Smart water monitoring fits a low-power sensor to each automatic shut-off valve you already have, of any make, and reports to the dashboard when one trips, across every building and site.
A vendor-agnostic monitoring layer for the smart and automatic water shut-off valves already fitted across your sites. We retrofit a low-power sensor to the kit you have, read the moment a valve changes state, and turn a silent trip into an instant alert.
How it works
A low-power sensor fits to the shut-off valves you already have and reads the physical change of state — vendor- and protocol-agnostic, so a mixed estate of different makes lands on one feed.
A closed valve becomes a real-time alert and a status change on the dashboard — not something a site team discovers days later, or a tenant reports first.
Every valve across every site on a single live dashboard, with routing by site, region, team and time, plus a timestamped record for audit and post-incident review.
UKCA marked, no rewiring, multi-year battery and low installed cost — engineered so a pilot scales to thousands of valves without maintenance overhead stalling it.
A low-power sensor on each valve reads the moment it changes state, and the dashboard shows every valve across the estate, with no change to the valves or the plumbing.
Automatic and smart water shut-off valves do one job well: when a leak or abnormal flow is found, they close the supply and stop the water. The gap is not the valve — it is knowing, across a whole portfolio, which valves have closed, where and when. On an estate of hundreds of units that signal usually never leaves the building.
We close that gap with a retrofit sensor fitted to the valve you already have. The valve closing is a clear change of state, and the sensor reads that state directly. Because it reads the physical state rather than the valve's own network, it works the same whether a unit talks ZigBee, LoRaWAN or nothing at all — so a mixed estate of different makes lands on one consistent feed.
The instant a valve trips, that event is pushed as a real-time alert and the valve's status updates on a live dashboard. Routing is shaped around how the estate is run — by site, region, team, time of day and out-of-hours cover — and escalated if it is not acknowledged, so a closed valve reaches a person rather than sitting unseen until a tenant calls.
It is built for retrofit and for scale. Sensors are UKCA marked, low-cost to install with no rewiring, and designed for multi-year battery life, so maintenance overhead does not kill a rollout before it reaches the whole estate. The same architecture runs a single building pilot or thousands of valves across a national portfolio, with the audit trail intact throughout.
This is a visibility and alerting layer that strengthens the shut-off regime you already have. It complements your valves, plumbing design and insurance obligations on a best-endeavours basis; it does not replace them, and it does not control the valve.
The blind estate
Operators fit automatic shut-off valves site by site, then lose sight of them. Across a portfolio there is rarely a single place that shows which valves have tripped, where and when — so a closed valve can go unnoticed until someone reports the consequences.
Silent trip to instant alert
When a valve changes state, that event is captured and pushed as a real-time alert — routed by site, team, timing and escalation path — so the right people act on it instead of finding out later.
Portfolio visibility
A single dashboard brings a mixed estate of valves onto one consistent feed, with status, history and a timestamped record that holds up for audit, claims and review.
Deployment route
A practical route from estate brief to live monitoring — covering the valves already fitted, sensor retrofit, alert routing, dashboard setup and portfolio rollout.
The process is specific to shut-off valve monitoring: understand the estate and the kit in place, fit the retrofit sensors, configure how trips are alerted, prove it in the field, then scale across the portfolio.
Map the estate: number of sites and valves, the makes already fitted, who needs to know when one trips and how cover works out of hours.
Estate brief
Profile the sites and valve locations, sensor mounting, gateway placement and the RF conditions across the buildings.
Site profile
Fit the low-power sensors to the existing valves with no rewiring, and configure dashboard views, alert routes and escalation rules.
Sensors fitted
Run a controlled pilot to confirm trips are captured, alerts arrive and route correctly, and the dashboard reflects true valve status.
Pilot proven
Roll the monitoring layer out across the portfolio, with status, alerting, reporting and the audit trail built in.
Estate rollout
Managing shut-off valves across student accommodation, hotels, pub chains or a multi-site portfolio?
Book a site surveyWhere it applies
High-occupancy blocks where a single missed trip can flood multiple rooms before anyone is on site.
Multi-site operators who fit shut-off valves widely but have no central view of which have closed.
FM teams running shut-off valves across client portfolios, contractors and escalation paths from one feed.
Multi-site residential estates where water damage is a leading and repeatable insurance cost.
A battery tag counting pulses from a meter you already have, with leak and no-flow alerts.
Retrofit RF leak and abnormal-flow detection across buildings and estates.
Automated meter reading for water and gas across hard-to-reach meters.
Device selection, RF behaviour, gateway placement and field reliability.
FAQ
It is a retrofit sensing layer for the automatic shut-off valves already fitted across your sites: a low-power sensor reads the physical state of each valve, so the moment one closes the event becomes a real-time alert and a status change on one live dashboard.
Yes. The sensor reads the valve's physical change of state rather than its own network, so it works across mixed makes and models — whether a unit talks ZigBee, LoRaWAN or nothing at all, the whole estate lands on one consistent feed.
The instant a valve closes, the event is pushed as a real-time alert routed by site, region, team and time of day, with escalation if it is not acknowledged — so a closed valve reaches a person instead of waiting for a tenant to call.
No. The sensors are UKCA marked, battery-powered and fit to existing valves without rewiring, with multi-year battery life designed to keep maintenance overhead low across a large rollout.
Yes. The same architecture runs a single-building pilot or thousands of valves across a national portfolio, with every valve on one dashboard and a timestamped audit trail throughout.
No. It is a visibility and alerting layer that strengthens the shut-off regime you already have: it reads valve state and alerts people, and it does not operate the valve or replace your plumbing design and insurance obligations.
Tell us how many sites and valves you manage and what is already fitted. We will shape a practical pilot that puts the estate on one dashboard.
Direct contact
Location
Venator House, Unit 9, 15-17 St Stephen's Road, Bournemouth
Dorset, BH2 6LA · VAT GB 409644484
Tell us about your estate, the valves already installed and how alerts need to reach your teams. An engineer will review it.