Deep expertise. Built in.

Capture layer connects directly to inverters, meters, DSTATCOMs, and substation RTUs across distributed sites. One consistent data model regardless of OEM. Streams to a single dashboard built for people managing from a distance.

• Continuous telemetry across every site in the portfolio, from a single dashboard.
• Runs alongside your existing SCADA — no rip-and-replace.
• Custom-built for your equipment — we integrate directly with your hardware.

IoTea learns your equipment's normal operating patterns and flags deviations early. Schedule maintenance on your terms, not the equipment's.

• Early warning on inverter drift, string underperformance, and degradation patterns.
• Fewer unplanned outages; lower cost-per-incident when issues arise.
• Evidence-based maintenance scheduling instead of fixed-interval guesswork.

Route alerts into SAP PM, Maximo, or whatever work-order platform you already run. Ask the AI what's happening at a site, what changed, what to prioritize — then schedule the right crew with full context.

• Fewer truck rolls that end with “couldn’t reproduce.”
• An AI assistant your team can query in plain English.
• Performance evidence you can put in front of asset owners or regulators.

IoTea plugs directly into existing control boards and BAS interfaces, streaming operational data to a single dashboard. No proprietary sensor networks. No gateway subscriptions. Purpose-built for your equipment.

• Live fleet visibility across hundreds of sites without dispatching a technician.
• Works with your existing panels and wiring — Cat5, BAS dry contacts, Modbus.
• Tighter integration and better diagnostics than generic sensor overlays.

A fault alarm tells you something broke. Trend analysis tells you something is about to break. IoTea polls your panels at regular intervals — tracking temperature curves, valve cycling patterns, pump behavior — and learns what normal looks like.

• AI-powered pre-failure alerts that give you days or weeks of lead time.
• Root-cause clarity: not just “temperature dropped” but why.
• Labor planning shifts from reactive dispatch to scheduled service windows.

With pre-failure alerts and historized evidence in hand, your team decides when to go, where to go, and what to bring. Ask the AI in plain English — What's the trend on this boiler? When did it last fault?

• Dispatch with full context — technicians arrive knowing the fault and its history.
• An AI assistant anyone on the team can use to diagnose issues.
• Service contracts grounded in real performance data.

We integrate directly with pump controllers, vibration sensors, and existing condition monitoring systems. From main-line pumps to booster and injection systems, we capture high-fidelity telemetry across your entire facility.

• Direct integration with flow meters, pressure sensors, and vibration monitors.
• Secure, one-way data transfer to our cloud or your environment, meeting strict OT security standards.
• Unified view of asset health across multiple refineries or plants.

Our time-series AI models learn the operating patterns of your rotating equipment — identifying cavitation, seal degradation, and bearing wear long before they trigger a SCADA alarm.

• Asset-specific lifetime estimates based on actual operating conditions.
• Detect subtle changes in vibration signatures and temperature curves.
• Prevent catastrophic failures and avoid environmental or safety incidents.

Optimize your maintenance windows and reduce spare parts inventory. When an anomaly is detected, our engineering team provides quality-assured reports and bespoke recommendations to your reliability engineers.

• Shift from time-based maintenance to condition-based maintenance.
• Clear quantification of energy savings and operational efficiency.
• Actionable insights fed directly into your enterprise asset management system.