Today's sophisticated aquatic environments can contain dozens of individual systems.
Pumps. Valves. Filtration. Heating. Cooling. Sanitation. Chemistry. Lighting. Water Features. Spas. Fountains. Sensors. Schedules. Alarms.
Each performs a different function.
But the environment performs best when they don't operate independently.
White Water designs integrated aquatic control systems that bring equipment, monitoring, automation, scheduling, and operating logic together through one coordinated control architecture.
From a private residential retreat to a destination-scale aquatic environment, every controllable system becomes part of one intelligent operating strategy.
Control the experience—and everything behind it.
Every sophisticated aquatic environment depends on multiple systems knowing what to do, when to do it, and how to respond to everything around them.
White Water coordinates controls around the hydraulic, filtration, treatment, thermal, lighting, feature, electrical, and operational requirements of the complete aquatic environment.
Control. Monitor. Automate. Respond.
Not simply automation. Purpose-engineered system intelligence.
Turn Complex Operation Into Simple Experiences.
Pool mode. Spa mode. Swimming. Hydrotherapy. Entertainment. Away.
Behind a single command may be pumps changing speed, valves repositioning, heaters responding, filtration changing state, water features activating, and lighting transitioning.
White Water engineers operating modes around the desired experience—coordinating the equipment required to make each one happen.
One command for the user. Coordinated action behind it.
Pool & Spa Modes Coordinated operating configurations designed to transition multiple pieces of equipment between pool, spa, and specialty functions.
Valve Automation Actuated valves integrated with control logic to automatically redirect water as operating modes change.
Pump Control Variable-speed and compatible pumping systems coordinated with filtration, spa operation, water features, cleaning, and other hydraulic demands.
Temperature Control Heating and cooling equipment integrated with operating modes, temperature setpoints, schedules, and thermal demand.
Specialty Modes Custom operating configurations developed around unique water features, wellness environments, entertainment functions, or property requirements.
Control How the Water Moves.
Modern aquatic environments rarely operate at one flow rate all day.
Filtration may require one condition. Spa jets another. A waterfall another. Backwashing another. An interactive feature another.
White Water coordinates pumps, variable-frequency drives, valves, sensors, and operating logic so hydraulic performance can change intelligently with system demand.
Move the water required by the operating mode—not simply everything at full capacity.
Variable-Speed Pump Control Pump speeds coordinated with filtration, features, spa operation, cleaning, and other system demands.
Variable-Frequency Drives Commercial motor control integrated where appropriate to manage equipment speed, operating conditions, and energy use.
Automated Valve Control Actuated valves coordinated with pumps and operating modes to direct water through the required hydraulic circuits.
Flow Verification Compatible sensors used to confirm required water movement before dependent equipment is allowed to operate.
Hydraulic Sequencing Control logic designed to coordinate pumps, valves, and equipment in the appropriate sequence as operating conditions change.
Coordinate What Keeps the Water Exceptional.
Filtration and treatment systems shouldn't operate as disconnected equipment.
Flow affects filtration. Filtration affects treatment. Treatment depends on circulation. Chemical feed may depend on verified flow. Backwashing changes hydraulic conditions.
White Water coordinates filtration and water-quality controls so connected systems can operate as parts of one treatment architecture.
Exceptional water requires more than control. It requires coordination.
Filtration Control Operating schedules and control strategies coordinated with circulation demand and filtration requirements.
Automated Backwashing Compatible commercial filtration systems can be configured to initiate and manage cleaning cycles according to defined operating conditions.
Chemistry Control Compatible controllers integrated to monitor selected water-quality parameters and manage connected treatment equipment.
Chemical Feed Control Dosing equipment coordinated with chemistry controllers, flow verification, circulation, and operating logic.
Treatment Interlocks Control logic designed to prevent treatment equipment from operating when required system conditions are not present.
Deliver the Right Temperature When It's Needed.
Pools. Spas. Cold plunges. Hydrotherapy. Wellness environments.
Each may require a completely different temperature—and a completely different operating strategy.
White Water integrates heaters, heat pumps, chillers, heat exchangers, pumps, valves, sensors, and schedules so thermal systems respond intelligently to the requirements of each environment.
