Monitor Every Drop with Precision
Real-time water infrastructure monitoring and predictive analytics that help utilities prevent leaks, optimize distribution, and ensure sustainable resource management.
Complete Water Infrastructure Intelligence
Deploy IoT sensors across your entire water infrastructure to monitor pressure, flow, quality, and temperature in real time. Our ruggedized sensors work in any environment and transmit data continuously to your dashboard with military-grade encryption.
Machine learning algorithms analyze pressure patterns, flow anomalies, and historical data to predict leaks before they become critical. Receive alerts with precise location data and severity ratings, enabling proactive maintenance that saves millions in emergency repairs.
AI-powered forecasting models predict water demand patterns based on weather, seasonal trends, and consumption history. Automatically optimize pump schedules, reservoir levels, and pressure zones to reduce energy costs while ensuring reliable service delivery.
Continuous monitoring of pH, turbidity, chlorine levels, and contaminants ensures compliance with EPA standards. Automated alerts notify your team of quality deviations instantly, with full audit trails for regulatory reporting and public transparency.
Equip your field teams with mobile apps that provide instant access to sensor data, work orders, and asset information. Technicians can update maintenance records, capture photos, and close tickets from any location, streamlining operations and improving response times.
From Installation to Insight in Days
- 01
Site Assessment & Planning
Our engineering team conducts a comprehensive assessment of your water infrastructure, identifying optimal sensor placement locations and integration points. We create a customized deployment plan that minimizes disruption to your operations while maximizing coverage and data quality.
- 02
Sensor Installation & Calibration
Certified technicians install sensors across your network with minimal service interruption. Each device is calibrated to your specific infrastructure parameters and tested for accuracy. Installation typically takes 2-5 days depending on network size, with full redundancy maintained throughout.
- 03
System Integration & Data Sync
We connect NGABO to your existing SCADA, GIS, billing, and work order systems through secure APIs. Historical data is imported to establish baselines, and real-time data flows are validated. Your team receives admin credentials and access to the full platform within 24 hours of installation completion.
- 04
Team Training & Onboarding
Comprehensive training sessions ensure your operations, maintenance, and management teams can leverage the full power of NGABO. We provide role-specific training, custom documentation, and ongoing support. Most teams are fully operational within one week of system activation.
- 05
Continuous Optimization & Support
Our machine learning models continuously improve as they learn your system's unique patterns. You receive quarterly performance reviews, algorithm tuning, and feature updates. 24/7 technical support ensures any issues are resolved immediately, with guaranteed response times based on your service tier.
Seamless Integration with Your Existing Systems
Proven Impact on Water Conservation
Real Results from Real Utilities
Metro Water District: 40% Reduction in Water Loss
Challenge
Metro Water District was losing 18% of treated water to leaks and system inefficiencies across 1,200 miles of aging pipeline infrastructure. Manual leak detection was reactive and costly, with emergency repairs disrupting service and straining budgets. The utility needed a proactive solution to identify problems before they became crises.
Solution
NGABO deployed 2,400 sensors across the entire distribution network, creating a real-time digital twin of the water system. Machine learning algorithms analyzed pressure patterns, flow data, and acoustic signatures to predict leak locations with 95% accuracy. The platform integrated with existing SCADA and GIS systems, providing operations teams with actionable intelligence through intuitive dashboards and mobile alerts.
Results
Within 18 months, non-revenue water dropped from 18% to 10.8%, saving 2.1 billion gallons annually. Emergency repairs decreased by 47%, and the utility recovered $3.2M in lost revenue. The system paid for itself in seven months. Customer satisfaction improved due to fewer service interruptions, and the utility met state water conservation mandates ahead of schedule.
Precision Manufacturing: $890K Annual Savings
Challenge
This automotive parts manufacturer consumed 45 million gallons annually for cooling towers, parts washing, and process water. Rising water costs and stricter discharge regulations threatened profitability. The facility lacked visibility into consumption patterns and had no way to identify optimization opportunities across multiple production lines.
Solution
NGABO installed sensors on all major water-consuming equipment and integrated with the facility's production management system. Real-time monitoring revealed inefficient cooling tower cycles, excessive parts washer usage, and opportunities for recycling. Automated controls optimized water flow based on production schedules and ambient conditions.
Results
Water consumption dropped 31%, saving $890K annually in water and sewer costs. Cooling tower efficiency improved by 28%, reducing energy costs by an additional $210K. The facility achieved ISO 14001 environmental certification and won a state sustainability award. Discharge permit compliance improved to 100%, eliminating regulatory risk.
Heritage Valley Vineyards: 38% Irrigation Reduction
Challenge
This 800-acre premium vineyard struggled with inconsistent irrigation across varied terrain and soil types. Over-watering in some areas caused root disease, while under-watering stressed vines and reduced grape quality. Manual irrigation scheduling based on timers and guesswork wasted water and labor while failing to optimize vine health.
Solution
NGABO deployed soil moisture sensors throughout the vineyard, integrated with weather forecasting and evapotranspiration models. The platform created irrigation zones based on soil type, grape variety, and topography. Automated valve controls adjusted watering schedules in real time based on actual plant needs, weather conditions, and growth stage.
Results
Water usage decreased 38% while grape quality scores improved by 12%. Yield consistency increased, with less variation between blocks. The vineyard saved $180K annually in water and labor costs. Disease pressure from over-watering dropped significantly, reducing fungicide applications by 25%. The operation earned organic certification and premium pricing for sustainably grown grapes.
Coastal Regional Water Authority: Climate Resilience
Challenge
This coastal utility serving 450,000 residents faced increasing threats from climate change: saltwater intrusion into aquifers, storm surge damage to infrastructure, and extreme demand spikes during heat waves. Traditional monitoring systems couldn't detect gradual salinity changes or predict infrastructure failures before storms.
