When homeowners step outside and look at their swimming pool, they aren’t thinking about pumps, plumbing, or automation panels mounted on the equipment pad. What they see first is the water. Is it clear? Does it sparkle in the sunlight? Does it look inviting enough that they want to jump in right away? That moment of visual clarity is often the single most powerful signal homeowners receive about how well their pool is being cared for.

For pool professionals, that clarity represents the culmination of everything happening behind the scenes. Filtration systems are removing debris and particles, sanitizers are keeping the water safe, and balanced chemistry is protecting both swimmers and equipment. When those elements work together properly, the result is water that looks effortless — even though maintaining it requires skill and attention.

Yann Morvan, Product Line Leader for Smart Water Quality at Pentair Pool, believes water clarity ultimately becomes the defining measure of a service professional’s work.

“Water quality is essentially the signature of a pool professional’s work,” Morvan said. “It’s the most visible — or sometimes invisible — proof of their craftsmanship. If the water is always perfect every time a homeowner steps outside, that builds deep trust.”

That trust has a direct impact on customer relationships. When water quality is consistent, homeowners stop worrying about their pool and simply enjoy it. But when water turns cloudy or chemistry slips out of balance, confidence can erode quickly.

“Cloudy or unbalanced water is often the number one reason clients switch service providers,” Morvan said. “So the stakes are real.”

The Elements That Create Perfect Water Quality

Clarity Is Only the Beginning

When Pentair talks about “perfect water,” Morvan explains that the concept extends far beyond visual clarity. While homeowners may judge their pool primarily by appearance, the reality is that water quality is the result of multiple systems working in harmony.

“Perfect water is really an orchestra of different elements all working together,” Morvan said.

Clarity may be the most obvious indicator, but it only reflects what’s happening deeper within the system. Balanced chemistry plays a critical role, ensuring that pH, alkalinity, calcium hardness, and stabilizer levels remain within the proper range. Those factors protect pool surfaces and equipment while also helping sanitizers work effectively.

“You’ve got balance — the pH, the alkalinity, the calcium hardness, the CYA — all working together to protect both swimmers and the equipment,” Morvan said.

Sanitization: The Invisible Layer

The final component of healthy pool water is sanitization, which ensures the water remains safe for swimmers. Most pools rely on chlorine to eliminate contaminants, bacteria, and organic waste introduced through regular use.

“And then you’ve got sanitization — the invisible layer, typically chlorine, that makes the water genuinely safe,” Morvan said.

When clarity, balance, and sanitization are all working together, the difference becomes immediately noticeable.

“You get what I’d describe as a resort pool experience,” Morvan said. “That silky feel. No harsh smell. Water that just invites you in.”

If any one of those elements drifts out of balance, the experience begins to break down.

“The water might look dull, smell off, or worse — become unsafe,” he said.

Understanding Saltwater Pools

Debunking the “Chlorine-Free” Myth

Advances in pool technology have made it easier to maintain consistent water quality. One of the biggest changes over the past decade has been the widespread adoption of salt chlorine generators. Today, more than seventy percent of new inground pools in the United States are installed with salt systems.

Despite their popularity, Morvan says misconceptions about saltwater pools remain common.

“The biggest misconception we see is that salt pools are chlorine-free,” Morvan said. “That’s completely false.”

Saltwater pools still rely on chlorine to sanitize the water. The difference lies in how that chlorine is introduced into the system.

“Salt systems produce chlorine on-site from the dissolved salt in the water rather than requiring you to manually add tablets or liquid chlorine,” Morvan explained.

Instead of periodic spikes caused by adding chemicals, salt systems generate chlorine continuously.

“A salt system microdoses constantly,” Morvan said. “That gives you a much more stable chlorine level around the clock.”

How Salty Is a Salt Pool?

Another common misunderstanding involves the salt concentration itself. Many homeowners assume saltwater pools resemble ocean water. In reality, the difference is dramatic.

“A properly maintained saltwater pool runs at around 3,500 parts per million of salt,” Morvan said. “The ocean sits at roughly 35,000 parts per million.”

At those levels, most swimmers can’t even taste the salt.

“What people notice instead is that the water feels softer and more comfortable,” he said.

Salt systems reduce the need for manual chlorine additions, but Morvan cautions that they still require attention.

