Groundwater Control & Monitoring System (GWCMS)

Smart IoT Governance for a Sustainable Water Future

Background

In a country where every drop of water sustains life, uncontrolled groundwater extraction had become a silent crisis—draining reserves and threatening national sustainability. The Ministry of Water Resources sought a way to regain control, not through manual inspections, but through intelligence—real-time data, predictive insight, and automation.

Challenge

Thousands of wells spread across vast regions, each operating independently, with no unified visibility.
How could authorities monitor them all, predict failures, prevent over-extraction, and enforce limits fairly—using limited infrastructure and budgets?

Solution

EXPentech turned this challenge into a digital transformation success story.
The Groundwater Withdrawal Control and Monitoring System (GWCMS) is a smart IoT solution designed to help the Ministry of Water Resources achieve real-time monitoring, predictive maintenance, and fair water distribution across the nation.

This integrated platform leverages IoT sensors, AI integration, and cloud-based analytics to provide full visibility and control over every groundwater extraction point in Syria.

🔹 IoT Intelligence: Field circuits measure flow, detect tampering, and allow remote control of pumps.
🔹 AI Predictive Models: Machine learning algorithms forecast pump failures and detect anomalies before they cause disruptions.
🔹 Cloud Dashboards: Secure, role-based dashboards visualize national water activity in real time.

Technical Specifications

• System Architecture: Three main components — Main Circuit, Terminal Circuit, and Central Server.
• Data Throughput: Handles more than 600 requests per second, ensuring real-time data streaming and control.
• Anti-Tampering Design: Terminal circuit installed 100 meters underground, making bypass attempts difficult and costly.
• Connectivity: Works seamlessly with Syria’s telecom infrastructure, featuring offline data buffering and auto-resend.
• Local Control: Main circuit includes a display for cumulative readings and allows manual pump control.
• AI Modules:
  1. Smart Irrigation Recommender – integrates rainfall and aquifer data to predict groundwater lifespan.
  2. Sensor Health Agent – continuously monitors sensor performance and reliability.
  3. Intelligent Extraction Alignment – estimates farmer withdrawals via AI for accuracy.
  4. Pump Failure Predictor – analyzes motor behavior to anticipate breakdowns.
  5. Smart Data Summarizer – converts raw data into actionable insights.
  6. Water Priority Allocator – optimizes distribution based on crop type and demand.
  7. Custom Report Generator – creates tailored reports for decision-makers.

Impact

The impact of GWCMS is transformative:
💧 National-scale visibility of groundwater usage.
⚙️ Reduced maintenance costs through predictive AI.
🌱 Sustainable water governance with equitable distribution.
📡 Real-time enforcement and transparency in regulation.
💸 Affordable implementation relative to total drilling costs.

This system not only preserves Syria’s vital water reserves but also sets a new regional benchmark for AI-powered water management.

🚀 EXPentech is redefining how nations manage their most vital resources — intelligently, sustainably, and securely.
Let’s collaborate to build your next smart automation or IoT infrastructure.
👉 Contact us to explore how our AI-integrated IoT solutions can empower your organization’s digital transformation.