Technical Specifications

Complete Technical Details

Comprehensive specifications, maintenance procedures, and operational workflows for the EcoBall autonomous water monitoring system.

SYS_READY

Neural
Architecture.

A custom-designed logic board integrating edge AI, tri-band connectivity, and precision sensing in a 100mm footprint.

NUCLEO H7
RF ARRAY
LIPO MATRIX
Hardware Baseline v2.0

Minimum Specifications

Engineered for low-power edge computing in harsh environments.

Active
Core Processor

STM32 Nucleo

ARM Cortex-M4 Architecture

Connectivity

NB-IoT / LTE-M

Global Band
Calibration

±0.1

Accuracy
Solar Input
3–10 W
Storage
10–20 Wh
Enclosure

IP68 Rated

Submersible
Lifecycle OS

Autonomous
Operations.

Self-healing infrastructure with zero-touch maintenance.

Live
System Pulse

Remote Diagnostics

Scanning 140+ telemetry points every second.

v4.2.0

OTA Updates

Seamless firmware patches.

99.8% Solar Efficiency
5 Yrs Battery Lifecycle

Self-Cleaning Cycle

Automated sensor calibration.

Next: 24h
Operations Cycle

Autonomous Workflow

From solar wakeup to cloud intelligence. Zero human intervention required.

01

System Wakeup

Completed

Smart power scheduler activates core systems based on solar charge levels and mission parameters.

Power Check: PASS Boot Time: 0.8s
02

Data Acquisition

Processing

Multiparametric sensors capture pH, turbidity, and temperature while GPS locks precise coordinates.

03

Edge Processing

On-board STM32 MCU normalizes data, compresses payloads, and runs initial anomaly detection algorithms.

04

Secure Uplink

Encrypted transmission via NB-IoT or LTE-M networks to the secure cloud infrastructure.

05

Actionable Insight

Cloud dashboard updates risk maps instantly. Critical alerts are pushed to authorities if thresholds are breached.

Step 1/5