Ukraine.
The start of the cooperation with GISpoint was scheduled for April 2023. The initial negotiations went smoothly. Ievgen Lavrishko communicated helpfully on behalf of GISpoint.
The cooperation concerned a large contract with time pressure for complet…

Stanislav Madron

Review GMtech

During our cooperation with the LLC “Mirnichy” at the project: “3D Models of buildings” specialists of your enterprise have shown themselves as professionals who perform their work qualitatively and conscientiously.

Why highly appreciate cooperation with LLC “Mirnichy” because it has been proven itself as a reliable and qualified partner. All works have been done on time and with a high level. LLC “Mirnichy” has been performed the work stipulated by the contract.

David Chodarad

Connecting Your Hardware to Business Logic

Data is the new fertiliser for modern farming, but only if it flows freely. While many UK farms invest in sensors and machinery, true value is often lost in fragmented systems. We develop the software architecture that turns isolated readings into a unified, actionable ecosystem.

The Problem Our Solution
Data Silos & Fragmented Tech. You have weather stations from one vendor, soil probes from another, and machinery telematics on a separate screen.

  • Lack of interoperability. Devices don’t “speak” the same language.
  • Scattered insights. Agronomists waste hours switching between multiple apps.
  • No spatial context. A moisture reading is just a number without precise mapping.
 A Unified Software Ecosystem. We build custom middleware and frontend platforms that act as the central brain of your operations.

  • Hardware Agnostic. We integrate any sensor via API or MQTT into one dashboard.
  • Centralised Control. View all your farm data—soil, weather, and fleet—in a single interface.
  • Automated Action. Trigger real-time alerts and workflows based on cross-referenced data.

Development Services

Custom IoT Platforms & Cloud Backends

We engineer scalable cloud architectures on AWS or Azure to handle high-velocity data from thousands of sensors. Our solutions ensure secure Big Data storage and seamless backend performance for your agritech ecosystem.

Web & Mobile Application Development

Our team builds intuitive, cross-platform apps designed specifically for agronomists and farm managers. We focus on user-centric UI/UX design to make complex farm data easy to access in the field or the office.

Sensor & API Integration

Adopt a truly hardware-agnostic approach by connecting devices from any manufacturer into one unified system. We build the APIs and middleware that force disparate weather stations, soil probes, and machinery to work together.

Advanced Analytics & Visualization

Turn raw numbers into actionable insights with custom dashboards featuring dynamic charts, tables, and spatial layers. We visualise complex datasets in real-time, giving you the context needed to make precise farming decisions.

IoT-Driven Smart Farming Solutions

SWe design custom software ecosystems that address the specific challenges of British agriculture, from unpredictable weather patterns to strict environmental regulations. Our solutions empower you to manage every aspect of your farm with digital precision.

  • Precision Farming Systems

     

    Implement Variable Rate Application (VRA) algorithms to optimise fertiliser and chemical usage based on real-time soil data. We build platforms that generate precise prescription maps, helping you reduce input costs while ensuring compliance with environmental standards.

  • Smart Greenhouse Automation 

    Automate your controlled environments with software that regulates temperature, humidity, and lighting 24/7. Our systems integrate seamlessly with HVAC and irrigation controllers to maximise crop quality and minimise energy consumption.

  • Livestock Management Apps 

    Enhance animal welfare and farm security with custom mobile apps for herd tracking and health monitoring. We integrate GPS collars and bio-sensors to provide real-time location data, geofencing alerts, and early sickness detection.

Engineered for Scalability and Security

  • Backend: Python, Node.js, Java, .NET.
  • Frontend: React, Angular, Vue.js.
  • Cloud & IoT: AWS IoT Core, Azure IoT Hub, Google Cloud Platform.
  • Protocols: MQTT, REST API, LoRaWAN.

Meet Your Dedicated Development Team

Ievgen Lavrishko
CEO & Owner
Khrystyna Bochko
HR Generalist
Alevtyna Kostianchuk
Senior Project Manager
Andriiana Pavlyshyn
Head of Business Development
Roman Nahaiovskyi
Project Manager
Maria Kizim
Lead Generation Specialist
Ivanna Soltys
Tender Manager

Ready to Build Your IoT Solution?

Let’s discuss your project architecture and development roadmap.

    United Kingdom

    Devonshire str., 41, Ground Floor, London W1G 7AJ, UK

    Germany

    Roonstraße 23a, 76137 Karlsruhe

    Estonia

    Harju maakond, Tallinn, Kesklinna linnaosa, Kaupmehe tn 7-120, 10114, Estonia

    Ukraine

    Lviv, Sadova street, 2a/1

    What Is IoT in Agriculture

    IoT (Internet of Things) in agriculture is an ecosystem of connected smart devices, sensors, and software that automatically collect and analyze data on crops, soil, machinery, and livestock to optimize farming processes.

    How the Internet of Things Works in Agriculture

    The system operates in a cycle: smart sensors read physical metrics (humidity, temperature, GPS coordinates) and transmit them via the internet to a cloud platform for analysis. The farmer then receives actionable statistics, or the system automatically triggers actuators (e.g., turning on irrigation).

    Core Components of an IoT System

    The foundation of any agri-IoT system consists of four key elements:

    • Sensors and Devices (data collection).
    • Connectivity (LoRaWAN, 5G, or satellite for data transmission).
    • Data Processing Platform (cloud services and analytics).
    • User Interface (app or dashboard for visualization and management).

    Key Benefits of IoT for Agribusiness

    Implementing IoT allows agribusinesses to adopt a precision agriculture model, ensuring higher profitability, predictable results, and sustainable farm development.

    Cost Reduction and Resource Optimization

    IoT systems enable targeted resource usage: water, fertilizers, and pesticides are applied only in the necessary amounts and specific zones, reducing production costs by 20–30%.

    Real-Time Insights for Timely Decisions

    A continuous data flow allows farmers to respond quickly to weather changes, plant disease risks, or machinery malfunctions, preventing crop losses before they occur.

    Increased Productivity and Crop Yield

    By monitoring optimal microclimate conditions and soil health, IoT helps maximize yield per hectare and improve the quality of the final product.

    Process Automation

    IoT systems handle routine tasks: automated irrigation, climate control in greenhouses, and management of autonomous machinery minimize the need for manual labor and reduce human error. Shutterstock

    FAQ

    • What is smart farming with IoT?

      Smart farming is an agricultural management approach that uses IoT, Big Data, and Artificial Intelligence to increase the quantity and quality of products while minimizing human labor.

    • How is IoT applied in smart agriculture systems?

      IoT is applied across a wide range of tasks, from soil moisture monitoring and drone management to tracking livestock health (Smart Livestock) and controlling crop storage conditions in silos.

       

    • What are the main challenges of implementing IoT in agriculture?

      The main challenges include the high cost of initial equipment, the need for stable internet connectivity in remote regions, and the need to train staff to operate new technologies.

    • Can IoT help with livestock management?

      Yes, smart collars and ear tags track animal location, activity, body temperature, and breeding cycles, allowing for the timely detection of diseases and health issues.

    • Is IoT essential for Precision Agriculture?

      Yes, IoT is the technical backbone of precision agriculture, as sensors provide the hyper-local data required to create yield maps and facilitate variable-rate application of fertilizers.