Water Automation site overview on a laptop
EDEvery drop visible. Every valve within reach.

Every drop visible. Every valve within reach.

Water Automation brings construction water, drinking-water storage, and domestic supply into one connected workspace. From sensor to cloud to valve, site teams can see what is happening and act where it matters.

Industries
Business Automation, Enterprise Software
Capabilities
UI/UX Design, Data Engineering, Cloud and DevOps, Security Engineering, Analytics
Solutions
Data Analytics, Supply Chain & RFID, Business Automation, IoT
Scope
IoT water management platform

What We Delivered

  • IoT sensor networkFlow, pressure, tank levels, and device health in context.
  • Cloud operations dashboardOne view across construction, drinking, and domestic water.
  • Remote valve controlFloor-level actions, schedules, and monitored shutoff.
  • Alerts & operational reportsPrioritized issues with location, duration, and usage history.

TL;DR — Project Summary

One site. Three water networks. One operational view.

Waterfall Automation tracks construction-water delivery floor by floor, plans drinking-water supply against available storage, and detects unattended domestic flow. Connected sensors, cloud monitoring, and valve controls give site teams one workspace to monitor usage, prioritize issues, and respond.

Outcomes

  • See consumption, storage, and device status together
  • Locate a problem down to its floor and water point
  • Connect alerts to remote actions and automatic shutoff
Water Automation site overview displayed on a laptop

Opportunity

On a construction site, water moves from basement tanks through pumps and risers to dozens of floors and outlets. The team needs more than a total meter reading: it needs to know where water is needed, where it is flowing, and when that flow should stop.

Water Automation laptop dashboard with a building digital twin, consumption chart, and storage levels

Construction water, floor by floor

A digital twin connects the pump room, risers, and floor-level outlets. Flow, pressure, valve state, and runtime help supervisors identify low pressure or prolonged use.

Plan supply before storage runs low

Tank levels sit alongside expected demand and minimum reserves. Drinking-water visibility supports tanker recommendations and delivery planning.

Track usage across the whole site

Consumption trends and operational reports bring construction, drinking, and domestic water into a shared view of site performance.

Water Automation laptop dashboard with domestic water-point status and continuous-flow valve controls

See every domestic water point

Water-point status distinguishes normal usage, scheduled supply, continuous flow, and closed outlets, with a location for every reading.

Prioritize issues with context

Alerts show the affected floor, flow rate, duration, and estimated volume. Critical pressure and continuous-flow issues take priority alongside low-storage warnings.

Control valves and follow the response

Always-available, scheduled, and monitored operation support different water needs. Operators can shut off connected valves and review command history, while monitoring rules provide automatic shutoff.

Water Automation dashboard connecting construction-water delivery and storage visibility

One site. Three water networks. One operational view.

A pressure issue can interrupt curing on an upper floor. A low tank can put supply at risk. An unattended tap can keep running after everyone has walked away. Manual rounds make these problems slow to locate and difficult to prioritize.

Water Automation domestic supply dashboard with water-point status and valve control

Waterfall Automation: built around the operating model

The operating layer connects sensor readings to a site model, presents exceptions with their location and context, and gives authorized operators a clear next action. Scheduled and monitored valves help turn visibility into control.

The Story, in Parts

One project spans multiple capabilities, so each part pairs its own challenge with the solution Stackera built.

  1. IoT + Sensors

    Sense the physical network

    Challenge
    A total meter reading cannot identify the floor, tank, or outlet that needs attention.
    Solution
    Map flow and pressure sensors, tank-level readings, pumps, and valve states to named water points. Surface device connectivity alongside the latest reading.
  2. Cloud + Data

    Understand the site in the cloud

    Challenge
    Separate readings make it difficult to understand supply, demand, and abnormal consumption together.
    Solution
    Organize telemetry into construction, drinking, and domestic networks. Show consumption trends, storage reserves, runtime, and prioritized alerts in one workspace.
  3. Valves + Automation

    Close the loop with control

    Challenge
    Finding an issue still leaves a physical journey between the operator and the water point.
    Solution
    Pair each alert with a relevant action: inspect the floor, review water balance, or shut off a monitored outlet. Display command history and confirmed valve state for follow-through.

Results & Impact

Waterfall Automation connects consumption, storage, and equipment status with the actions site teams need. Supervisors can locate water-related issues, review their context, and control connected valves from a shared operational view.

Water Automation dashboard on a laptop with site consumption, tank levels, and a building water-network digital twin

Every drop visible. Every valve within reach. · Waterfall Automation

Make water use measurable. Make intervention simpler.. Waterfall Automation tracks construction-water delivery floor by floor, plans drinking-water supply against available storage, and detects unattended domestic flow. Connected sensors, cloud monitoring, and valve controls give site teams one workspace to monitor usage, prioritize issues, and respond.

Why It Matters

Waterfall Automation connects consumption, storage, and equipment status with the actions site teams need. Supervisors can locate water-related issues, review their context, and control connected valves from a shared operational view.

See what a connected iot automation platform could change in your operating model.

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