Vitii

The Pump Cycle and the Weather Forecast

Opening the Vitii app for the first time presents a dashboard that shows your pool's current status. The system runs a pump cycle based on a schedule you set. But the interesting part is what happens when the weather forecast predicts heavy rain. The app uses that localization data to adjust the filtration schedule. It shortens the cycle or delays it. This prevents the filter from working overtime when the water chemistry is already being diluted by rainfall. The bio-mineral injection, which adds calcium and magnesium, also shifts. The system calculates the new mineral demand based on the predicted dilution. This is not a simple timer. It is a response to real-world conditions. The app does this without any input from the pool owner. The filter wash cycle, which backwashes to remove trapped bacteria, also gets rescheduled. The app looks at the weather and decides if a wash is needed before the rain or after.

This predictive behavior is the core of the Vitii system. The app does not just run a pump on a loop. It monitors the environment. It checks the local weather through its connected service. It looks at the pool's current mineral levels. Then it decides the best time to run the filter and when to inject more minerals. The dashboard shows these decisions in real time. You see a countdown to the next scheduled action. You can override it manually, but the system learns. Over time, it adapts to your pool's specific response to weather events. This is a level of automation that goes beyond what a standard pool timer offers. It is closer to a smart home device that learns your habits.

Vitii Versus a Standard Pool Timer

A standard pool timer runs the pump for a set number of hours per day, regardless of conditions. It does not care if it rained or if the sun is out. It just runs. The Vitii app, by contrast, uses data. It takes the weather forecast and the pool's actual water quality readings to decide when to act. This is the key difference. A timer is a blunt instrument. The app is a precision tool. The timer wastes energy on days when the pool does not need filtration. The app saves energy by running only when needed. The timer also does not alert anyone if something goes wrong. The app sends an alert to the maintenance person's phone. This makes a difference for public pools or large private pools where problems might go unnoticed. The timer is cheap. The app is part of a larger system. But for pool owners who want to reduce chemical use and save on electricity, the app offers a clear advantage over a basic timer. The app also provides historical data. You can see how the pool performed over the last week or month. A timer gives you no such insight.

What the Changelog Actually Says

The Play Store changelog for the Vitii app is short. It simply states: "Disponibilité de la nouvelle app Vitii." This translates to "Availability of the new Vitii app." There is no detailed list of bug fixes. There is no mention of performance improvements. The developer, Aquatic Science, has not published a long history of updates. This is common for niche industrial or utility apps. The focus is on getting the app to work with the hardware. The changelog does not reveal much about what changed inside the code. But the app itself has evolved. The version shown on the Play Store is the current one. The app is still active. The last update was recent, based on the Chrome-Stats data. The lack of a detailed changelog means users have to rely on the app's performance to judge changes. The developer seems to treat the app as a stable companion to the physical filtration system. Major changes are likely tied to new hardware releases, not software features alone.

When the Filter Goes Into Backwash Mode

The backwash cycle is a critical part of any pool filtration system. It reverses the water flow to flush out trapped debris and dead bacteria. The Vitii app manages this cycle automatically. The system monitors the pressure differential across the filter. When the pressure rises above a set threshold, the app triggers a backwash. This is not a scheduled event. It is a response to actual filter load. The app also considers the time of day. It avoids running the backwash during peak usage hours. This is a niche detail, but it matters for pool operators. The backwash consumes water. The app tries to minimize water waste by only running it when necessary. This is a practical limitation. The app cannot eliminate backwashing entirely. It is a physical requirement of the system. But the app does make it more efficient. The backwash cycle also includes a rinse phase. The app manages this sequence without user intervention. The pool owner only sees a notification that the cycle has started and finished.