Don't simply control temperature. Control how the system achieves it.
Temperature Setpoints Independent temperature objectives established around individual aquatic environments.
Heating & Cooling Control Compatible thermal equipment coordinated according to water temperature, operating mode, and system demand.
Equipment Staging Multiple heaters, heat pumps, or other thermal units sequenced according to required capacity and control strategy.
Thermal Scheduling Temperature management coordinated around expected usage to reduce unnecessary operation.
Multi-Zone Temperature Control Independent thermal environments managed within one coordinated aquatic control architecture.
Control the Water People Experience.
Waterfalls. Fountains. Bubblers. Jets. Spillways. Rain curtains. Hydrotherapy. Fire-and-water features.
Each experience may involve pumps, valves, lighting, air systems, thermal equipment, or multiple operating sequences.
White Water develops feature controls around how each experience is intended to behave—not simply whether the equipment is on or off.
Activate an experience. Let the system manage what makes it happen.
Water-Feature Control Integrated operation of pumps, valves, and compatible equipment serving waterfalls, fountains, jets, bubblers, and specialty features.
Feature Sequencing Multiple components coordinated to start, operate, transition, and shut down in the appropriate sequence.
Hydrotherapy Modes Custom operating modes coordinating pumps, valves, air systems, temperature, and other wellness functions.
Fire & Water Integration Compatible systems coordinated where architectural fire and aquatic features are designed to operate together.
Custom Experience Modes Purpose-designed control sequences created around unique aquatic environments and specialized operating requirements.
Control What the Environment Becomes.
Lighting can transform an aquatic environment instantly.
Pool lights. Spa lights. Water-feature lighting. Landscape lighting. Architectural illumination.
White Water integrates compatible lighting and environmental controls so multiple elements can respond together—creating coordinated scenes rather than isolated commands.
One environment. One scene. An entirely different atmosphere.
Lighting Zones Independent control of compatible aquatic, feature, landscape, and architectural lighting areas.
Scene Control Preset environments coordinating selected lighting, water features, spas, and other compatible systems.
Color & Effect Control Compatible LED systems integrated for programmable colors and visual effects.
Event Modes Specialized operating scenes developed around entertaining, wellness, hospitality, or commercial programming.
Scheduled Environments Lighting and compatible features automatically coordinated around time, sunset, operating hours, or programmed events.
Make the Environment Respond to How It's Actually Used.
Not every system needs to operate continuously.
And not every system should operate the same way at every hour.
White Water develops schedules and operating logic around actual use, water-quality requirements, environmental conditions, equipment demands, and facility operation.
Automation should eliminate unnecessary decisions—not eliminate intelligent ones.
Time-Based Scheduling Equipment operation coordinated around defined daily and weekly operating periods.
Mode-Based Operation Systems automatically respond according to pool, spa, feature, wellness, or other selected operating modes.
Conditional Logic Compatible control platforms can respond to selected sensor values, equipment states, or operating conditions.
Equipment Prioritization Control strategies developed to coordinate competing demands where multiple systems share infrastructure or energy capacity.
Automatic Sequences Multi-step operations programmed to occur in the correct order without requiring repeated manual intervention.
Know How the Entire Environment Is Performing.
Knowing that equipment is on is useful.
Knowing whether the system is performing as intended is more valuable.
White Water integrates compatible sensors and monitoring technologies to provide visibility into selected hydraulic, filtration, treatment, thermal, equipment, and operating conditions.
Control tells the system what to do. Monitoring tells you what actually happened.
Flow Monitoring Visibility into actual water movement and selected hydraulic operating conditions.
Pressure & Vacuum Monitoring Instrumentation supporting insight into equipment and hydraulic-system performance.
Water-Quality Monitoring Compatible systems providing visibility into selected chemistry and treatment conditions.
Temperature Monitoring Sensors providing information across pools, spas, cold plunges, thermal equipment, and specialty environments.
Water-Level Monitoring Sensors and controls used to monitor and maintain operating levels in pools, spas, surge tanks, balance tanks, and other systems.
Equipment Status Visibility into the operating state of connected pumps, valves, heaters, filters, treatment systems, and other compatible equipment.
Know When Something Changes.
The value of monitoring increases when the system can identify conditions requiring attention.
