Smarter Sewer Monitoring Less Failures

Our monitoring solutions are compatible with all major vacuum sewer systems, including Iseki, Roediger, Flovac, and Airvac. We also integrate with custom vacuum installations and support any sewage system that needs valve and collection pit tracking.

We work with both. If there is a trusted partner in your area, they can lead the delivery and we support them. If there is no partner available, we can deliver the project directly.

It depends on the size of the network. As a reference, a mid-size project of around 50 units typically takes about 3 weeks from kickoff to full handover. Smaller pilots go faster, while larger municipal rollouts are phased over a longer period. The work is handled by our technician team or a certified partner company, with minimal disruption to daily operations.

Yes, our IPCLOUD platform is hosted on ISO 27001 certified infrastructure and is fully GDPR compliant. We use 256-bit encryption for all data transmission and storage, with role-based access control for your team.

Absolutely. IPCLOUD supports standard protocols for SCADA integration, including Modbus TCP and REST APIs. This allows bi-directional data flow and unified infrastructure management with your existing systems.

We provide comprehensive ongoing support including technical assistance, software updates, performance monitoring, and quarterly reviews. Our team is available to help optimize your system and address any issues that arise.

Yes. Every valve pit has its own record where operators can log notes directly in IPCLOUD — when it was last checked, whether it smelled, what was found on site, or any observation worth keeping. This builds a searchable history for each pit, so when a colleague is out or a new technician joins, the full context is one click away instead of lost in someone's head.

The MagSwitch sensor detects the magnetic position of the vacuum valve — it registers each opening and closing cycle without any moving parts touching the sewage. From these cycles we derive valve activity, cycle counts, stuck-open or stuck-closed states, and unusual patterns that indicate leaks, blockages, or infiltration. The float sensor in the collection pit detects water level thresholds, so you know when the pit is filling abnormally — not the exact centimeter, but reliable level alarms that catch flooding early.

The VC LoRa unit runs on a long-life battery rated for 3+ years of maintenance-free operation. When the battery does reach end-of-life, only the battery is replaced — not the entire unit. The electronics, housing, and sensors stay in place, so swaps are quick and low-cost.

Our units use LoRaWAN, which typically covers several kilometers in open or suburban environments and reaches even more with well-placed gateways. In practice, one SG Gateway covers a full village or town district. For larger municipalities we deploy multiple gateways to guarantee coverage of every valve pit, including underground installations.

A vacuum sewer network typically has one valve pit per house, and monitoring gives the most value when the whole network is covered — that's how you get complete leak detection and network-wide diagnostics. That said, deployments from around 20–30 units already deliver a clear ROI, and we regularly start with a pilot on a problematic branch before rolling out to the full network.

You own your data — always. The municipality or operator is the sole data owner. We only process it to provide the service. You can export it anytime in standard formats, share it with contractors or partners, feed it into your SCADA or GIS, and keep full access to the historical record. We never sell or share your data with third parties.