Water isn’t just a utility — it's a financial lever. For 2025’s commercial buildings, doing more with less will be a top priority. And harnessing AI-powered data analytics for water system optimization will enable SVPs and senior directors of facility management to slash waste, preempt costly failures, and transform water management into a competitive advantage.

Ever wondered how real-time data analytics can optimize water systems and save millions of gallons of water? Hear from Gregory Peter — VP of Product Development and Analytics at Aquanomix — as he dives into how 24/7 monitoring unlocks insights that go beyond the obvious to ensure efficiency, sustainability, and life safety.

In an era where water efficiency and safety are nonnegotiable, deep learning is globally transforming 💧water management in commercial buildings. AI-powered insights are ⚠️reducing risks, 💰cutting costs, and 🌱 driving sustainability — offering a new level of control over your water systems.

At 3 a.m., Symphony is wide awake, monitoring, optimizing, and safeguarding your water systems. It’s always on top of stats, ensuring your facility’s water management is efficient, safe, and compliant — even when no one’s around.

Imagine your water system could talk. For many commercial buildings, it’d say: 💬 "We can do better." Your water system already has the data. With IoT technology like Symphony, it also has a voice to provide you with real-time insights, early warnings, and a roadmap to optimization.

Greg shares his passion for using innovative tech to transform water systems, optimize resource use, and drive sustainability. As he puts it: “I’m proud of helping clients improve sustainability by offering data-driven solutions that make operations more efficient while minimizing environmental impact.”

Balancing water safety, operational efficiency, and sustainability in commercial facilities requires more than just attention — it demands precision. Real-time data is the tool that can harmonize these priorities, enabling smarter decisions and long-term value.

How does your commercial building measure up to its goals for water efficiency, safety, and sustainability? 🔍 What’s your nexus number?

Gregory Peter — VP of Product Development and Analytics at Aquanomix — dives into how Symphony leverages IoT devices and real-time data to monitor and optimize water systems. Discover how this integration reduces water consumption, chemical usage, and energy costs, translating efficiencies into tangible financial gains.

Gregory Peter — VP of Product Development and Analytics at Aquanomix — explains critical metrics for optimizing blowdown processes in cooling towers. Discover how real-time monitoring and predictive analytics maintain system efficiency and sustainability.

Effective water management is vital across industries, from healthcare to biotech. Symphony improves water system efficiency, safety, and sustainability. Here are five compelling case studies showcasing Symphony’s real-world success in addressing today’s water challenges.

Overtreating or undertreating water in commercial facilities can have serious consequences. Bloated costs, erosion of infrastructure, threats to public health, environmental damage — these potential consequences leave little room for error. Join us in exploring the risks of imbalanced water treatment and the ways innovative solutions like Symphony can eliminate the guesswork to achieve equilibrium.

Our client — an international finance organization (IFO) — was a key player in global finance, dedicated to sustainability and operational efficiency. Their goals included a 55% reduction in energy use, decreased potable water consumption, and LEED certification for 40% of their building space. Meeting these goals posed significant challenges, especially in water management.

Our innovative Symphony software empowers executives to master the nexus of water safety, environmental sustainability, and operational efficiency. With real-time insights and the power of AI, Aquanomix delivers the critical balance your organization needs to achieve core goals.

Water waste is a hidden expense that can significantly impact your facility’s bottom line. It’s often overlooked because it’s not immediately visible, but the costs can add up quickly, especially in large facilities like hospitals. Recently, a large hospital faced this exact challenge after a routine cooling tower cleanout, which left their system unable to return to its normal conductivity range: https://bit.ly/3zufpD1. This anomaly led to the unnecessary use of approximately 225K gallons of water, as more makeup water was added than usual to compensate for the instability.

Jennifer Caldwell — CMO at Aquanomix — explores the transformative impact of AI on water management systems in commercial buildings. Discover how real-time monitoring and proactive measures are reshaping the industry, ensuring sustainability, public health, and operational efficiency.

Balancing water treatment needs with infrastructural lifecycle optimization is crucial for government and educational institutions. Overtreating water can reduce the lifespan of water systems, making it essential to strike the right balance. IoT and AI technologies provide the insights needed to optimize water quality and infrastructure maintenance.

Effective water management is a top concern for organizations around the globe, and the Internet of Things (IoT) offers a game-changing approach to sustainable water practices. By providing real-time data, predictive insights, and automated controls, this modern technology is enabling unprecedented efficiency and innovation.

Discover the crucial intersection of healthcare and water management in our latest Aqua Brief video with Kelly Proctor — President at DNV Healthcare. Learn why understanding your water footprint is essential for patient safety and regulatory compliance.

In healthcare operations, the paramount importance of patient safety is indisputable. Ensuring the highest standards of water quality is a critical responsibility healthcare executives must prioritize. Water exposures in healthcare settings can place patients at risk for infections with water-related organisms like Legionella, potentially leading to outbreaks. A retrospective observational study by the CDC reviewed 620 consultations from 2014 to 2017 and found that 21.6% involved water-related HAIs (healthcare-associated infections), impacting 1,380 patients. Implementing IoT and AI-enabled water management systems can significantly enhance the safety and well-being of patients, staff, and visitors by preventing waterborne infections. This proactive approach is not just about compliance; it’s about embracing technology to safeguard lives and build trust.