Low flow. Abnormal pressure. Temperature deviation. Water-level condition. Chemistry alarm. Equipment fault. Communication failure.
White Water develops alarm strategies around meaningful operating conditions—helping transform system data into information that can support action.
Don't simply collect data. Know when the data matters.
Equipment Alarms Notifications generated by compatible equipment or control systems when abnormal operating conditions are detected.
Process Alarms Alerts based on selected hydraulic, treatment, temperature, water-level, or other monitored conditions.
Priority Conditions Alarm strategies organized around the significance of the condition and required operational response.
Remote Notifications Compatible platforms may deliver selected alerts through mobile, email, dashboard, or other supported communication methods.
Protective Responses Control logic may be designed to shut down, isolate, or modify selected operations when predefined conditions occur.
The Equipment Room Doesn't Have to Be the Only Place You Can See the System.
Modern aquatic control platforms can extend visibility beyond the property or mechanical room.
Compatible systems may provide access to equipment status, temperatures, water-quality information, schedules, lighting, features, alarms, historical trends, and selected control functions.
White Water integrates remote capability where it provides meaningful value to owners, operators, service teams, and facility management.
See more. Understand more. Respond sooner.
Mobile Control Compatible residential systems can provide smartphone and tablet access to selected aquatic functions.
Remote Dashboards Centralized interfaces providing visibility into compatible equipment and monitored conditions.
Status Notifications Remote messaging supporting awareness of selected equipment states and alarm conditions.
Historical Trends Recorded system information that can help identify operating patterns and changing conditions.
Multi-System Visibility Commercial platforms may consolidate multiple aquatic systems or environments within a centralized management interface.
Turn System Information Into Understanding.
A sophisticated aquatic system generates information continuously.
Temperature changes. Flow changes. Pressure changes. Equipment cycles. Chemistry moves. Filters load. Energy demand changes. Alarms occur.
Historical operating data can reveal patterns that a single instantaneous reading cannot.
White Water considers trending and reporting as part of the control architecture where ongoing operational visibility provides value.
Today's reading tells you what is happening. History helps explain why.
Historical Trending Compatible platforms can record selected operating parameters over time.
Performance Analysis Trend information can support evaluation of changing system conditions and equipment behavior.
Operational Reporting Commercial systems may provide reports supporting facility operation, water-quality oversight, maintenance, or management.
Maintenance Insight Changes in operating data can help identify conditions that warrant inspection, adjustment, or service.
Intelligence Requires Infrastructure.
Automation isn't simply a controller mounted to a wall.
Sensors. Relays. Actuators. Drives. Communication networks. Electrical systems. Control panels. Equipment interfaces. Programming. Connectivity.
Every component must communicate reliably with the systems around it.
White Water considers controls from the beginning so equipment, electrical infrastructure, hydraulics, treatment, sensors, communications, and operating logic can be designed as one coordinated architecture.
The interface may be simple. What makes it simple is the engineering behind it.
Control Panels Purpose-designed panels and control assemblies supporting centralized equipment operation and system logic.
Sensors & Instrumentation Measurement devices integrated to provide the information required for monitoring and automated response.
Actuators & Relays Control components translating system commands into physical equipment operation.
Communication Infrastructure Compatible wired and networked connections supporting communication between controllers, equipment, sensors, and remote interfaces.
Electrical Coordination Control requirements coordinated with electrical distribution, motor controls, equipment loads, and system infrastructure.
Engineered Around Who Controls the Water—and What They Need to Know.
A private residential aquatic environment and a destination-scale commercial facility may use many of the same underlying technologies.
How they need to be controlled can be entirely different.
Sophisticated Technology. Effortless Control.
Pool. Spa. Temperature. Lighting. Water features. Wellness. Schedules. Water care.
A luxury aquatic environment may contain sophisticated technology.
Owning it shouldn't feel complicated.
White Water integrates compatible systems so everyday operation can be consolidated into intuitive modes, schedules, scenes, and controls.
The homeowner selects the experience.
The system manages what happens behind it.
From Automation to Operational Intelligence.
Commercial aquatic environments require more than convenience.
They require awareness.
