Predictive AI
Early anomaly detection
Software Platform
AquaView
A web application for monitoring, visualizing, and analyzing water quality data from connected AquaMesh sensors in real time.
99.99% Uptime
Cloud-hosted reliability
SCADA Ready
Unified protocol view
Web / API / Mobile
Access anywhere
Capabilities
A control layer for live water-quality operations.
AquaView gives monitoring teams a single environment for live telemetry, site context, and the workflows needed to keep distributed deployments running.
Overview
Visualize distributed sensors, not isolated readings.
AquaView is framed as the software surface for the AquaMesh system: a live dashboard that turns incoming telemetry into a clearer operational picture for field teams and stakeholders.
From trend analysis to site-by-site status tracking, the platform is designed to make changing water conditions visible early and keep response decisions grounded in current data.
- Identify trends, quantify cause-and-effect, and get recommended adjustments
- Connect RS-485/Modbus instruments and SCADA systems into one operational view
- Generate automated compliance reports and maintenance triggers
- Monitor all connected sensors from web, API, or mobile — anywhere, any device
Interactive mapPredictive analyticsCustom reportingLive dashboardsCompliance tracking
Predictive, not reactive
AI models detect shifts in organic load, turbidity, or chemistry before they affect process stability — giving operators time to act, not just respond.
Connects to everything
RS-485, Modbus, SCADA, and AWS IoT feed into one unified view. No more switching between systems to understand what's happening across sites.
Compliance built in
Automated compliance reports, audit trails, and maintenance triggers reduce manual effort and keep regulatory workflows on track.
Analytics
Predictive analytics
Trend forecasting, anomaly detection, and correlation mapping — surface problems before they reach compliance thresholds.
Dashboards
Live dashboards
Spectral overlays, alarm thresholds, and real-time sensor status across every connected site in one view.
Integration
Easy integration
RS-485/Modbus, SCADA, and AWS IoT infrastructure connect into a single platform — no custom middleware required.
Infrastructure
Scalable & secure
Multi-site management, encrypted storage, and OTA update distribution — built on AWS with 99.99% uptime.
Product Tour
See what operators see every day.
Walk through the core views that keep water-quality programs running — from live maps to AI-generated reports.
Interactive site map
View every connected sensor on a live map with color-coded status indicators. Drill into any site for real-time readings, historical trends, and maintenance status.
Time series prediction
AI models forecast parameter trends hours and days ahead — giving operators early warning of turbidity spikes, dissolved-oxygen drops, or pH drift before they reach compliance thresholds.
AI report generation
Generate plain-language summaries of site performance, anomaly explanations, and recommended actions. Export as PDF or share directly with stakeholders.
Automated compliance
Continuously track regulatory limits and automatically flag exceedances. Scheduled reports and audit trails keep your program inspection-ready without manual effort.
Live dashboards
Customizable real-time dashboards with spectral overlays, alarm thresholds, and multi-site comparisons — accessible from any device, anywhere.
Explore the Stack
Built to work together.
Sensor Probe
AquaSpectra
Multi-parameter optical sensing for continuous water-quality monitoring in the field.
Gateway Hub
AquaLink
A compact gateway that aggregates sensor traffic and bridges field telemetry to the cloud.
Contact
Talk to the AquaMesh Team
Tell us what you are monitoring and we will help match the right hardware, connectivity, and reporting workflow.
AquaMesh supports autonomous field sensing, watershed monitoring, stormwater deployments, and custom water quality instrumentation programs.
Multi-parameter optical sensing with resilient telemetry.
Guidance on hardware selection, deployment topology, and reporting.
Fast follow-up for pilots, procurement, and research conversations.