“Salt systems dramatically reduce maintenance, but they are not maintenance-free,” he said. “You still need to monitor pH, monitor salt levels, and eventually replace the cell.”

A Chlorine Factory Built Into the Pool

How Salt Chlorination Works

Salt chlorination works through a process known as electrolysis. Salt — sodium chloride — is dissolved directly into the pool water. As the water circulates through the plumbing system, it passes through a salt cell containing electrically charged plates.

“The salt cell has titanium blades coated with a special compound,” Morvan explained. “When electricity passes through those blades, it separates the chlorine from the sodium, and once it’s done sanitizing, it converts back into salt,” Morvan said. “So it’s essentially a closed loop.”

Because the salt is recycled during the process, it rarely needs to be replaced except when diluted through splash-out, backwashing, or heavy rainfall.

Designed With Service Pros in Mind

Easier Repairs Through Modular Design

Recent improvements in salt chlorine generators have focused heavily on making the equipment easier to service. Feedback from builders and technicians played a major role in the redesign of Pentair’s IntelliChlor units.

“Builders and service professionals told us they wanted equipment that fit the realities of the pad and the service call,” Morvan said.

One major improvement is the modular electronics design.

“The electronics module now clips on and off,” Morvan said. “If there’s an issue, you replace just that component instead of the whole cell.”

Improved Sensors and Diagnostics

Sensor technology has also been upgraded. The new sensor module measures temperature, water flow, and salinity simultaneously, providing more accurate information to technicians.

“The salinity reading is now about 98 percent as accurate as a lab-grade tester,” Morvan said.

The system also includes more than twenty diagnostic codes visible directly on the display, helping technicians identify problems quickly.

“The unit can tell you whether the issue is the cell, the power center, or the automation connection,” Morvan said.

Importantly, the redesign also simplifies upgrades.

“The new cell is a 100 percent drop-in replacement for existing IntelliChlor installations,” Morvan said.

Filtration Still Plays a Critical Role

Pleatco Technology Joins the Lineup

While sanitization keeps water safe, filtration removes the particles that cause water to appear cloudy. According to Morvan, the two systems must work in tandem to maintain consistent clarity.

“Sanitization and filtration really have to work together,” he said.

Pentair recently expanded its filtration lineup through the addition of Pleatco cartridge technology, which is now included in Pentair cartridge filters.

“Pleatco cartridges are now standard across Pentair’s cartridge filter lineup,” Morvan said.

Improved Flow and Debris Capture

Pleatco cartridges incorporate several design features intended to improve filtration efficiency. PurePleat technology keeps pleats evenly spaced, maintaining filtration surface area over time. Point-bonded filter media distributes debris capture across the entire cartridge surface, helping extend cleaning intervals.

Another design improvement focuses on water flow. Pleatco’s free-flow core maximizes the space water travels through, reducing pressure and improving overall system efficiency.

The Future of Pool Water Management

Moving Toward Predictive Care

Looking ahead, Morvan believes the pool industry is moving toward a more proactive approach to water management powered by connected technology and automation.

“The vision for predictive care is continuous monitoring of key parameters like pH, ORP, temperature, salinity, and flow,” Morvan said.

Sensors and automation systems can track those variables in real time, allowing the system to make small adjustments before conditions drift into problematic ranges.

“You’re not responding to cloudy water,” Morvan said. “You’re preventing the conditions that cause cloudy water.”

Automation also allows service professionals to monitor pools remotely and identify potential issues early.

“It’s almost like shifting from being a pool cleaner to being a water quality analyst,” Morvan said.

For Morvan, the goal remains simple: helping pool professionals deliver consistently great water.

“Water quality is not just a technical outcome,” Morvan said. “It’s an experience you deliver to your clients — and it’s the foundation of everything they think about your business.”

Ready to take a deeper dive?

Listen to our entire conversation with Yann Morvan on the Pool Magazine Podcast.

When pool season kicks off, there’s one piece of equipment that turns into the quiet workhorse of summer: the robotic pool cleaner. It’s the thing that shows up, does the dirty work, and doesn’t ask you to babysit it. Floors, walls, waterline, fine dust, leaves, “what even is that?” debris — a good robot handles it while you’re living your life.

