Measuring points
Field devices read data from selected sensors and transmit it to the server endpoint at the configured interval.
EnviroSense
EnviroSense System
EnviroSense is designed for real environmental data: it collects measurements from distributed devices, secures transmission, stores records in the selected backend and makes them available to operators through alerts, reports and live views.
live dataarchivingalertsself-hostedsecure transmission
System architecture
Ingestion layer
The server validates the device identifier, transmission source and data structure before saving the measurement in the configured database.
Operational logic
The system can compare values against thresholds, register events, handle alerts and prepare data for reporting.
Data under control
Deployment can run in the customer’s infrastructure without requiring data transfer to a public cloud.
Production functions
IoT device support
The system receives data from distributed measurement points, including ESP32-based configurations and environmental sensors.
Secure payload
Transmission may use AES-256-CBC and HMAC-SHA256, protecting the measurement payload itself, not only the transport channel.
Self-hosted model
EnviroSense can run on the customer’s server, VPS, private cloud or on-premise environment.
Alerts and events
Threshold rules help detect exceedances, anomalies or missing transmission from selected devices.
History and retention
Data can be archived according to project requirements, from simple installations to high-volume backends.
Integrations
The architecture enables exports, APIs or connections with operator panels and customer reporting systems.
Monitored data scope
Air quality monitoring, trend analysis and exceedance control at measurement points.
Gas parameters depending on selected sensors and location requirements.
Supporting meteorological data for interpreting environmental readings.
Measurement points can be extended with sensors for technical or research scenarios.
From measurement to decision
Reading
The sensor performs a measurement according to device configuration and transmission schedule.
Validation
The device sends its identifier, parameters and measurement time; the server verifies the source.
Storage
The backend stores the record in a data layer selected for live reads, relational data or time-series history.
Analysis
The system compares values with thresholds, aggregates data and prepares it for operator views.
Reaction
Alerts and operating procedures may be triggered when exceedances or transmission gaps occur.
Reporting
Historical data supports trend evaluation, location control and environmental documentation.
Use cases
urban air-quality sensor networks
technical and industrial object monitoring
schools, laboratories and research units
conditions near construction and road infrastructure
distributed installations with limited connectivity
projects requiring local control over measurement data