Smart Farming 1NCE and Pessl Instruments Partner to Power Connected Agriculture Worldwide
1NCE, a leading provider of a plug-and-play platform for developing and managing Internet of Things (IoT) solutions, has partnered with Pessl Instruments, a global innovator in smart agriculture technologies, to expand the reach of connected farming worldwide. Together, the two companies have rolled out the METOS by Pessl Instruments weather network solution powered by 1NCE, enabling farmers across more than 80 countries to access reliable, real-time environmental data that supports smarter agricultural decisions.
The collaboration marks a significant milestone in the adoption of precision agriculture technologies by combining Pessl Instruments’ advanced weather monitoring systems with 1NCE’s global IoT connectivity platform. The result is a scalable smart farming solution capable of connecting thousands of weather stations and field sensors while delivering dependable performance even in remote rural areas where network availability has traditionally posed a challenge.
Bringing Precision Agriculture to More Farms
Modern agriculture increasingly depends on accurate and timely data to maximize crop productivity while minimizing resource use. Weather conditions, soil moisture levels, rainfall patterns, and disease risks all influence critical farming decisions. Having continuous access to this information allows growers to respond quickly to changing field conditions, improving efficiency and reducing unnecessary costs.
The METOS by Pessl Instruments platform collects data from an extensive network of weather stations and field sensors installed directly in agricultural fields. These devices continuously monitor environmental variables such as precipitation, temperature, humidity, wind conditions, and soil moisture.
The collected information is transmitted through 1NCE’s global IoT network, where it is processed into actionable insights for farmers. Through a centralized platform, growers can access real-time information that supports irrigation planning, fertilizer application, weather forecasting, and crop disease prevention.
By combining hardware, connectivity, and data analytics into a single integrated solution, the partnership simplifies precision farming for agricultural operations of all sizes.
Solving the Rural Connectivity Challenge
One of the biggest barriers to widespread adoption of smart farming technologies has always been connectivity.
Agricultural operations are often located in remote regions where mobile network coverage can be inconsistent or unavailable. Traditional IoT deployments frequently require multiple telecommunications providers, complex roaming agreements, and costly infrastructure investments to maintain connectivity across different countries.
The partnership addresses these challenges through 1NCE’s global IoT connectivity service, which operates in more than 170 countries. The platform enables seamless communication between weather stations and cloud-based analytics regardless of geographic location.
With a reported 99.97% service availability, farmers benefit from continuous access to critical field information without interruptions that could compromise decision-making during important growing periods.
Reliable connectivity is particularly valuable during severe weather events when real-time information becomes essential for protecting crops and managing agricultural operations.
Enhancing Weather Intelligence
Weather is one of the most unpredictable variables affecting agricultural production. Sudden rainfall, drought conditions, frost, excessive heat, or high humidity can significantly influence crop development and yields.
The METOS network provides localized weather intelligence instead of relying solely on regional forecasts. By collecting data directly from the farm, growers receive information that accurately reflects conditions affecting their specific fields.
The platform delivers:
- Real-time precipitation monitoring
- Soil moisture measurements
- Local weather forecasting
- Extreme weather alerts
- Crop disease risk analysis
- Environmental monitoring for irrigation management
This localized approach enables farmers to make faster and more informed decisions based on actual field conditions rather than generalized weather reports.
Smarter Irrigation Management
Efficient water management has become increasingly important as climate variability and water scarcity affect agricultural production worldwide.
Using continuous soil moisture monitoring, farmers can determine exactly when irrigation is required rather than relying on fixed watering schedules. This helps prevent both overwatering and underwatering.
Improved irrigation scheduling can contribute to:
- Better water conservation
- Lower pumping and energy costs
- Healthier crop development
- Increased yield consistency
- Reduced environmental impact
By applying water only when necessary, agricultural operations can improve resource efficiency while maintaining crop performance.
Supporting Better Fertilizer Decisions
Nutrient management is another critical area where real-time field data provides measurable value.
Weather conditions directly influence fertilizer effectiveness. Heavy rainfall can wash nutrients away, while drought conditions may reduce nutrient absorption by crops.
The combined solution enables growers to evaluate environmental conditions before applying fertilizers, helping optimize application timing and reducing unnecessary inputs.
More precise fertilizer management not only lowers operational costs but also supports more sustainable farming practices by minimizing nutrient runoff into surrounding ecosystems.
Early Warning for Crop Diseases
Crop diseases can spread rapidly under favorable environmental conditions, causing significant production losses if not detected early.
The METOS platform analyzes weather and field data to assess disease risk for various crops. Factors such as temperature, humidity, rainfall, and leaf wetness are monitored continuously to identify conditions that favor disease development.
Instead of relying on routine pesticide applications, farmers can use these predictive insights to target treatments only when necessary.
This data-driven approach supports integrated pest management strategies while helping reduce chemical usage, production costs, and environmental impact.
Global Scalability for Agriculture
The partnership also provides significant advantages for agricultural businesses operating across multiple regions or countries.
Because 1NCE’s connectivity platform spans more than 170 countries, Pessl Instruments can deploy the same smart farming solution internationally without requiring separate connectivity agreements for each market.
This simplifies implementation while ensuring consistent service quality regardless of where weather stations are installed.
For multinational agricultural enterprises, research organizations, food producers, and agribusinesses, standardized global connectivity improves operational efficiency and simplifies large-scale monitoring projects.
Strengthening Digital Agriculture
The collaboration reflects the growing importance of digital technologies in modern farming.
IoT devices, artificial intelligence, cloud computing, and advanced analytics are transforming agriculture into a more data-driven industry. Farmers increasingly rely on connected technologies to optimize production, improve sustainability, and adapt to changing climate conditions.
Reliable connectivity serves as the foundation for these digital farming systems. Without continuous communication between field sensors and cloud platforms, valuable agricultural insights cannot be generated or delivered effectively.
By strengthening this connectivity layer, 1NCE and Pessl Instruments are helping accelerate the adoption of precision agriculture technologies worldwide.
Executive Perspectives
Nicolas Martinez-Fresno, Chief Sales and Marketing Officer at 1NCE, emphasized the demanding nature of agricultural IoT deployments.
He noted that farming environments are often among the most challenging for connected technologies because they are remote, geographically dispersed, and highly dependent on uninterrupted data transmission. According to Martinez-Fresno, the company’s platform is designed to keep Pessl Instruments’ weather stations continuously connected, enabling raw sensor information to be transformed into reliable forecasts that farmers can trust.
Gottfried Pessl, CEO and Founder of Pessl Instruments, highlighted the importance of dependable connectivity for agricultural customers.
He explained that farmers rely on the company to provide an accurate picture of field conditions, making continuous operation of weather stations essential. Through the partnership with 1NCE, Pessl Instruments can confidently deliver precise agricultural insights that help growers make informed decisions and improve farming outcomes.
Expanding the Future of Connected Farming
As agriculture faces mounting challenges from climate change, resource constraints, and increasing food demand, digital technologies will continue to play a vital role in improving productivity and resilience.
The rollout of the METOS by Pessl Instruments weather network powered by 1NCE demonstrates how reliable IoT connectivity can support smarter farming practices on a global scale. By combining advanced weather monitoring, real-time sensor data, and dependable international connectivity, the partnership enables farmers to make more informed decisions about irrigation, fertilization, disease prevention, and overall crop management.
With operations spanning more than 80 countries and connectivity available in over 170 markets, the collaboration positions both companies to support the continued growth of precision agriculture, helping farmers worldwide improve efficiency, sustainability, and long-term agricultural productivity.
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