And every year, the category gets a little more interesting. In 2026, we’re seeing smarter navigation that’s leaning into vision systems and mapping, more cordless options with better battery management, filtration that’s getting finer (and bigger), and a serious push toward convenience — app controls, scheduling, easier retrieval, and specialty modes for waterlines, corners, steps, and sun ledges.

Below is our breakdown of 10 new and notable robotic pool cleaners to watch in 2026, followed by a feature matrix to help you compare them side-by-side.

New Robotic Pool Cleaners in 2026

Aiper Scuba V3

Aiper keeps swinging for the fences in cordless cleaning, and the Scuba V3 is one of the more feature-forward models in the 2026 mix. The big headline here is Aiper’s navigation stack: the Scuba V3 is built around “VisionPath™,” which combines AI vision and dToF (depth/Time-of-Flight style sensing) to map and plan routes. In normal-people terms, it’s trying to “see” and understand the pool instead of just bouncing around like a Roomba with a chlorine habit.

The Scuba V3 is positioned as a floor, wall, and waterline cleaner, with a specific callout for horizontal waterline work via “JetAssist™.” That matters because waterline cleaning is where a lot of robots talk tough and then leave you with that grimy sunscreen ring anyway.

Key features include:

• VisionPath™ navigation using AI vision + dToF sensing
• JetAssist™ horizontal waterline cleaning
• Dual brushes with 4,800 GPH suction
• MicroMesh™ multi-layer filtration
• Multiple cleaning modes, including AI-driven route behaviors

Who it’s for:

Homeowners who want a modern cordless cleaner with a stronger emphasis on “smart” routing and better waterline attention than the average set-it-and-pray robot.

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Beatbot Sora 70

Beatbot’s Sora 70 comes in with a very clear value proposition: long runtime, big coverage, and a filtration setup that’s spelled out in actual numbers instead of marketing fog. The company positions it as a cordless cleaner built for comprehensive cleaning, but what makes it stand out in a crowded field is the published endurance and capacity.

Beatbot lists up to 5 hours of continuous floor cleaning and up to 7 hours of water-surface cleaning, with coverage claims up to 3,230 square feet. That’s a big deal for larger pools, for households that want fewer “charging breaks,” or for anyone who wants to run longer cycles without wondering if the thing is going to die in the deep end.

Filtration is also clearly specified: a 6-liter, 150-micron filter as standard, with an optional 3-micron filter accessory noted as coming later.

Key features include:

• Cordless operation with long runtime claims (up to 5h floor / up to 7h surface)
• Coverage claim up to 3,230 sq ft
• 6L / 150µm filter, with optional 3µm filter accessory (noted as coming later)
• Waterline cleaning behaviors described by the manufacturer
• App-style control and smart convenience features (parking/retrieval concepts are called out)

Who it’s for:

Pool owners who care about runtime and capacity — especially bigger pools — and want a modern robot with clearly stated filtration and coverage targets.

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Betta Flex

Let’s get something straight: Betta Flex is not an underwater vacuum robot. It’s a solar-powered, completely cordless surface skimmer — a different job, different lane, and honestly, a smart one.

Surface debris is the stuff that annoys you daily: leaves, bugs, pollen, grass clippings. If it floats long enough, it eventually sinks and becomes a bigger problem. A surface skimmer robot like Betta Flex is basically “preventative cleaning.” It keeps the top of the pool looking sharp and reduces how much junk makes it to the floor.

Betta positions the Flex as solar powered and cordless, with dual cleaning modes (Eco and Normal), and “24/7 continuous cleaning.” It’s also marketed as compatible with infinity pools, above-ground pools, and in-ground pools. For homeowners who hate manual skimming, this thing can quickly become the one robot you notice the most — because you see the results constantly.

Key features include:

• Solar-powered operation and completely cordless
• Continuous surface skimming concept (marketed as 24/7 cleaning)
• Dual cleaning modes (Eco and Normal)
• Compatibility claims: infinity / above-ground / in-ground
• Stated pool size coverage up to 40 ft × 60 ft

Who it’s for:

Anyone who’s tired of skimming, or anyone who wants to pair a surface skimmer robot with a separate underwater cleaner for a one-two punch.

