Selco provides an IoT platform (S/NET) that equips sanitary fixtures and water infrastructure with modular sensors to monitor flow, pressure, temperature, humidity, air quality and occupancy in real time. The data is processed by optional controllers and delivered to a cloud analytics service, enabling leak detection, resource optimization and integration with existing building management systems.
Funding
Funding not disclosed
Founders
Product
Problem
Building owners and facility managers often lack real-time visibility into the performance of sanitary, water supply, and wastewater systems, leading to inefficient resource use, undetected leaks, and higher operational costs.
Solution
Selco offers an IoT-based platform, S/NET, that integrates a range of sensors—such as HF/radar, infrared, time‑of‑flight, capacitive, temperature, pressure, flow, and air‑quality sensors—into sanitary fixtures and infrastructure components. The collected data are processed by optional controller units (S/CTRL) and transmitted to cloud services where they can be accessed via dedicated applications. This enables continuous monitoring, automated alerts, and data‑driven control of water usage, leak detection, temperature regulation, and air quality. By providing actionable insights, the system helps customers optimize resource consumption, reduce waste, and create new revenue streams through service-based models.
Target Audience
Primary customers are commercial building owners, facility management companies, and developers of large‑scale residential or hospitality projects seeking to modernize sanitary and water infrastructure.
Features
- Modular sensor suite (S/SENS) covering flow, pressure, temperature, humidity, air quality, and occupancy detection
- Open S/NET ecosystem allowing seamless integration of electronic urinals, toilets, showers, and building automation components
- Optional S/CTRL controller that executes application logic and interfaces with actuators and user interfaces
- Cloud‑based analytics platform delivering real‑time dashboards, anomaly detection, and remote configuration
- Compatibility with existing building management systems via standard communication protocols
- Scalable architecture supporting both retrofit installations and new construction projects