On-farm connectivity is the ability for farm businesses to have connectivity across their whole farm, fence-to-fence, to enable digital agriculture. Your whole farm business and systems can be connected to provide better control, visibility, and management where and when you need it. This in turn increases efficiency, productivity, and incremental gains on-farm.

Connectivity over farmland can be likened to conduit - it enables seamless communication, data exchange, and control among various components, equipment, and processes on-farm.  

A fully connected farm has various elements of the farming process, seamlessly linked through digital connectivity. This includes the integration of IoT sensors, AgriTech, data-sharing across devices, machines and platforms, and remote monitoring capabilities. The primary goal is to create an integrated and data-rich farm ecosystem that allows farmers to make informed decisions in real-time, improving the efficiency and productivity of the farm while minimising waste and resource use. 

• Full Wi-Fi capabilities across your farmland so you can make a call, send an SMS or access the internet from the field, keeping you connected, safe. Improving on-farm productivity and wellbeing.  
• Planting and harvest accuracy is improved with RTK correction over IP. Our coverage allows all your machinery and on-board precision farming systems to work at maximum effectiveness. 
• Connected machinery allows data casting so you know what is happening and where it is happening across the farm in real-time. 
• On-board technology and software reach their full potential with connectivity. So, you can make the most of your machine’s on-board precision systems and technologies with real-time data and full integration. 
• Allows real-time access to yield mapping, particularly grain moisture and protein content that enables instant decision making for grain storage and blending. 
• Monitoring of activity and on-farm data collection can be performed in real-time. 

• Data collection: Connectivity enables data from sensors to be continuously collected and transmitted in real-time to a central database or cloud-based platform. This allows for the monitoring of conditions and activities across the farm.  
• Remote monitoring and control: Farmers and farm managers can access real-time data and control farm equipment remotely through their smartphones or computers. This enables them to make informed decisions and adjustments faster and more efficiently. 
• Automation: Automation systems can be implemented to control various farm operations. For example, irrigation systems can be automated based on soil moisture data, reducing water waste. 
• Data & predictive analytics: The collected data is analysed using advanced analytics tools. This can provide insights into crop health, equipment efficiency, and overall farm performance. Predictive modeling can be used to forecast future conditions and optimise resource allocation. For example, predicting pest outbreaks or optimal planting times. 
• Efficiency: Connectivity can be used to optimise resource use on farm in real-time to maximise productivity. 
• Supply chain integration: Fully connected farms can be connected to their supply chain suppliers and buyers, enabling better coordination. 
• Safety and security: Connectivity can enhance farm safety and security by providing real-time monitoring of critical data and staff can communicate anywhere, anytime. 
• Compliance and record keeping: Being fully connected on-farm can also simplify regulatory compliance and record-keeping by automating the collection and reporting of required data. 

Connected Farms understands that farmers need connectivity where they spend most of their time – out in their fields - and there are a range of solutions that do just that.