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Mova Diver A10

MOVA Diver A10 is the “serious suction, serious waterline” entry in the 2026 lineup. It’s positioned as a cordless, AI-powered robotic pool cleaner designed to balance strong mechanical performance with smarter path planning — and if you’ve ever watched a robot miss the waterline ring or take inefficient zig-zag laps across the floor, you’ll understand why that pitch matters.

According to the published specs, the Diver A10 is built for in-ground and above-ground pools up to approximately 1,900 square feet. It features a 6,000 GPH suction system powered by triple brushless motors, along with EdgePulse™ and PoolNavi™ adaptive navigation designed to improve route efficiency and full-pool coverage. One of its standout differentiators is dual-pass waterline scrubbing, with the ability to reach slightly above the waterline to tackle oils, algae, and residue buildup more aggressively than single-pass systems.

The Diver A10 also includes a 3.5-liter debris basket with ultra-fine filtration, plus an optional 3-micron ultra-fine screen for capturing smaller particulate matter. App-based scheduling allows up to four cleanings per week, and the unit can remain submerged in standby mode and automatically reactivate for scheduled cycles. Runtime is listed at up to 4 hours, with auto-parking and easy-lift retrieval built into the design.

Key features include:

• 6,000 GPH suction powered by triple brushless motors
• EdgePulse™ and PoolNavi™ adaptive navigation
• Dual-pass waterline scrubbing reaching slightly above the waterline
• 3.5L debris basket with ultra-fine filtration and optional 3µm screen
• App-based scheduling (up to four cleanings per week)
• Runtime claim up to 4 hours

Who it’s for:

Pool owners who want stronger suction and more deliberate waterline cleaning in a cordless robot — especially in mid-to-large residential pools where performance and scheduling flexibility matter more than novelty features.

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WYBOT S2 Solar Vision

WYBOT’s S2 Solar Vision is one of the more interesting “hybrid power + smart behavior” releases for 2026. The big hook is in the name: solar-assisted charging paired with a vision-based mode. WYBOT positions it as an underwater solar-powered robotic pool cleaner with dual charging methods (Solar and DC).

The key nuance here — and it matters — is that WYBOT’s “AI Vision Mode” is described as floor-only. That means if you’re buying it specifically because you think the camera/vision system is going to hunt debris on walls and waterlines, you’ll want to understand that limitation. Still, as a cordless robot with solar assist and app scheduling, it’s trying to reduce the “charge anxiety” that comes with battery units.

WYBOT lists a runtime of 2.5 hours+ and coverage up to 3,229 square feet. The filtration system is described as a 180-micron filter box plus an ultra-fine sponge layer.

Key features include:

• Dual charging: Solar & DC
• “AI Vision Mode” noted as floor-only
• 2.5h+ runtime claim
• Coverage claim up to 3,229 sq ft
• Filtration: 180µm filter box + ultra-fine sponge
• App control and scheduling functions

Who it’s for:

Sunny-climate pool owners who like the idea of solar assist, want cordless convenience, and want a clearer expectation around where vision mode applies.

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Dolphin Nautilus EON 120D

The Dolphin Nautilus EON 120D is the flagship cordless cleaner from Maytronics’ new EON series, built to deliver extended performance and true total pool coverage. Positioned above its EON 100 sibling, the 120D adds professional-level features for debris handling and runtime — and if you’ve ever watched a conventional robot struggle on sun ledges, steps, or waterline buildup, you’ll appreciate what this machine brings to the table.

According to the product details, the EON 120D is engineered to handle floors, walls, waterlines, corners, steps, and ultra-shallow ledges with a combination of SmartMap navigation and JetIQ design that helps it adapt to pool geometry and clean efficiently end-to-end. Its patented DebrisLock closed filtration technology not only traps ultra-fine particles, it also auto-backwashes to reduce how often you have to interrupt cycles for filter cleaning — a significant convenience for busy pool owners.

One of the most talked-about aspects of the EON 120D is its UltraRun scheduling concept, which Maytronics positions as capable of keeping the entire pool clean for up to 2.5 weeks on a single battery charge when used with lighter scheduled cycles. App control via the Maytronics One app brings scheduling, remote monitoring, and troubleshooting to your phone, reducing the time you spend managing maintenance.

