EU‑funded Research Project

Integrated data collection & AI for precision livestock farming.

LIFT develops an end‑to‑end system that collects, processes and exploits data from primary livestock units using innovative IoT, AI & ML technologies. The goal: earlier event detection, higher productivity and better animal welfare.

Project code: M16ΣΥΝ2‑00369 Measure 16 — Cooperation RDP 2014‑2020
Cows on pasture and project badges
LIFT
EU and Greece Co-funding

Co-financed by Greece and the European Union

Rural Development Programme (RDP) 2014‑2020
Sub‑measure 16.1–16.2 • EIP‑AGRI Operational Groups
EIP-AGRI

About the project

LIFT (Livestock IoT Farming Technology) is building a holistic precision‑farming solution for dairy cattle. The system combines on‑animal sensors and environmental stations with a secure gateway and cloud analytics to generate actionable alerts — such as impending calving — enabling timely interventions and improved outcomes.

Objectives

Early calving alerts

Provide timely notifications to farm owners, staff or veterinarians for the start of calving so monitoring and assistance can be provided where needed.

Health & welfare

Continuously monitor rumen pH and temperature, mobility and rumination as indicators for metabolic issues and overall animal wellbeing.

Productivity & sustainability

Leverage continuous data and ML models to support sound decisions that increase milk yield and optimise farm operations and energy use.

How it works

IoT Gateway & Connectivity

A robust gateway with SIM card, antenna and PoE power aggregates sensor data inside the barn and transmits it securely to the cloud. Gateways are installed above animal height for uninterrupted signal.

Installations completed in Nov 2023 at Avato (Xanthi), Isaakio (Didymoteicho) and Dolichi (Elassona).

On‑animal sensors

Two complementary sensor families feed data to the platform:

  • In‑rumen boluses: continuous logging of rumen pH, temperature and mobility.
  • Tail‑mounted accelerometers: motion analysis (e.g., Moocall‑type) used for impending calving detection.

Environment & Air Quality

Station nodes measure climatic conditions as well as CO₂ and PM particulates both inside and outside barns to correlate environment with animal health.

Cloud platform & AI

Streaming data is processed to produce dashboards and alerts. Machine‑learning models combine mobility, rumination and temperature features to narrow the window for event predictions and reduce false positives.

Work Packages

The project is organized into thematic work packages covering the entire development and implementation cycle.

WP1: Management & Coordination

Coordination of activities, budget management and communication between partners.

WP2: IoT System Development

Design and implementation of sensors, gateway and network infrastructure for data collection.

WP3: AI Platform & Algorithms

Development of cloud platform, machine learning models and alert system.

WP4: Pilot Application

Installation of systems on livestock farms and collection of experimental data.

WP5: Evaluation & Validation

Analysis of results, performance measurement and documentation of benefits.

WP6: Dissemination & Exploitation

Publication of results, user training and commercial exploitation plan.

Operational Group

The project brings together academic expertise, industry partners and pilot dairy farms.

Academic Partners

  • Special Account for Research Funds of the Agricultural University of Athens
  • Special Account for Research Funds of the Aristotle University of Thessaloniki

Industry Partners

  • Telenavis S.A. - Telematics Services and IT Equipment Trading Company
  • ena Development Consultants

Pilot Dairy Farms

  • Thomas Gkogkos Livestock Unit
  • Theodosis Adamakis Livestock Unit
  • Ilias Kotopoulos and Co. O.E.

News

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Contact

Email: eu-project@telenavis.com