At WEFTEC 2025, Aquasight is unveiling three innovations transforming utility operations: AVA™, an AI assistant that turns data into actionable guidance; AQSYNC™, which unifies and validates critical data; and Vertical AMP™, bringing risk-based asset management to treatment plants and pump stations.
Across the water sector, utilities are navigating an increasingly complex landscape: leaner teams, tighter budgets, aging infrastructure, rising regulatory expectations, and a tidal wave of data that often raises more questions than it answers. The mission is clear: deliver safe, reliable, and sustainable service while doing more with less. But achieving that mission requires smarter tools, faster insights, and technologies built for the realities utilities face every day.
That’s why this year at WEFTEC 2025, Aquasight is unveiling three transformative innovations designed to help utilities operate with greater confidence, intelligence, and efficiency. Together, AVA™, AQSYNC™, and Vertical AMP™ represent a new generation of digital water intelligence. one that turns data into decisions, and decisions into outcomes.
In the face of mounting operational complexity, utilities don’t have time to sift through dashboards, interpret raw data, or wait for third-party analysis. AVA™, Aquasight’s new AI-powered water assistant, changes that by delivering immediate, actionable intelligence directly inside the Aquasight platform.
Using advanced large language models (LLMs), AVA interprets data from across the utility and delivers clear, defensible answers to three critical questions:
What’s happening within your system?
Why is it happening?
What should you do next?
With AVA, every utility team gains an always-available digital water assistant, one that’s cautious, compliant, and relentlessly focused on safety, reliability, and performance. From operations to engineering to executive leadership, AVA empowers every user to move from raw data to informed action in seconds.
A built-in utility AI assistant that analyzes complex sensor data in real time and delivers clear, plain-language explanations of system behavior including causes, impacts, and recommended actions.
Utilities often face a paradox: despite collecting vast amounts of data, they still struggle to make data-driven decisions. Information remains trapped in siloed systems from sensors and SCADA to meters, lab reports, and maintenance records making it difficult to see the full operational picture.
AQSync™ solves that problem by unifying data from across the utility into a single, reliable source of truth. It doesn’t stop there. AQSync also continuously checks data quality, flags anomalies, and ensures every datapoint is trusted and ready to guide decision-making.
The result: teams no longer waste hours piecing together insights or questioning the integrity of their information. Instead, they can focus on what matters most: proactive decisions that drive performance and protect public health.
Utilities have relied on Aquasight’s AMP™ platform for years to manage linear infrastructure, helping them extend asset life, prioritize investments, and reduce emergency costs. Now, with Vertical AMP™, that same risk-based intelligence is being applied to the core of utility operations: treatment plants and pump stations.
Vertical AMP gives utilities the ability to evaluate asset condition, understand risk, and plan for the future with the same confidence and data-driven precision they’ve come to expect from AMP. This extension brings critical facilities into the broader asset management picture, empowering better capital planning, more strategic maintenance decisions, and improved long-term resilience.
Each of these innovations, AVA™, AQSync™, and Vertical AMP™, delivers significant value on its own. But together, they create something far more powerful: an integrated ecosystem for intelligent utility operations.
From trusted data to AI-driven insights and predictive asset planning, Aquasight is helping utilities make faster, smarter, and more confident decisions in the face of growing challenges. And as the sector continues to evolve, these technologies are designed to evolve with it, scaling to support future needs and unlocking new possibilities across the water cycle.