Key features highlighted include:

• Cordless freedom with no cable to manage
• UltraRun cleaning scheduler, capable of long-interval coverage
• SmartMap navigation that learns pool shape and obstacles
• DebrisLock closed filtration with auto backwash
• App-based scheduling, monitoring, and alerts
• Total pool coverage including floors, walls, waterline, steps, sun ledges, and corners

Who it’s for:

Pool owners who want a premium cordless robotic cleaner with next-level filtration and scheduling, minimal maintenance interruptions, and the ability to cover every inch of the pool — even areas many robots can’t consistently reach.

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Dreame Z1 Pro

Dreame enters the pool-cleaning world with a cordless product that reads like it came from a robotics company first and a pool company second — which can be a good thing when software and mapping are improving faster than traditional categories.

The Dreame Z1 Pro is a floor/wall/waterline cleaner with strong published flow numbers. The company lists suction performance up to 8,000 GPH, runtime stated as over 180 minutes (depending on the version/config shown), and charging time listed in the 4–6 hour range. Coverage is listed up to 2,160 square feet.

Those are the kinds of specs shoppers can actually compare — and it puts Z1 Pro in a pretty competitive part of the cordless market where buyers want performance without paying “flagship tax.”

Key features include:

• Cordless cleaning for floor, walls, and waterline
• Suction claim up to 8,000 GPH
• Runtime listed as 180+ minutes
• Charging time listed as 4–6 hours
• Coverage claim up to 2,160 ft²

Who it’s for:

Homeowners who want a serious cordless cleaner with published suction and runtime specs they can weigh against other 2026 releases.

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iGarden K Pro Pool Cleaner

The iGarden K Pro is the outlier in this lineup — in a good way — because the runtime and coverage claims are wildly beyond what most people expect from cordless robots.

iGarden markets the K Pro with a stated 10 hours of runtime and up to 15,500 square feet of coverage (noted on a floor-cleaning basis). If those numbers translate into real-world consistency, this is the kind of unit that shifts how people think about battery robots. Instead of “run a cycle, recharge, run again,” the concept becomes “this thing can live in the pool and just keep going.”

The K Pro positioning leans hard into app control and smart route optimization, paired with high-capacity operation that’s clearly aimed at large residential pools, high-use pools, and owners who want fewer interruptions.

Key features include:

• Runtime claim up to 10 hours
• Coverage claim up to 15,500 ft² (floor cleaning basis)
• App-enabled control and route optimization positioning
• High-end endurance positioning relative to typical cordless robots

Who it’s for:

Big pools, high debris environments, and pool owners who want maximum runtime without constantly managing charging cycles.

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Seauto SAT40

Seauto’s SAT40 is a cordless cleaner that spells out its cleaning modes clearly — and that’s important, because for many pool owners the real value isn’t “can it clean?” It’s “can I tell it exactly what to clean today?”

The SAT40 is described with four modes: Auto, Waterline, Floor-only, and Wall-only. It also calls out horizontal waterline cleaning via “WaveLine Technology,” plus a dual filtration setup that includes a 250-micron filter basket and an ultra-fine 2-micron filter. Basket capacity is listed at 5 liters with top-load access. Pool coverage is listed up to 2,150 square feet.

Key features include:

• Cordless operation
• Four cleaning modes: Auto, Waterline, Floor-only, Wall-only
• Horizontal waterline cleaning claim (WaveLine Technology)
• Dual filtration: 250µm basket + 2µm ultra-fine filter
• 5L top-load debris basket
• Coverage claim up to 2,150 sq ft (in-ground)

Who it’s for:

Pool owners who want targeted modes (especially waterline), plus a filtration setup that’s designed to catch both big debris and fine particulate.

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Talosbo Pleco Pro

Talosbo’s Pleco Pro comes in as a cordless, in-ground focused robot built to cover the full “floor/walls/waterline” workload with published suction numbers and a straightforward spec sheet.

The Pleco Pro lists suction power at 4,000 GPH and positions itself for pools up to about 2,153 square feet (200㎡). It also calls out brushless motors — both for the drive system and pump motor — which is generally a good sign for efficiency and long-term durability.

Key features include:

• Cordless cleaning for floor, walls, and waterline
• Suction claim: 4,000 GPH
• Pool size claim: 2,153 sq ft / 200㎡
• Brushless drive motors and brushless pump motor (as listed)

Who it’s for:

Buyers who want a cordless, all-surfaces robot with clear suction and pool-size targets, without getting lost in gimmicks.

