SOLTERRA offers an integrated suite of hardware sensors and cloud-based software that transforms raw field data into actionable, informed-based decision-making. Our modular system scales with your needs – from precision agriculture and aquaculture production, through storage and food security, to biodiversity conservation and ecosystem protection.
Crop monitoring
Low-cost sensors, modular,
multiple communication
options, temperature, humidity, water potential, leaf wetness
Climate Data
Low-cost sensors, modular,
multiple communication
options, temperature, humidity, water potential, leaf wetness
Phenology Tracking
AI-powered and camera-based fruit development, ripeness detection, harvest optimization
Pest detection
24/7 automated insect monitoring, AI identification,
5G transmission and population quantification
Food Security Monitoring
Temperature/humidity, pest
detection (rodents, flying/crawling insects)
Aquaculture
Fish biomass quantification,
behavioral analysis, optimal
feeding
Network Backbone
5G connectivity, device
configuration, real-time
transmission
Ecosystem Tracking
Water quality, wildlife presence, mosquito monitoring, illegal activity detection
Comprehensive decision-support dashboard
Customizable alerts and recommendations
Integrated weather forecasting
Cultivation work planning tools
Real-time crop performance monitoring
iOS and Android mobile applications
Multi-role user interfaces (farmers, consultants, agribusinesses, researchers)
Real-time distributed heterogeneous data collection from 175+ IoT devices
Edge computing for on-site preprocessing and reduced latency
Proprietary NITOS cloud infrastructure
24/7 remote accessibility and platform availability
Multi-crop, multi-domain deployment capability (agriculture, storage, aquaculture, environment)
Open-access research infrastructure (NITOS testbed designation)
AI/ML Algorithms
Predictive Analytics
Early Warning Alerts
Actionable guidance across domains:
Irrigation scheduling (depth, duration, interval), fertilization timing/dosage, crop protection interventions (spraying suitability windows), harvest timing, pruning schedules
Pest control interventions (targeted treatments based on species/population), temperature/humidity adjustments for optimal preservation
Feeding schedules (optimal timing and quantity), stocking density
recommendations, water quality management (aeration, filtration)
Conservation actions (habitat protection measures), illegal activity response protocols (automated alerts to authorities)