Solution
NGABO implemented comprehensive monitoring of groundwater salinity, surface water quality, and infrastructure integrity. Predictive models used weather forecasts, tide data, and historical patterns to anticipate problems. The platform automated emergency response protocols and optimized source water blending to maintain quality during saltwater intrusion events.
Results
The utility successfully managed three major storm events with zero service interruptions. Saltwater intrusion detection improved by 85%, allowing proactive well management that protected aquifer quality. Peak demand management reduced the need for expensive emergency water purchases by $1.2M annually. The utility secured $8M in climate resilience grants based on demonstrated monitoring capabilities.
State University: Campus Sustainability Leadership
Challenge
The university's 45 buildings and extensive landscaping consumed 180 million gallons annually. The institution had committed to reducing water use by 25% by 2025 but lacked the data and tools to identify opportunities. Decentralized facilities management made coordination difficult, and students demanded visible sustainability progress.
Solution
NGABO deployed a campus-wide monitoring network covering academic buildings, residence halls, athletic facilities, dining halls, and irrigation systems. The platform provided building-level dashboards that engaged facility managers in friendly competition. Student sustainability clubs received access to public dashboards, creating accountability and awareness.
Results
The university achieved its 25% reduction target three years early, saving $420K annually. A major leak in the science building was detected within minutes, preventing an estimated $300K in damage. The university's sustainability ranking improved from 87th to 23rd nationally. Student applications increased 8%, with sustainability initiatives cited as a key factor.
Regional Medical Center: Patient Safety Excellence
Challenge
This 600-bed hospital system needed to prevent Legionella bacteria growth in complex water systems serving patient care areas. Manual temperature monitoring and periodic testing were labor-intensive and provided only snapshots of conditions. A single Legionella case could cost millions in liability and damage the hospital's reputation.
Solution
NGABO installed continuous temperature and quality monitoring at critical control points throughout the hospital's water system. Automated alerts notified facilities staff of any deviations from safe temperature ranges. The platform generated compliance reports for Joint Commission inspections and tracked all remediation actions.
Results
The hospital achieved 100% compliance with healthcare water safety standards. Legionella testing showed zero positive results for three consecutive years. Labor costs for manual monitoring decreased by 60%. The hospital earned recognition as a national leader in water safety and avoided an estimated $4M in potential liability. Patient satisfaction scores for facility cleanliness and safety improved significantly.
Desert Minerals: Water Efficiency in Arid Environment
Challenge
This mining operation in the desert Southwest consumed 120 million gallons annually in a region with severe water scarcity. Community opposition to water use threatened the mine's operating permit. The company needed to dramatically reduce freshwater consumption while maintaining production targets and dust control requirements.
Solution
NGABO monitored all water uses including dust suppression, ore processing, and equipment cooling. The platform identified opportunities for recycling and reuse, optimizing the sequence of water through multiple processes before discharge. Predictive models minimized freshwater intake while ensuring adequate supply for critical operations.
Results
Freshwater consumption dropped 52%, from 120 million to 58 million gallons annually. Water recycling rates increased from 35% to 78%. The company secured permit renewal and improved community relations. Operating costs decreased by $680K annually. The mine received industry recognition for environmental stewardship and became a model for sustainable mining practices.
County Water Cooperative: Rural Infrastructure Modernization
Challenge
This small rural cooperative serving 12,000 customers across 200 square miles struggled with aging infrastructure and limited budgets. Staff of just eight people couldn't patrol the entire system regularly. Customers complained about low pressure and discolored water, but the utility lacked data to prioritize capital improvements.
Solution
NGABO provided an affordable monitoring solution scaled for small utilities. Strategic sensor placement at key points provided maximum visibility with minimal investment. The platform's mobile app enabled the small field crew to respond efficiently to issues. Cloud-based analytics required no IT infrastructure investment.
Results
The system detected 47 previously unknown leaks, recovering 15% of lost water. Customer complaints dropped 68% within six months. The utility used NGABO data to secure $2.3M in state infrastructure grants. Operating efficiency improved so much that the cooperative avoided a planned 12% rate increase. Staff retention improved as workers gained modern tools and training.
Trusted by Leading Water Utilities
NGABO's predictive analytics helped us reduce water loss by 34% in the first year. The platform paid for itself in just six months through leak detection and optimized pressure management.
Powering Water Systems Worldwide
Metro Water District
Metro Water District Cuts Losses by 40%
Coastal Regional Water Authority
Coastal City Protects Against Climate Impacts
Precision Manufacturing Corp
Manufacturing Plant Reduces Water Costs 31%
Valley Fresh Foods
Food Processor Ensures Quality Compliance
Heritage Valley Vineyards
Vineyard Optimizes Irrigation Across 800 Acres
Green Pastures Dairy
Dairy Operation Cuts Water Use by 2.1M Gallons
State University
University Campus Achieves Sustainability Goals
Regional Medical Center
Hospital System Ensures Patient Safety
Oceanview Resort & Spa
Resort Complex Enhances Guest Experience
Desert Minerals Inc
Mining Operation Manages Water in Arid Climate
County Water Cooperative
Rural Water Cooperative Modernizes Infrastructure
Championship Golf Club
Golf Course Maintains Greens with 40% Less Water
Start Saving Water and Money Today
Join over 500 water utilities and enterprises that trust NGABO to optimize their water infrastructure. Our team will conduct a free assessment of your system and show you exactly how much you can save. Most customers see ROI within six months. Schedule a demo today and discover why NGABO is the leading water management platform.