Automatic filling
Configured tank thresholds initiate the refill workflow so operators do not have to manually switch pumps.
SMART WATER AUTOMATION / GIZMO
Water infrastructure.
Water infrastructure.
Under control.
AquaFlow automates tanks, valves and pumps from a single tank to a campus-scale site — while keeping protection and operating decisions close to the equipment.
0.5–20 HPlisted motor range
Five device rolesmodular field architecture
Wi-Fi + 4Gcontroller connectivity
AQUAFLOW / SITE CONTROL
Site schematic · tanks · alerts · telemetry
INTERACTIVE SYSTEM SIMULATION
Watch the control logic, not a cartoon.
Trigger a refill demand and follow the same disciplined sequence a professional automation system should communicate: detect, verify, actuate, confirm, authorize, monitor and shut down. Then try to break it.
AQUAFLOW / SITE-01
SYSTEM READY · MONITORING
60
Verified sequence
01
Demand detected
Tank reports refill threshold.
02
Path checked
Local rules evaluate the route.
03
Valve commanded
Actuation is requested.
04
Movement confirmed
Positive feedback required.
05
Pump authorized
Only after confirmation.
06
Flow monitored
Fill continues under supervision.
07
Safe shutdown
Pump off → valve close.
VALVE:CLOSED
PUMP:READY
RADIO:ONLINE
CLOUD:ONLINE
LEVEL:100%
Local fallback
Manual switch at the panel still works. Right now. No batteries, no app, no signal required.
PLATFORM CAPABILITIES
Built around the problems that cost water, time and motors.
Every function has a practical job: automate filling, protect equipment, reduce waste, expose consumption and make the site visible without turning it into a complicated control room.
Site control / live operating viewLIVE SCHEMATIC
Live telemetry
Know what is happening at the site. Live flow, pump condition and storage level can be read from one operational view.
Actionable alerts
Find abnormal behaviour before it becomes a bigger problem. Leak, high-flow and equipment alerts stay visible in context.
Motor protection
Dry-run, overload, voltage, phase and overheating protection form part of the operating concept.
Overflow control
Target levels stop unnecessary pump runtime and help reduce avoidable water loss.
Consumption visibility
Per-tank and time-based usage views help identify abnormal consumption and possible leaks.
Water quality options
Optional TDS, turbidity and temperature sensing can be integrated where the application requires it.
Remote visibility
Levels, pump state and alerts are available from the app and dashboard wherever the site is.
MOBILE CONTROL
Real screens. Real operating flows.
The mobile experience uses the actual AquaFlow product screens. Each one communicates a specific operating task.
01Every tank at a glance — level, quality and valve state
02Usage views and instant leak/fault alerts
03Schedules and live telemetry
04Manager dashboard for usage, leaks and active alerts
05Live site schematic for flow, pumps and zones
AQUAFLOW / TANKS
Tank monitoringLevels • valves • TDS • turbidity • temperature
AQUAFLOW / ANALYTICS
Usage and leak analyticsConsumption trends • alerts • tank ranking
AQUAFLOW / SCHEDULE
Scheduling and live telemetryScheduled irrigation • manual pulse • system status
ANALYTICS AND MANAGEMENT
Turn site telemetry into decisions.
Move from a live schematic into consumption analysis, alert context and tank-by-tank comparison.
Analytics dashboardUSAGE BY TANK
Compare consumption across the site and isolate abnormal tanks.
From operator view to management viewSITE OVERVIEW
Watch active alerts, total usage and ranked tank performance from the same platform.
ARCHITECTURE
Modular at the site. Clear in the interface.
Each unit has one job. Use the ones a site needs, and add capacity as it grows.
Site Controller
The brain of the installation, one per site. Holds your configuration, decides which pump fills which tank and in what order, keeps a full history, and is what your app talks to.
Tank Node
Measures the water level in a tank — overhead, underground sump, open well or borewell. It only measures and reports; it never controls anything.
Valve Node
Opens and closes one motorised valve on command, and reports back that it actually moved. A valve that is stuck is detected, not silently assumed to have worked.
Combo
A Tank Node and a Valve Node in one unit where a site needs both a level reading and a valve at the same location.
Combo-P
Adds direct control of a small pump (up to 1 HP, single-phase) to a Combo unit, for simple sites such as a borewell feeding a single small tank.
Pump Guard
The dedicated protection unit for any pump, of any size, single- or three-phase. It watches current, voltage and phase — and on higher tiers, motor temperature and vibration trend.
Combo-P is not a Pump Guard
Combo-P switches the pump's power directly, which is why we cap it at small, single-phase motors with their own built-in thermal protection. Pump Guard never switches motor power — it closes the control coil of your existing starter, with your starter's overload relay always in the circuit. That is what lets Pump Guard protect a motor of any size.
MULTI-TANK VISIBILITY
One site. Every tank. One operating picture.
AquaFlow is designed to scale from a single installation to multiple tanks and zones, with the site presented as a coherent system rather than disconnected devices.
Tank A
NORTH / PRIORITYLEVEL64%
VALVECLOSED
Tank B
SOUTH / READYLEVEL76%
VALVECLOSED
Tank C
SERVICE / RESERVELEVEL43%
VALVECLOSED
SAFETY ARCHITECTURE
Safety is an architecture, not an icon.
The system separates fallback, local protection, operating rules and cloud visibility so the most important protections do not depend on a single network path.
Designed to fail safely.If a required condition is not confirmed, the sequence does not blindly continue.
AquaFlow never switches motor power directly for a protection unit. It closes and opens the control coil of your existing motor starter, with your starter's overload relay always left in the circuit.
The app never starts or stops a pump. It can request a fill; the controller and the protection unit decide, and can refuse. This is not a current limitation — it is a permanent design rule.
USE CASES
Designed around how water systems actually operate.
The same platform across storage, pumping, irrigation, analytics and alert-driven operations.
Tank networks
Monitor main reservoirs, overhead tanks and processing points with level, water-quality and valve status in one view.
SEEN IN: MOBILE TANKS + HOME DASHBOARDWater consumption
Track usage by tank, compare historical behaviour and surface unusual consumption or suspected leaks.
SEEN IN: USAGE + ANALYTICSEquipment visibility
Keep pump condition, flow and temperature visible alongside overall site status.
SEEN IN: SCHEMATIC DASHBOARDScheduled zones
Combine scheduled irrigation, manual pulses and live zone telemetry with a site-level schematic.
SEEN IN: SCHEDULE + SCHEMATICAlerts and response
Keep anomalies in context with alerts for leakage, high flow and water-quality conditions.
SEEN IN: MOBILE USAGE + ANALYTICSSite oversight
Move from individual equipment to overall site status, consumption performance and exception management.
SEEN IN: DASHBOARD ANALYTICS
DEPLOYMENT
From survey to support.
01Site assessment
02Supply & installation
03Commissioning & testing
04Mobile app & dashboard
05Training & handover
06Support & updates
FREE SITE ASSESSMENT
Bring us your water system.
Approximate answers are fine. Share the site basics and GIZMO can understand the tanks, pumps, storage and automation level involved.
✓ Single tank to campus-scale sites
✓ Existing starters: DOL, star-delta, submersible, VFD/soft starter
✓ 0.5–20 HP motor range listed by GIZMO
✓ Optional TDS, turbidity, temperature and flow sensing