Atmos — portable weather station.
Real-time weather data
Atmos is a portable weather station built to capture environmental data in the field and send it directly to the Nexa M1 platform. Compact, self-contained and connected, Atmos measures temperature, humidity, atmospheric pressure, wind speed and direction, solar radiation and rainfall, creating a live environmental data layer for operations. Through its internet integration with Nexa M1, weather data is combined with imagery, sensors and operational context to generate intelligent alerts, recommendations and reports.
What Atmos measures
Atmos gathers the weather variables most relevant to field operations.
Temperature and humidity
Continuous monitoring of thermal and moisture conditions in the air, essential for managing crops, pastures and outdoor operations.
Atmospheric pressure
Detects pressure changes that signal instability and approaching weather systems.
Wind
Measures wind speed and direction to support spraying, drone flights and field safety.
Solar radiation
Tracks sunlight incidence for evapotranspiration and crop productivity analysis.
Rainfall
Real-time rain logging for irrigation planning, traffic and operational windows.
Connectivity
Transmits data over the internet to Nexa M1, enabling visualization, alerts and integration with other sources.
Integration with Nexa M1
Atmos data gains value when cross-referenced with Nexa M1's intelligence. The platform correlates weather information with field imagery, sensor data and operational history to turn isolated readings into intelligent decisions.
Adverse-condition alerts
Nexa M1 interprets changes in temperature, wind, pressure and rainfall to give advance warning of frost, heavy rain, drought or conditions that could compromise the operation.
Operating-window recommendations
Based on real-time weather conditions, the platform suggests the best times for spraying, planting, harvesting, drone flights or robot movement in the field.
Crop risk forecasting
Combining Atmos data with imagery and analytical models identifies water stress, climate-driven disease risk and potential losses before they become critical.
Herd risk forecasting
Nexa M1 uses Atmos readings to assess thermal comfort, pasture conditions and climate risks affecting animal health and performance.
Environmental condition reports
Collected data is organized into automatic reports with history, trends and comparisons, making it easier to track crops, herds and operations over time.
Decision support
By integrating weather, imagery, sensors and operational context, Nexa M1 delivers clear recommendations that help producers and managers act at the right moment with more confidence.
Applications
Atmos was designed to be used across different environments and operations.
Agriculture
Supports irrigation, spraying and planting management, and monitors water and heat stress in crops.
Livestock
Tracks animal thermal comfort, pasture conditions and climate risks to the herd.
AI and robotics
Validates flight and autonomous-operation conditions with artificial intelligence before and during field missions.
Research
Collects environmental data for experiments, validations and field studies with continuous logging.
Portable and field-ready
Atmos was designed to be installed and operated easily anywhere. With Atmos, weather stops being an unknown and becomes accessible, integrated, actionable information within the Convex platform.
Nexa M1
Our AI and assistant, built for robotics.
Nexa Vision
Our AI for image-based analysis, diagnosis, recommendation and reporting.
Niros
Follow areas, maps, weather, reports, alerts, Nexa Vision and Nexa M1 from your phone.
Synapse Control
Our ground control station for planning drone and autonomous robot missions.
Axis
Our robot for process automation in agriculture and livestock.