CurNext
Water leaking from a toilet cistern onto a tiled bathroom floor

CN-LEAK

CurNext

Leak detection monitoring for plant rooms, bathrooms, and risers

Catch water where it starts - before it stops the programme. CurNext CN-LEAK delivers event-driven leak alerts and evidence on the same stack as site readiness.

In short

What is construction leak detection monitoring?

Construction leak detection monitoring watches high-risk wet zones for water events so teams can act before damage spreads. CurNext CN-LEAK provides event-driven alerts and evidence for plant rooms, bathrooms, and risers on the same industrial stack as drying and IAQ solutions.

Outcomes

Early water detection - in the project stack

CurNext answers one question: is water where it should not be - and who needs to know now?

  • Faster response before damage spreads

    Catch water where it starts in plant rooms, bathrooms, and risers - before a small leak becomes a programme-stopping flood.

  • Battery-friendly when dry

    Event-driven LoRaWAN uplinks on detection keep the node quiet when dry - long field life without constant chatter.

  • Same stack as readiness

    Alerts land on CurNext web and mobile with building context - not trapped in a standalone gadget app.

  • Traceable leak events

    An event log for the project record - evidence you can show clients, insurers, and auditors.

The cost of late detection

Water waits for no walk-through

  • Small leaks become floods

    Water that starts under a toilet, tray, or plant skid spreads into finishes, shafts, and programme delay.

  • Wet zones checked too rarely

    Plant rooms, bathrooms, and risers sit between walk-throughs - overnight events go unseen.

  • Alerts stuck outside the project

    Standalone gadget apps do not join CurNext permissions, building context, or the site timeline.

CN-LEAK

Hybrid-cable leak detection on the CurNext stack

A Layer-1 node with gold-plated electrodes and/or rope zone interfaces for plant rooms, bathrooms, and risers. Event-driven LoRaWAN on water detection. Optional ambient context. Joins CN-FG → CN-BC → CN-Cloud for alerts and audit history.

Note: CN-LEAK is not moisture-in-gypsum drying (CN-WD) and not a flow meter (CN-MEP). It does not claim automatic valve shutoff or replace a full BMS.

Active bathroom leak with water pooling on tiled floor

How detection works

Electrodes. Rope zones. Optional ambient.

Cover the risk point or the run - with optional climate context beside the leak event.

  • Leak electrodes

    Gold-plated electrodes detect water at the risk point where it first appears.

  • Rope / zone

    Hybrid-cable rope or zone interfaces cover trays, skirts, and longer runs.

  • Optional ambient

    Optional SHT45 temperature and humidity for context beside the leak event.

How it works

From the risk zone to a clear alert

  1. 01

    Install

    Place the node and run electrode or rope in risk zones - plant room, bathroom, or riser.

  2. 02

    Sense

    Gold-plated leak electrodes, rope / zone interface, and optional ambient T/RH.

  3. 03

    Uplink

    Event-driven LoRaWAN on detection, plus heartbeats as designed - into CN-FG → CN-BC → cloud.

  4. 04

    Decide

    Immediate alerts, location context, and an event log on curnext.app - web and mobile.

Install zones

Plant rooms · Bathrooms · Risers

The wet zones that walk-throughs miss overnight - and where a small release becomes a big claim.

  • Plant rooms

    Skids, trays, and floors where a small release can cascade into downtime.

  • Bathrooms

    Wet rooms and sanitary zones where leaks hide until finishes and neighbours feel it.

  • Risers

    Shafts and vertical paths where water travels far before anyone sees it.

Event-driven uplink

Speak when water appears

Carry the events that matter without flooding the network when nothing is wet.

  • Event-driven when wet

    Uplink fires on water detection so the network carries the event that matters - not endless dry chatter.

  • Quiet when dry

    Heartbeats as designed keep health visible; primary battery life stays long between events.

Built for the site

Industrial by design

Hybrid cable
Electrodes and/or rope zones.
Event-driven LoRa
Class A, EU868 on detection.
Field life
5-10 years typical when dry.
Factory-fixed purpose
Leak detection - not CN-WD or CN-MEP.

FAQ

Leak detection monitoring questions

Direct answers for teams researching leak detection systems for construction sites and plant rooms.

What is a construction leak detection system?
A construction leak detection system senses water events in high-risk zones and alerts site teams quickly. CurNext CN-LEAK focuses on plant rooms, bathrooms, and risers with cloud evidence.
How does CN-LEAK help with moisture and mold risk?
Active leaks can drive moisture damage and mold risk if unnoticed. CN-LEAK alerts on water events early. For drying readiness use CN-WD; for indoor climate context use CN-IAQ.
Does CN-LEAK shut valves automatically?
CN-LEAK is leak detection and alerting on the CurNext stack. It does not claim automatic valve shutoff or replace a full BMS.
Where should leak detection nodes be placed?
Typical placements include plant rooms, wet rooms, bathrooms, and risers where a water event can stop work or damage finishes.
Who should use CurNext leak detection?
MEP leads, site managers, and contractors who need early leak alerts with project evidence alongside other CurNext readiness systems.

Related

More on the CurNext stack

Next step

See CN-LEAK on your risk zones

Walk through a site assessment with the CurNext team - early water detection on the same stack as readiness.

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