Your whole fleet, in one glance.
Monitor node availability, environmental conditions, alerts and data freshness from a command center built for both technical and non-technical teams.
MicroEdge connects real sensor nodes, trustworthy telemetry and reproducible TinyML benchmarks in one operational platform.
Stop stitching together serial logs, spreadsheets and disconnected dashboards. MicroEdge keeps the complete lifecycle visible and traceable.
Monitor node availability, environmental conditions, alerts and data freshness from a command center built for both technical and non-technical teams.
See exactly how freshness, calibration and sensor coverage shape every research-readiness score.
Keep timestamps, source identity, experiment context and benchmark metrics together for defensible analysis.
Online state, heartbeats, device metadata and the latest readings for every registered node.
Surface offline devices, dry soil, high temperature and weak connectivity without dashboard hunting.
Maintain measured wet and dry endpoints so soil readings remain interpretable across hardware.
Track model artifacts, deployment jobs and experiment IDs across the edge fleet.
Combine microclimate, coverage and signal health into transparent evidence-quality indicators.
Export telemetry and benchmarks in analysis-ready CSV and JSON formats whenever you need them.
The MicroEdge node profile separates sensing, compute and connectivity. Start with a controlled lab pilot, then extend the same operating model into cellular field deployments.
MicroEdge keeps operational monitoring and rigorous experimentation in the same system without hiding the source behind the result.
Choose the operating stage that matches your programme today. The data model and workflow remain consistent as the fleet grows.
Prove calibration, dashboards, connectivity and operational workflows in a controlled deployment.
Run repeatable multi-node reliability, TinyML and data-quality experiments with traceable evidence.
Move into an owned ingestion and managed operations model for customer and field deployments.
Explore the live MicroEdge workspace and follow a physical reading from node to evidence.
SUSTAINABLE EDGE INTELLIGENCE
Connecting sensors, evidence and sustainable action
10-node pilot · designed to scale to 100 nodes
Follow every live reading, understand environmental conditions, and build reproducible TinyML evidence.
Use your MicroEdge account to access the live IoT testbed.
py server.py init-admin in this project folder, then sign in here.Create a secure viewer account for the MicroEdge dashboard.
MicroEdge · Sustainable edge intelligence
Fleet health, environmental signals and research evidence—without losing the physical source behind every number.
Transparent composite of freshness, sensor completeness, calibration and signal reliability.
Checking channel configuration…
Explainable indicators derived from live measurements—not hidden AI guesses.
The index will activate when an online node reports soil moisture, temperature and humidity.
Vapour-pressure deficit is calculated from temperature and relative humidity.
Awaiting NPK sensor data.
Actionable exceptions generated from live device health and transparent thresholds.
Every registered device, its latest sensor values and connection health.
Benchmark records submitted by physical nodes after real trials.
| Experiment | Node | Model | Format | Latency | Accuracy | Energy | Time |
|---|
Upload an artifact, target a node and track the device reported result.
| Job | Node | Artifact | Experiment | Status | Updated |
|---|
Bring ESP32-S3 devices online one at a time and verify real measurements.
Give each physical board a permanent ID, name and location. Its device token is shown once.
Use the ESP32-S3 firmware in this project. Configure Wi-Fi, server address, node ID, token and dry/wet ADC values.
The node appears online after its first accepted reading. Temperature and humidity show a dash until a supported sensor reports them.
Use a unique password of at least 12 characters. Changing it signs out all sessions.
Put this token in the firmware for . For security, it will not be shown again.
Enter measured ADC endpoints from representative dry and saturated drained soil.