SysAgria Blog – Precision Agriculture and Technology

November is an important period for assessing winter oilseed rape before the onset of colder weather. Although the crop is already established, its development can vary significantly from one field to another. Some fields have developed well-established leaf rosettes, while others may show slower growth due to delayed emergence, limited rainfall or temperature conditions during early development. At this stage, evaluating crop conditions helps farmers understand how their fie

Syswin Solutions continues its involvement in European research, innovation, and education initiatives as it prepares to host a new international student mobility program within the Erasmus+ INHABITAT project. In March 2027, the company will welcome five students enrolled in the MSc courses developed through INHABITAT – INtelligent Sustainable HABITATs masters course, for a 30-day practical training placement. This international mobility offers an opportunity to bridge academ

Syswin Solutions participated in the 32nd IEEE International Symposium for Design and Technology in Electronic Packaging (SIITME 2026), held from October 28 to 31, 2026, in Târgoviște, Romania, and hosted by Valahia University of Târgoviște. The event brought together researchers, academics, and electronics industry professionals, providing a platform for sharing scientific findings, exchanging knowledge, and exploring new directions in technological development. Research int

Did you know? With the Air Temperature sensor, SysAgria gives you essential information for monitoring and optimizing climatic conditions, helping you make the best decisions for your crops. The concrete benefits: Tracking plant development: with accurate air temperature measurements, you can follow plant growth stages and identify the best moments for applying treatments. Protection against heat stress: extreme temperatures can seriously harm plants. SysAgria sends real-time

Did you know? Choosing the ideal sowing time becomes more precise when you have a detailed history of rainfall amounts. This history can be combined with the 7-day weather forecast in a single chart. By analyzing multi-year local rainfall data, you can determine exactly which crops or varieties benefit most from the rainfall pattern in your area.

Did you know? Continuously monitoring air temperature and how it changes during the day helps you quickly spot periods of heat stress or frost that affect your crop, so you can act immediately to limit the damage. With accurate forecasts and real-time data from SysAgria sensors, you can make informed decisions about crop protection treatments. Avoid phytotoxicity, dehydration and the breakdown of chemical formulations, and protect your crops effectively.

Did you know you can significantly improve how you manage your farm work with SysAgria? The wind direction sensor is essential for modern, efficient farming. By correlating the sensor’s data with disease and pest risk predictions, you can work out the direction an infestation is coming from and take preventive action with crop protection treatments. Using the weather forecast, you can also anticipate how rain fronts will move and avoid their impact on mechanized field work an

Did you know? The wind speed sensor is essential for managing crop protection treatments and harvesting. With SysAgria, waste is reduced because treatments are applied only in favorable conditions, when wind speed does not exceed 4 m/s. In addition, crop lodging caused by strong winds can hinder harvesting and lead to significant yield losses. Tracking peak values together with the 7-day weather forecast lets you schedule key field operations at the best time. SysAgria theref

Did you know? The leaf wetness sensor plays a vital role in calculating crop-specific evapotranspiration and makes an important contribution to calculating the soil water reserve. It also provides essential data to SysAgria’s predictive algorithms, enabling real-time calculation of the crop’s disease risk. The system identifies the conditions in which pathogens and pests are most likely to develop on the plants. Farmers receive alerts and reports on potential risks. In short,

Did you know? The Air Temperature/Humidity sensor plays a critical role in agriculture by identifying the conditions in which pathogens and pests are most likely to appear. With SysAgria, farmers receive alerts and detailed reports on the risk of diseases and pests. This sensor feeds directly into the VPD (vapor pressure deficit) calculation, enabling impact analyses based on predefined charts. It is also essential for calculating evapotranspiration, and with SysAgria you can

Did you know? The Soil Temperature/Moisture/Electrical Conductivity sensor identifies the best time for planting and the ideal growth periods, so farmers can choose the right moment to sow. Soil temperature strongly influences chemical and biological processes in the soil, while soil moisture is crucial for plant health. Electrical conductivity indicates the overall level of the macro- and micronutrients a crop needs (the salinity index). The sensor also shows the water reser

Did you know? Without accurate pH measurements, it is hard to tell how the soil affects plant development. SysAgria makes timely pH corrections possible, and this data-driven approach keeps soil conditions continuously optimized, improving crop health and yield. Understanding soil pH is vital because it shows whether the soil is acidic, neutral or alkaline. Acidic soil has a pH below 7, neutral soil a pH of exactly 7 and alkaline soil a pH above 7. Monitoring soil pH and elec

Did you know? SysCrop NPK is essential for managing soil nutrient levels. The number of units you need depends on soil compaction, the distance between cultivated areas, the topography of the land and the accuracy you want. For maximum accuracy, we recommend one unit for every 10–50 hectares, depending on the crop. With SysAgria, precise measurements and real-time monitoring let you adjust macronutrient levels for each phenological stage, so fertilizers are applied exactly wh

Digital transformation is driven by collaboration, knowledge sharing, and applied innovation. In this context, Hannelore Valkanov, Founder & Managing Director of Syswin Solutions, participated in the Romania Digital Forum 2026, where leaders from public administration, industry, and the technology sector came together to discuss the strategic directions shaping Romania’s digital future. For Syswin Solutions, participating in events like this is an opportunity to share our exp

AgriVision Forum 2026 reconfirmed a strategic direction for European agriculture: digitalization is no longer an isolated technological instrument, but a critical infrastructure for competitiveness, efficiency, and economic resilience. Organized by the Romanian Farmers Club, with the participation of New Club of Paris and World Capital Institute, the conference positioned agriculture within some of Europe’s major strategic topics: natural capital, intellectual capital, knowle

The real value of IoT is highly concrete and measurable — reducing operational costs, increasing efficiency, enabling real-time control, and supporting decisions based on data rather than estimations, Hannelore Valkanov, Managing Director of Syswin Solutions, told us. “In regulated industries, compliance becomes an additional critical component, where it is essential not only to declare what you do, but to be able to prove it,” she stated. According to Mrs. Valkanov, Syswin S

In modern operations, where assets move between locations, warehouses, or even across countries, real-time visibility is no longer optional — it is essential. Without clear control over the position and status of assets, delays, losses, and audit challenges quickly appear. SysTracking addresses these challenges through a complete asset tracking solution that combines high-precision GPS geolocation with an intelligent connectivity mechanism. The system is designed to operate r

Hannelore Valkanov, representative of Syswin Solutions, was honored at the Women in Power 2026 Gala, organized by Business Magazin on March 23. We see this distinction as a strong confirmation of the direction we continue to build every day: applied technological solutions, integrated into real operational processes and measured through concrete results. For us, performance means not only innovation, but also the ability to transform technology into useful, efficient, and sus

Throughout the centuries, farmers and agricultural specialists have always sought new methods and technologies to improve crop production and yield. In the last decade, the use of sensors in agriculture has gained more and more popularity because they can provide valuable and real-time information about the plant-growing environment. One type of sensor that has attracted particular attention is the solar radiation sensor. Sunlight is one of the most important factors influenc

As technology advances, farmers can benefit from more tools and resources to improve crop production. Soil sensors are one such innovation that helps farmers save water and optimize crop irrigation. Soil sensors can be used to measure the moisture, temperature and salt content of the soil, thus providing valuable information about the needs of plants and the amount of water they need. Thus, farmers can adjust irrigation levels and avoid over- or under-watering crops, saving w