Version française Unpredictable yields and rising input costs are squeezing farm profitability.
Farms of all sizes face mounting pressure from volatile weather, rising input costs, and supply chain complexity — yet most still rely on paper records, disconnected spreadsheets, and gut-feel decision-making. Precision agriculture software changes that by giving growers actionable insights from soil sensors, satellite imagery, weather APIs, and IoT equipment data. Kiloctet builds agriculture management platforms that connect field operations, inventory, finance, and market data into a single system your team can actually use.
Technologies & platforms we use
A comprehensive platform for recording and analyzing all farm activities — planting schedules, field treatments, equipment usage, labor hours, and harvest records — in one place. Managers can review the full history of any field or crop with a few clicks and generate regulatory compliance reports automatically. Mobile access ensures field workers can log data from anywhere without returning to the office.
Integrates soil moisture sensors, weather station data, and evapotranspiration models to generate automated, field-specific irrigation schedules that minimize water waste. Farmers receive alerts when soil conditions deviate from target ranges and can override automated schedules from a mobile app. Over a growing season, data-driven irrigation typically reduces water use by 20–30% compared to calendar-based scheduling.
Combines satellite-derived vegetation indices (NDVI, EVI) with ground sensor readings and historical yield data to produce field-level crop health maps and end-of-season yield forecasts. Early identification of stress zones — from drought, pest pressure, or nutrient deficiency — allows targeted interventions before yield loss becomes irreversible. Forecast accuracy improves each season as the model learns from your specific fields.
Tracks individual animal health records, feeding schedules, breeding cycles, weight gain trajectories, and veterinary treatments in a centralized database. Automated alerts notify farm managers of animals that are overdue for treatment or showing unusual behavior patterns detected by wearable sensors. Integration with accounting modules calculates the cost of production per animal for accurate profitability analysis.
Manages the procurement, storage, and consumption of seeds, fertilizers, pesticides, and spare parts across multiple storage locations on the farm. Reorder alerts prevent stockouts during critical growing windows, and lot-traceability features support regulatory compliance and recall readiness. The system can also manage relationships with input suppliers and track contract pricing.
End-to-end platform for recording field activities, resource use, and financial data across the farming operation.
Software that automates irrigation scheduling based on soil sensor and weather data to minimize water waste.
Aggregates satellite imagery and sensor data to provide real-time crop health and stress maps by field.
Records individual animal health, feeding, breeding, and treatment data with automated alert workflows.
Manages procurement, storage, and traceability of inputs from supplier to field application.
Integrates hyper-local weather forecasts and historical climate data to support planting and harvesting decisions.
Direct-to-consumer or B2B platform connecting farmers with buyers and enabling online order management.
Automates record-keeping for organic, GlobalGAP, or export certification requirements.
Variable-rate application maps generated from soil sampling and satellite data ensure fertilizers and crop protection products are applied where and when they are needed, not uniformly across an entire field. Reducing over-application saves input costs while avoiding under-application in deficient zones that suppress yield. Farms implementing precision agronomy consistently report yield improvements of 5–15% in the first two seasons.
Sensor-driven irrigation and automated monitoring eliminate the guesswork from resource management, ensuring water, energy, and labor are deployed efficiently. Real-time alerts catch equipment faults — a leaking drip line, a malfunctioning pump — before they waste significant resources or damage crops. Documented resource savings also support sustainability reporting and qualify farms for conservation program incentives.
Automated record-keeping captures the field-level data required by food safety regulations, export certification bodies, and environmental compliance frameworks as a natural byproduct of daily operations. When audits occur, reports are generated in minutes rather than assembled over days from scattered paper records. This is particularly valuable for farms supplying supermarket chains or international markets with strict traceability requirements.
When yield history, input costs, weather events, and market prices are all accessible in one platform, farm managers can model the profitability of different crop rotations, field investments, or equipment purchases with confidence. Decisions that previously relied on experience and intuition can be tested against historical data before committing resources. This is especially valuable for multi-site operations where a manager cannot be physically present everywhere.
End-to-end lot traceability — from seed purchase through field treatment to harvest and storage — is increasingly required to access premium retail channels, export markets, and food safety certification programs. Software-maintained records are far more reliable and audit-ready than paper logs. Meeting traceability requirements opens access to higher-value buyers who pay a premium for documented quality and safety.
Operations growing corn, wheat, soy, or rice across hundreds or thousands of hectares that benefit from precision agronomy and equipment data integration.
Vegetable, fruit, and flower growers with intensive management needs and strict food safety traceability requirements.
Cattle, poultry, swine, and dairy farms managing herd health, feeding efficiency, and production performance.
Seed, fertilizer, and crop protection companies that provide farmers with digital advisory and precision application services.
Member-owned cooperatives managing shared equipment, input procurement, and collective marketing of produce.
Processors requiring upstream traceability and quality documentation from contracted growers.
Public or private bodies managing water allocation and distribution across agricultural districts.
Early-stage companies building precision agriculture products that need a technical partner for rapid MVP development.
Ready to bring precision technology to your farming operation?
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