Country: Poland
Focus area:Digital
Thematic area:
Digitalization and Connectivity, Automation and Robotics, Data Analytics and Artificial Intelligence
TRL phase: TRL 8 - system completed and tested (System tested)
Addressed business processes: TECHNOLOGY DEVELOPMENT process , HUMAN RESOURCE MANAGEMENT process , MARKETING & SALES process
Solution overview
Waterly Sp. z o.o. offers an autonomous system for real-time water quality monitoring based on advanced modular buoys equipped with high-precision sensors. The system measures key parameters such as temperature, pH, dissolved oxygen, conductivity, salinity, turbidity, nitrates, ammonium, and more. Data is transmitted wirelessly to a cloud-based analytical platform, where users can view live results, analyze trends, and receive automatic alerts when anomalies occur.
Waterly addresses the inefficiency of manual sampling and delayed lab results, offering a scalable, drop-in, plug & play solution that supports industries, fish farms, cities, and environmental agencies in reacting quickly to pollution and climate events. Its goal is to improve water safety, operational resilience, and environmental transparency across regions.
Key features
• Real-Time Monitoring: Live 24/7 data stream from multiple buoys, with AI-based pattern recognition.
• Plug & Play Hardware: Fully autonomous and modular design – easy deployment (“drop and go”).
• Low Maintenance: Only once-a-year servicing needed due to energy efficiency and durable design.
• Custom Sensors: Tailored parameter sets, e.g. for fish farming, industrial discharge, or potable water.
• Open Data Option: Public dashboards available – transparency for citizens, regulators and stakeholders.
• AI-powered alerts: Anomaly detection and early warnings via mobile and email notifications.
• White-label ready: Can be easily integrated into client systems (via API or direct dashboards)
Integration and adaptability in manufacturing environments
Ease of Integration:
Waterly’s cloud architecture supports API-based integration with SCADA, GIS, and environmental reporting tools. Dashboards can be embedded or branded, and the platform supports automated report generation (PDF, Excel, JSON).
Customization to Specific Requirements:
The system is fully modular – both in hardware (sensor selection, power source) and software (custom dashboards, alert thresholds, multilingual UI). Sensors can be tailored to detect parameters critical for the specific application (e.g. COD/BOD, oil-in-water, chlorophyll).
Implementation support and training for manufacturers
Implementation Phase:
• Consultation & Planning – analysis of location, measurement needs, and integration goals
• Onboarding & Setup – site-specific installation plan, delivery, and online or on-site support
• Calibration & Training – remote or in-person training on operation, calibration, and data interpretation
Post-Implementation Phase:
• Ongoing Support – full technical assistance, firmware updates, and sensor diagnostics
• Data as a Service – optional platform hosting, analytics and maintenance subscription model
• Add-ons – software integrations, additional sensor modules, export-ready dashboards
Sustainability, compliance and certifications in the EU
Yes. The Waterly buoy complies with the EU Radio Equipment Directive 2014/53/EU (RED), and harmonized standards:
• PN-EN 50413:2020
• PN-EN 62311:2010
We are also implementing additional documentation aligned with IP68 and CE for full device certification and planning ISO 9001 readiness in 2026.
Example of successful implementation of solution in manufacturing company.
Waterly has implemented its system in several high-impact environments, including a deployment in collaboration with British American Tobacco, monitoring the environmental impact of their factory on Lake Białe. In partnership with PGWiR S.A. (a subsidiary of JSW), Waterly monitors the Odra River to detect salinity events caused by mining operations. Waterly is also piloted by Antonius Caviar — Europe’s largest caviar producer — to protect fish health and optimize water conditions in aquaculture. Our flexible, cloud-based system has proven reliable and easily integrable in various industrial and natural settings, enabling compliance, sustainability, and early detection of pollution events.
Case studies or testimonials showcasing the impact of the solution on real-world operations.
A notable case study comes from Wigry National Park, where Waterly deployed its buoy system to continuously monitor the quality of water entering and exiting Lake Wigry. This installation enabled local authorities to track changes in oxygen levels, nutrient loads, turbidity, and other parameters in real time — offering invaluable insights into the inflow and outflow dynamics of the lake. The data is publicly available through an open dashboard, ensuring transparency and public trust. The system allowed for more informed management decisions and contributed to early detection of anomalies such as algal blooms or runoff pollution.
Another impactful deployment is with PGWiR S.A., where the system was used to assess river water downstream of mining areas. In this context, Waterly’s technology helps ensure compliance with environmental standards and supports public communication around water safety.
In aquaculture, the use of Waterly by fish farms and caviar producers (e.g., Antonius Caviar) helps monitor critical water parameters such as dissolved oxygen, ammonium, and pH — minimizing fish mortality, reducing operational risks, and improving yields.
Customer feedback highlights the ease of installation, low maintenance, and highly valuable alert system as key differentiators from traditional monitoring methods.
Link to the solution video or pdf technical documentation.
• Video: https://www.youtube.com/watch?v=Yhwe7qYaygw
• PDF: https://waterly.eu/wp-content/uploads/2024/05/waterly_how_it_works_en_c.pdf
Expected return on investment (ROI)
Cost Reduction:
By installing Waterly, the cost of monitoring is reduced up to 25 times while increasing the monitoring frequency by up to 26,000 times. This substantial reduction in costs is achieved by:
Labor Reduction:
The need for monitoring staff is eliminated. Typically, four full-time positions (required for 24/7 monitoring, including shifts, weekends, holidays, and sick leave) are reduced to zero.
Laboratory Cost Savings:
The system reduces the need for frequent laboratory tests, further cutting down expenses.
In summary, Waterly not only drastically lowers the cost of monitoring but also significantly enhances the frequency and reliability of data collection, providing manufacturing companies with a highly efficient and cost-effective solution.
Cost overview: implementation and ongoing expenses
Initial Costs:
The total installation cost for the base version of the system is 450 EUR.
Ongoing Expenses:
The system is provided on a subscription basis. The subscription cost is 340 EUR per month. This fee includes comprehensive support, maintenance services, and other associated expenses. All these aspects are managed by the service provider.
In summary, the base version of the Waterly system has an initial installation cost of 450 EUR and a monthly subscription fee of 340 EUR, which covers full support and maintenance.
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