BUDIGEOStart a project
AboutServicesApplicationsWorkRésuméInsightsUpwork Profile ↗
← All applicationsField-Deployed / IoT Product

IoT · Real-time Monitoring · Water Operations

Depot Air Cerdas – Web Dashboard

A field-deployed IoT platform for real-time monitoring of refillable-water depot operations.

Depot Air Cerdas – Web Dashboard application interface

System overview

Depot Air Cerdas integrates flow and tank sensors, ESP32 devices, APIs, a database, an operational dashboard, transaction records, tank-condition monitoring, and historical reporting. The system was developed and evaluated through a real field deployment in Jakarta.

Operational need

Refillable-water depot operators already record transactions, but continuous sensor information about flow and tank conditions can provide an additional operational view between manual checks.

How the workflow operates

  1. Read outlet flow and tank-level sensors
  2. Transmit periodic device data through ESP32 and API services
  3. Validate and store measurements
  4. Display current status and historical trends
  5. Compare operational records and investigate anomalies

Solution architecture

  • Flow and ultrasonic sensors
  • ESP32 edge devices
  • HTTP-based API communication
  • Operational database
  • React dashboard and reporting views

Core capabilities

  • Sensor & ESP32
  • Real-time API
  • Tank monitoring
  • Operational dashboard
  • Transaction records
  • Historical reports

Operational value

  • Remote visibility of outlet and tank conditions
  • A time-based operational record
  • Earlier identification of sensor or cabling problems
  • Field evidence for improving a deployable IoT product

SCALABILITY

A multi-depot version would add stronger device credentials, HTTPS/TLS, message brokering where useful, observability, automated calibration records, and multi-tenant data separation.

BUILD A RELATED SYSTEM

Need a WebGIS, GeoAI, or IoT product around your operational workflow?

Start with the users, decision, existing data, required integrations, and deployment environment. The architecture can then be scoped around a usable first release.