Eliminate Overflows with

Real-Time Monitoring

Efficient, reliable and cost-effective water and wastewater management

Our IoT devices, equipped with radar or float sensors, collect and transmit real-time data on water levels, enabling proactive management and prevention of overflow risks in wastewater, sewer and stormwater systems. With rugged technology designed for extreme environments, they’re the reliable choice for critical infrastructure monitoring.

Challenges in Water Management

Unpredictable Flooding

Sudden and unexpected flooding causing extensive damage and high repair costs.
Insufficient Data

Lack of real-time data to predict and prevent sewer or stormwater overflows.
High Maintenance Costs

Frequent manual inspections and reactive maintenance leading to increased operational costs.
Environmental Compliance

Difficulty in adhering to stringent environmental regulations and reporting requirements.
Increasing Regulatory Costs

EPA fines and regulatory payments for overflows steadily increasing.
Public Health Risks

Overflows leading to health hazards and environmental contamination.

Key Benefits

With resilient design and advanced technology, our IoT devices offer comprehensive level monitoring for water, wastewater, and stormwater networks. Engineered for critical infrastructure, they empower utilities and industries to stay ahead of potential overflows, prevent costly repairs, and meet regulatory standards effortlessly.

Rapid Installation

Install in under 20 minutes without confined space entry, ensuring minimal disruption to operations.

Low Maintenance

Features a simple clip-on battery system, eliminating re-calibration and simplifying routine maintenance.

Extreme Durability

Constructed from SS316 with IP68 rating for submersion, protecting against harsh environments and vermin.

A+ Connectivity

Guaranteed connectivity with high signal tolerance (up to 130 RSRP) and reliable battery life, even with daily transmissions.

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Solution Features

Managing urban sewer systems is complex, with risks of overflows leading to environmental and public health concerns. With many overflows being reported by the public after they have occured, utilities are looking for ways to proactively manage their wastewater networks to prevent significant overflow events and blockages.

Precision Water Level Monitoring

Industrial-grade radar sensors detect even the smallest changes in water levels to help you act fast, minimizing false positives.
Connectivity in Challenging Areas

Dual antennas (internal & external) and low-powered wide area network technologies (Cat-M1) provide connectivity even in remote areas.
Long Battery Life and Minimal Maintenance

5 to 10 years of battery life ensures your network remains active and reliable, with minimal service interruptions.
Cost-Efficient Monitoring

Captis provides affordable device and cloud management, eliminating costly software and excessive infrastructure.
Rugged and Reliable Design Built for Harsh Environments

Tested beyond IP68, our devices withstand floods, extreme weather and long-term outdoor use, for uninterrupted data transmission.
Advanced Data Collection

Collect data from up to 18 channels for a holistic view of your wastewater network, integrating seamlessly into existing systems.

Explore our Full Feature List

Trusted By

Industry Leaders

“So far, around 500 blockages at environmentally high-risk sites have been identified and cleared. We are saving $400,000 a month in avoidance costs with this technology,”

IoT Manager

Sydney Water

“This is a transformational project for Sydney Water. We’re leading the industry on some of this new deployment, which is resulting in massive savings via early detection of blockages in our wastewater network.

Head of Operational Technology

Sydney Water

Real Results

Customer Success Stories

Sydney Water Saves $400k Monthly with Captis

After installing 26,000 devices across their wastewater network, Sydney Water now prevents blockages from occurring, resulting in significant cost savings and resource efficiencies.

Read the full case study