We develop interconnected robotic solutions for the agricultural industry. Our AI-powered robots leverage cloud connectivity and seamless collaboration to automate essential farming tasks, including soil preparation, seeding, irrigation, harvesting, and overall farm management. By integrating advanced automation and intelligent systems, we empower farmers to optimize efficiency, increase yields, and reduce operational costs.
Ground Preparation and Accessories
Traditionally, ground preparation has been performed manually or with tractors, often resulting in inefficiency, imprecision, and safety risks. Today, mobile robotic solutions have transformed this process. Puller electric rechargeable tractors, equipped with electric rechargeable attachments, can prepare the ground with exceptional precision and efficiency. Their work is further verified through aerial monitoring, ensuring optimal conditions for subsequent tasks such as seeding, weeding, and harvesting. Designed for versatility, Puller robots tow a variety of attachments and accessories, enabling them to perform multiple tasks across the farming cycle.
Seeding and Planting
Traditionally
performed by hand or tractor, seeding and planting can be wasteful and
imprecise. Today, robots like volta AGRO's swarm robots systematically cover large
areas to plant seeds with precision. Aerial seeding is also advancing, with
drones now replacing airplanes to sow cover crops and assist in reforestation
with greater efficiency and accuracy.
Pest Control and Weeding
Modern spraying robots use AI-driven spot spraying
techniques, reducing chemical use and minimizing environmental impact. We are working on laser systems to target weeds and this will create more organic crops which are healthier for human consumption, offering more targeted
application.
Fruit Harvesting
Next-generation
harvesting robots use computer vision and AI to gently pick delicate produce
like strawberries and lettuce while distinguishing ripe crops from unripe ones.
Though still in early adoption phases, these smart harvesters have demonstrated
strong potential for improving yields.
Monitoring Humidity and Geography
Inspection
robots monitor soil moisture, pest infestations, fertilization needs, and signs
of plant disease, helping farmers optimize their practices. Operating in both
open fields and greenhouses, these robots provide crucial data for improving
yields. In addition to land-based robots, drones equipped with multispectral
cameras now conduct aerial surveys, offering farmers real-time insights to
drive better decision-making.
Cloud Connectivity and AI
The software that controls agricultural robot job planning acts as the central intelligence behind field operations. It analyzes real-time data from sensors, aerial imagery, and historical field records to create highly efficient task schedules for robots, optimizing routes, workloads, and timing. By integrating weather forecasts, soil conditions, crop maturity, and machinery status, the software ensures that robots perform tasks like ground preparation, seeding, weeding, and harvesting at the right moment for maximum yield. Advanced algorithms allow it to dynamically adjust plans in response to changing conditions, minimizing downtime and resource waste. This intelligent job planning not only increases farm productivity but also reduces costs, labor needs, and environmental impact.
At VOLTA Agro, we specialize in developing electro-mechanical solutions that enhance efficiency and sustainability in agriculture.
Our expertise in automation, renewable energy, and precision farming helps farmers and agribusinesses optimize their operations. By combining engineering innovation with a commitment to sustainable practices, we create technologies that support the future of agriculture.
Agricultural robots are machines designed to perform crop maintenance tasks such as harvesting, applying pesticides, weeding, and more. While primarily used in open fields, many also add value indoors by operating in greenhouses. Some agricultural robots function autonomously, while others collaborate with humans to improve efficiency in the field. Farming innovations may not always dominate headlines, but agriculture is a sector primed for robotic transformation. With razor-thin profit margins, persistent labor shortages, a changing climate, and the need for pest- and drought-resistant crops, farming exhibits all the characteristics of an industry ready for automation.
Technology has long been intertwined with agriculture. From horse-drawn plows to mechanical planters, balers, and harvesters, farmers have consistently sought ways to improve productivity and reduce labor needs. Today's agricultural robots advance this tradition, blending automation with traditional machinery. Some robots act as autonomous tractors, pulling existing equipment, while others incorporate robotics directly into harvesters and planters. The primary challenge today lies in making large-scale farming machines fully autonomous. The pursuit of autonomous farming dates back to Frank W. Andrew’s wireless tractor in 1940. Fast-forward 81 years, and John Deere's acquisition of autonomous tractor startup Bear Flag Robotics heralds a new era. Thanks to innovations in self-driving technology, many farmers are now beginning their transition into autonomous operations. While mechanical solutions exist for large, durable crops, delicate tasks like harvesting strawberries, inspecting soil conditions, or monitoring plant health have historically relied on human labor. However, new generations of intelligent robots are starting to master even these sensitive jobs.