Higher water volumes. Multiple environments. Longer operating hours. Changing bather loads. Water-quality requirements. Mechanical systems. Staff. Maintenance. Energy demand. Alarms.
White Water develops commercial control architecture around centralized monitoring, automation, equipment coordination, alarm management, remote visibility, trending, and operational response.
Commercial automation isn't simply more control.
It's the infrastructure for understanding and managing the entire aquatic operation.
The interface changes.
The operational demands change.
The White Water standard doesn't.
Connecting Equipment Is One Thing. Engineering It to Think and Respond as One Environment Is Another.
Aquatic automation should never be expected to compensate for deficiencies elsewhere in the system. Intelligence Starts With Engineering.
White Water approaches automation as the intelligence layer of an already engineered aquatic system—connecting equipment, sensors, operating conditions, schedules, priorities, safeguards, and controls so the complete environment can operate as one.
Know What’s Happening.
Continuously capture conditions throughout the aquatic environment—from flow, temperature, chemistry, pressure, water level, equipment status, and other monitored operating conditions.
Turn Conditions Into Intelligence.
Convert sensor inputs and equipment status into meaningful operating data that provides visibility into what the system is doing—and what may require attention.
Determine What Should Happen Next.
Evaluate conditions against programmed parameters, priorities, schedules, operating modes, interlocks, and system requirements to determine the appropriate action.
Coordinate the Complete Environment.
Direct pumps, valves, filtration, treatment, thermal equipment, lighting, water features, and other compatible systems so individual components operate as part of one coordinated strategy.
Adapt as Conditions Change.
Automatically adjust system operation as demand, temperature, chemistry, schedules, operating modes, or other monitored conditions change—without requiring constant manual intervention.
Confirm the Intended Result.
Determine whether the commanded action produced the expected operating condition, provide visibility into system performance, and identify when actual operation differs from what was intended.
The objective isn't simply to issue commands.
It's to understand what is happening, determine what should happen next, execute the appropriate response, and verify that the intended result occurred.
Every Command Has A Purpose.
Every Response Has A Reason.
Every System Works As Part Of One Environment.
The Control Panel Doesn’t Make The System Intelligent.
The Engineering Behind It Does.
It's to give every system the information to understand what is happening, the logic to determine what should happen next, and the control to respond appropriately—at exactly the right time.
MONITOR. DECIDE. CONTROL. VERIFY. OPTIMIZE.
When properly engineered, sophisticated automation doesn't make the aquatic environment feel more complicated.
It makes complexity disappear.
Complexity Behind The Scenes. Simplicity At The Surface.
Knowing Equipment Is Operating Is One Thing. Knowing The System Is Performing Is Another.
Traditional automation can tell you what equipment has been commanded to do.
Intelligent monitoring goes further—providing visibility into what is actually happening throughout the aquatic environment, how conditions are changing, and whether the system is producing the intended result.
Knowing A Pump Is Running Is Useful.
Knowing the actual flow—and whether it matches the operating condition—is better.
Knowing A Heater Is Enabled Is Useful.
Knowing whether the water is reaching temperature, how quickly it is recovering, and whether thermal performance is meeting expectations is better.
Knowing A Treatment System Is Operating Is Useful.
Knowing how water-quality conditions are responding, changing, and trending over time is better.
Knowing A Filter Is Online Is Useful.
Knowing when operating conditions begin to change—and recognizing the pattern before performance is affected—is better.
Knowing A Valve Was Commanded Is Useful.
Knowing the system achieved the intended hydraulic condition is better.
Knowing Equipment Is On Is Useful.
Knowing whether the complete environment is operating as intended is what matters.
That's the difference between controlling equipment and understanding an aquatic system.
Control Tells The Environment What To Do.
Intelligence Tells You How The Environment Is Actually Performing.
Whether you're designing a private aquatic retreat or a destination-scale commercial environment, automation shouldn't be added after every other system has already been selected.
Sensors, controls, electrical infrastructure, equipment interfaces, hydraulics, treatment, thermal systems, lighting, communications, and operating logic should be considered together from the beginning.
Design the Experience. Engineer the Intelligence Behind It.
Your Partner for Extraordinary Aquatic Environments. Design-Driven Water. Engineered for Performance. Built Without Compromise.