On-Farm Weather Intelligence Expands Across Western Canada With Affordable Cloud-Based Solutions
Cloud7 Weather, an agricultural technology company headquartered in Winnipeg, has officially launched its commercial operations across Manitoba, Saskatchewan, and Alberta, introducing a new approach to affordable on-farm weather and soil intelligence for Prairie producers. The company also announced a strategic partnership with Ronin Agronomy, which will serve as its primary field partner as the platform expands across Western Canada.
The launch marks a significant step forward for Prairie agriculture, where producers have increasingly sought accurate, hyper-local weather and soil monitoring tools to support operational decisions, improve crop performance, and manage risk in an environment shaped by unpredictable weather patterns and rising production costs.
Cloud7 Weather enters the market with more than 150 weather and soil monitoring stations already deployed throughout the Prairie provinces. The company says its platform is designed to provide producers with practical, field-level intelligence while eliminating the high upfront costs that have traditionally limited access to advanced agricultural weather systems.
Packages begin at $999 annually and include a complete end-to-end service offering, including installation, hardware, connectivity, mobile app access, and ongoing support. By contrast, many traditional agricultural weather and monitoring systems have historically cost between $3,000 and $6,500 or more, making them inaccessible for many farms, especially smaller or mid-sized operations.
Cloud7 Weather executives say the company was created specifically to address this affordability gap while still delivering professional-grade accuracy and reliability tailored for Canadian Prairie farming conditions.
According to Wade Barnes, Co-Founder and Chief Executive Officer of Cloud7 Weather, many agricultural technology providers have historically approached Prairie farmers with products developed without sufficient field-level understanding of Western Canadian agriculture.
“Prairie agriculture has never had a shortage of technology companies telling farmers what they need,” Barnes said. “What it has lacked is a platform built by people who have actually done this at scale in Canadian fields. Cloud7 exists because we knew exactly what was missing and built it the right way.”
The company’s platform delivers hyper-local weather and soil intelligence through professionally installed weather stations and soil moisture probes that are designed specifically for Prairie production environments. The system provides real-time data that farmers can use to make operational decisions involving planting, spraying, irrigation, disease management, harvest timing, and soil moisture management.
Cloud7 Weather says its solution is intended to scale alongside farm operations, making it suitable for farms of varying sizes, from independent family operations to larger commercial enterprises. The platform’s integrated approach combines hardware, software, field support, and data connectivity into a single offering with no hidden fees or complicated setup requirements.
At the core of the platform is technology developed by TerraWave Radar Solutions, a co-founding partner of Cloud7 Weather. Company officials emphasized that the underlying system has already undergone extensive field testing prior to commercial deployment, helping ensure reliability under the demanding weather conditions common across the Prairies.
Mohammad Asefi, Ph.D., Co-Founder and Chief Technology Officer of Cloud7 Weather, said the company’s technology was engineered specifically for Canadian agricultural environments rather than adapted from systems designed for other regions or industries.
“The technology that powers Cloud7 was built and proven in the field before the first commercial station was deployed,” Asefi said. “Prairie farmers are not beta testing this technology, they are getting a platform engineered specifically for the demands of Canadian field conditions from the ground up.”
The Prairie provinces represent one of the world’s most important agricultural regions, producing major crops such as wheat, canola, barley, oats, and pulses. However, farming operations in the region face increasing challenges tied to climate variability, including drought, excess moisture, heat waves, and shifting seasonal conditions. As a result, many producers have been searching for more precise field-level intelligence that can improve efficiency and reduce uncertainty.
Cloud7 Weather believes its platform can help farmers make more informed management decisions while improving operational efficiency and reducing unnecessary input costs. Access to localized weather and soil data has become increasingly valuable as producers adopt precision agriculture practices aimed at optimizing yields and resource management.
The company also highlighted the importance of accessibility and ease of use. Unlike some agricultural technology systems that require complicated installation or technical expertise, Cloud7 Weather offers a fully supported service model intended to simplify adoption for producers.
Each deployment includes professional installation and ongoing technical support, allowing farmers to focus on operations rather than equipment management. The company says this service-oriented approach is central to its strategy of expanding advanced weather intelligence tools across the Prairie agricultural sector.
Ronin Agronomy’s involvement is expected to strengthen the company’s reach and customer support capabilities throughout Western Canada. Known for its hands-on agronomy services and close working relationships with producers, Ronin Agronomy brings significant field experience and regional knowledge to the partnership.
The agronomy company has established a strong presence across Manitoba, Saskatchewan, and Alberta, making it a natural fit for Cloud7 Weather’s Prairie-focused expansion strategy.
Adam Fordyce, Co-Founder and Chief Operating Officer of Cloud7 Weather as well as COO of Ronin Agronomy, said the partnership reflects a shared focus on practical, scalable solutions for producers.
“We have worked with a lot of agricultural technology over the years,” Fordyce said. “Cloud7 is the first platform built to deliver real field intelligence at a scale and price point that works for every size of Prairie operation.”
Industry observers note that demand for localized agricultural weather intelligence has risen steadily as farms increasingly rely on data-driven management practices. Accurate weather and soil information can influence critical operational decisions, including fungicide timing, fertilizer applications, field accessibility, irrigation scheduling, and harvest planning.
In regions like the Canadian Prairies, where weather variability can significantly impact crop outcomes, access to timely field-level data can provide both operational and economic advantages.
Cloud7 Weather’s expansion comes during a period of rapid digital transformation within agriculture, as producers adopt precision technologies ranging from remote sensing and soil monitoring to automation and artificial intelligence-driven analytics.
However, cost and complexity have often remained barriers to broader adoption, particularly for smaller farms. By positioning itself as a lower-cost, fully supported solution, Cloud7 Weather aims to expand access to precision weather intelligence beyond large-scale operations.
The company indicated that its Prairie rollout is only the beginning of a broader strategy to continue scaling its network and capabilities across Western Canadian agriculture. With early deployments already active and partnerships in place, Cloud7 Weather is positioning itself as a long-term player in the evolving ag-tech landscape.
As Prairie farmers continue navigating increasingly complex environmental and operational challenges, the demand for reliable, affordable, and field-tested weather intelligence solutions is expected to remain strong. Cloud7 Weather’s commercial launch signals growing momentum in the development of accessible precision agriculture technologies tailored specifically for Canadian farming conditions.
Source Link:https://www.businesswire.com/