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2026 Robotic Pool Cleaner Comparison Matrix

Model	Cordless	Solar	Coverage	Scheduling	Runtime
Aiper Scuba V3	Yes	No	Floor / Wall / Waterline	Brand-noted	Up to 150 minutes
Beatbot Sora 70	Yes	No	Surface / Floor / Wall / Waterline	Yes	Up to 5h floor / 7h surface
Betta Flex	Yes	Yes	Surface only	Mode selection	Solar continuous concept
MOVA Diver A10	Yes	No	Floor / Wall / Waterline	Yes (App scheduling)	Up to 4h
WyBot S2 Solar Vision	Yes	Yes	Floor / Wall / Waterline (AI Vision floor-only)	Yes	2.5h+
Dolphin Nautilus EON 120D	Yes	No	Floor / Wall / Waterline / Steps / Sun ledge / Corners	Yes (App scheduling)	Up to 2.5-week cleaning concept
Dreame Z1 Pro	Yes	No	Floor / Wall / Waterline	Brand-noted	180+ minutes
iGarden K Pro	Yes	No	Floor (primary published basis)	Yes (App scheduling)	Up to 10h
Seauto SAT40	Yes	No	Floor / Wall / Waterline	Mode selection	Not clearly published
Talosbo Pleco Pro	Yes	No	Floor / Wall / Waterline	Not specified	Not clearly published

Why Investing in a Robotic Pool Cleaner Still Makes Sense

Here’s the truth: the best robotic pool cleaner doesn’t just save time — it changes how your pool feels day-to-day. Cleaner water, less debris cycling through the system, fewer “I’ll do it tomorrow” moments, and a pool that looks maintained even when life gets busy.

Robots also help reduce the burden on your main circulation system because they’re capturing debris in their own filters and scrubbing surfaces directly. That can mean less manual brushing, fewer leaf piles sitting on the floor, and less grime building up at the waterline.

If you’re shopping for a new robotic pool cleaner in 2026, you’ve got more legitimate options than ever: long-runtime cordless models, solar-assisted units, specialized surface skimmers, and “smarter” navigation systems that are actually being marketed with real specs you can compare. Hopefully this roundup makes the buying decision a little easier — and gets you one step closer to a summer where the robot does the work and you just enjoy the pool.

As spring approaches and the pool season begins to ramp up, automation quickly rises to the top of the list of topics pool professionals discuss with homeowners. Customers want pools that are easier to manage, more efficient to operate, and capable of maintaining consistent performance without constant attention.

For builders and service companies, automation offers a different kind of value. Connected systems can provide better visibility into equipment performance, reduce troubleshooting time, and help identify issues before they turn into costly service calls.

It’s no surprise that the topic continues to dominate conversations heading into every pool season.

Over the past few years, one of the pool automation platforms gaining attention among pool professionals is The Attendant, a connected automation and monitoring system developed by Poolside Tech. The platform combines equipment automation with system monitoring and data visibility, creating a tool designed to help both homeowners and service professionals better understand how their pools are operating.

While many automation systems are designed around specific equipment ecosystems, Attendant was built to integrate with a wide range of pool equipment, giving builders and service companies flexibility when designing or upgrading equipment pads.

But compatibility is only part of the story.

The larger goal behind the platform is to expand the role automation plays in how pools are monitored and maintained.

“Automation used to basically turn things on and off,” explained Ben Forrest of Poolside Tech. “Now we’re talking about systems that think, adapt, and prevent problems before they happen.”

Building an Intelligent Pool System

Traditional automation systems have historically focused on equipment control. Pumps can be scheduled to run at certain times, heaters can be turned on remotely, and lighting systems can be coordinated through a mobile app.

The Attendant builds on that concept by introducing a deeper layer of monitoring and diagnostics.

Through connected sensors and equipment integration, the system collects operational data from the equipment pad and makes that information accessible through a cloud-connected interface. Homeowners and service professionals can observe how pumps, heaters, and other components are operating in real time, providing insight that goes far beyond simple scheduling.

For service professionals, that level of visibility can change how pools are managed. Instead of discovering issues during routine weekly visits, technicians can receive alerts when equipment begins to behave outside its normal operating range.

