Basque SME developing virtual fencing and AI-based pasture management systems for cattle and horses. Using solar-powered GPS collars with LoRa connectivity, the solution enables smart, sustainable and welfare-friendly grazing. The solution optimises pastures, reduces costs, prevents fires and improves efficiency in extensive livestock farming.
BOES20251027015
Basque SME pioneering the digital transformation of extensive livestock farming through virtual fencing and AI-based pasture management technologies. The company combines IoT devices, solar-powered GPS collars, and LoRa connectivity to allow farmers to define and modify virtual paddocks directly from a mobile or web application.
Each collar integrates high-precision GPS, accelerometers, and intelligent stimulation systems that use sound and mild sensory feedback to guide cattle and horses safely, respecting animal welfare at all times. The solar-powered system ensures long autonomy (12–20 months) and operates in remote rural areas without the need for mobile network coverage.
Through continuous data collection, AI algorithms analyse animal behaviour, grazing patterns, and movement dynamics. This enables the generation of valuable insights on pasture condition, animal well-being, and farm efficiency, promoting data-driven and sustainable livestock management.
The system contributes to the reduction of fencing infrastructure and maintenance costs, increases grazing flexibility, and supports environmental restoration by preventing overgrazing and promoting vegetation recovery. Additionally, controlled grazing helps mitigate the risk of wildfires and soil erosion, aligning with EU sustainability objectives and climate adaptation strategies.
Developed in collaboration with Basque Institute for Agricultural Research and Development and supported by regional innovation programmes, the company has validated its technology in real environments with equine and bovine herds. The solution is now ready for large-scale commercialization and international deployment.
The company's product line includes:
- Solar-powered virtual fencing collars with GPS, audio alerts, and smart stimulation.
- LoRa communication infrastructure (antennas and gateways) with up to 10 km range.
- Cloud-based management software (SaaS model) accessible via mobile or desktop.
- Training and technical support services for farmers and distributors.
Main benefits:
- Up to 40% reduction in operational costs and labour time.
- Elimination of physical fencing materials and maintenance.
- Improved animal welfare through stress-free guidance.
- Real-time traceability and behaviour analytics.
- Positive environmental impact through regenerative grazing practices.
Target market:
Basque SME addresses extensive livestock farms, agricultural cooperatives, and public administrations involved in sustainable land management. The potential market includes over 100 million cattle worldwide, particularly in Southern Europe, Latin America, and regions with strong extensive farming traditions.
Partnership sought:
The company is looking for commercial partners, distributors, investors, and R&D collaborators interested in AgriTech, precision livestock farming, and sustainable agriculture. The company is open to joint ventures, licensing, pilot projects, or co-development agreements to scale its technology across Europe and beyond.
With its innovative approach integrating IoT, AI, and environmental sustainability, the SME aims to lead the next generation of smart livestock solutions, contributing to the EU Green Deal and the digitalization of rural economies.
Advantages and innovations
Basque SME introduces a breakthrough in extensive livestock farming by replacing physical fences with a virtual fencing system powered by IoT, Artificial Intelligence, and LoRa connectivity. The solution enables farmers to control and adapt grazing areas digitally, reducing infrastructure and maintenance costs while promoting sustainable and autonomous livestock management.
The system's solar-powered GPS collars are lightweight, autonomous, and designed for cattle and horses, with up to 20 months of battery life and 10 km LoRa coverage per antenna. They guide animals using progressive sound and mild stimuli, ensuring animal welfare and stress-free behaviour learning.
The solution's AI algorithms analyse real-time data from accelerometers and GPS to optimise pasture rotation, detect anomalies, and monitor animal welfare. This transforms raw data into actionable insights, supporting smarter, data-driven farm decisions.
Environmentally, the system fosters regenerative grazing, reduces soil erosion, and mitigates wildfire risk. It aligns with EU Green Deal and sustainability goals by enhancing biodiversity and lowering carbon emissions.
Field trials with R&D collaborators interested in AgriTech have validated its efficiency and reliability, achieving up to 40% savings compared to traditional methods. Basque SME thus stands out as an integrated, eco-efficient and scalable solution combining animal welfare, digital innovation, and environmental responsibility — leading the transition toward Livestock Farming 4.0 in Europe.
Basque SME is seeking partners, distributors, and investors to support the commercial deployment and scaling of its virtual fencing and AI-based pasture management technology across Europe and beyond. Ideal partners include:
Commercial partners or distributors in the livestock or AgriTech sectors, capable of promoting and installing the system in local markets.
Research institutions or technology centres interested in co-developing advanced AI algorithms, animal behaviour analytics, or sustainable farming models.
Public administrations or cooperatives willing to pilot the solution in regional or national programs for digitalization and sustainability of livestock systems.
Investors or strategic partners focused on AgriTech, precision farming, or climate-smart technologies.
Partners are expected to contribute with market access, technical validation, or funding to accelerate the adoption of Basque SME technology and expand its environmental and economic impact.