A pump drawing unusual power, a heater cycling incorrectly, or changes in water conditions can trigger notifications that allow technicians to respond quickly—often before the homeowner even realizes something is wrong.

For homeowners, the system provides peace of mind that their pool is being monitored continuously rather than only during scheduled service visits.

The Attendant Product Line

Poolside Tech has developed several versions of the Attendant platform designed to support different types of installations.

The Attendant

At the center of the lineup is the flagship Attendant controller. Designed for installations where multiple pieces of equipment must operate together, the system functions as a central hub capable of coordinating pumps, heaters, valves, and sensors while collecting operational data about how the system is performing.

Because the platform is cloud-connected, both homeowners and service professionals can access system data remotely through the Attendant interface. Instead of relying solely on periodic inspections at the equipment pad, users can observe system performance in real time.

The goal is to move automation beyond fixed schedules and toward systems that provide a clearer picture of how equipment is operating throughout the day.

The Attendant Mini & The Attendant Mini + Chemistry

For installations that do not require the full scale of the flagship controller, Poolside Tech offers a compact alternative in the Attendant Mini.

The Attendant Mini delivers many of the same monitoring and automation capabilities in a smaller footprint designed for residential equipment pads. Despite its size, the system still integrates with pumps, heaters, and monitoring devices while providing remote access and system alerts through the Attendant platform.

For pool pros, the Attendant Mini offers an accessible entry point for introducing connected automation to residential customers without requiring the larger automation cabinets typically associated with advanced systems.

The platform expands further with the Attendant Mini + Chemistry configuration.

This version incorporates probe-based sensors that continuously monitor water balance parameters such as pH and sanitizer levels. Instead of relying exclusively on manual testing during service visits, the system provides ongoing readings that allow service professionals to observe trends in water chemistry over time.

“If a builder offered homeowners a system that keeps chlorine and pH perfect no matter how many kids are in the pool,” Forrest said, “almost everyone would say yes—as long as it’s affordable.”

By integrating water monitoring with equipment automation, the Attendant platform aims to help service professionals maintain more consistent water conditions while reducing the guesswork that often accompanies traditional testing routines.

Building Momentum Across the Industry

While the Attendant platform has steadily evolved over the past several years, Poolside Tech has also been working to introduce the technology directly to the professionals who build and service pools every day.

In recent seasons, the company has made a strong presence at industry trade shows, conferences, and educational events, demonstrating the platform to builders, service companies, and distributors across the country.

Those efforts have helped Poolside Tech build a growing network of partnerships across the pool industry, beginning with major manufacturers like Latham and extending to distribution relationships with organizations such as POOLCORP and Heritage Pool Supply.

The company has also developed connections with several prominent industry buying groups, including Carecraft, United Aqua Group (UAG), and Master Pools Guild (MPG). These organizations help introduce new technologies to members who are continually looking for tools that can improve operational efficiency and customer experience.

Pool Pros Embracing Connected Automation

Service companies have also begun exploring how connected monitoring platforms can improve day-to-day operations. Organizations such as Poolwerx are working with Poolside Tech in their efforts to streamline service routes, reduce troubleshooting time, and provide greater visibility into pool performance between service visits.

Companies such as Shasta Pools are also exploring how connected monitoring platforms can support both sides of their operation. As a company that builds pools while also maintaining a large service and repair division, Shasta is working with Poolside Tech to adopt automation and monitoring technology that gives homeowners greater visibility into how their pool systems are performing while helping technicians keep a closer eye on equipment between service visits. For Shasta, integrating connected automation is part of a broader effort to improve the long-term ownership experience as smart home technology continues to expand into the backyard.

A Changing Landscape for Pool Automation

Automation has come a long way from the simple timers that once controlled pumps and heaters.

Today’s connected systems provide real-time insight into equipment performance, allowing homeowners and service professionals to monitor pools more effectively than ever before.

Platforms like Attendant represent an evolution in how automation is being designed—combining equipment control, monitoring, and operational data into a single connected environment.

As the new pool season approaches and automation once again becomes a central topic of conversation, it’s clear that the technology is continuing to evolve.

That’s why this spring, the goal is no longer just convenience. It’s making pools easier to manage, more efficient to operate, and better understood by the people responsible for keeping them running.

Photo Credits: Poolside Tech, Latham