IoT International is a full-service industrial IoT engineering firm.
IoT International
Remote Monitoring & Telemetry Solutions
Remote monitoring lets utilities, water systems, energy producers, and infrastructure operators see what is happening at every site without sending a crew to check. Sensors and controllers in the field report live readings such as levels, flows, pressures, voltages, and equipment status over a secure telemetry link, so operators can spot problems early and respond before they turn into outages.
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Many critical assets sit in unmanned or hard-to-reach locations: lift stations, wells, storage tanks, substations, solar trackers, and remote pump sites. Checking them by truck is slow and expensive, and it leaves long gaps when nobody knows the real condition of the equipment. A remote monitoring and telemetry system closes those gaps with continuous data, automatic alarms, and a history of every reading.
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IoT International's aviCore® platform is a complete remote monitoring system built for critical infrastructure. aviCore connects field devices, collects telemetry over cellular, radio, or fiber networks, notifies operators when something needs attention, and displays every site on one secure dashboard, while working alongside the SCADA systems you already run.
What is Remote Monitoring?
Remote monitoring is the practice of collecting data from equipment at a distance and viewing it in one central place. A remote monitoring system combines field sensors, a controller or RTU that reads them, a communications link that carries the data, and software that stores it, displays it, and raises alarms.
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Telemetry is the transmission part of that chain: the automatic measurement and sending of data from remote sites to the operator. The two terms are usually used together, because a monitoring system is only as good as the telemetry that feeds it.
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Compared with manual site rounds, remote monitoring gives operators fresh data every few seconds or minutes instead of every few days. Pump run times, tank levels, door alarms, battery voltage, and communication health are visible at a glance, and the system can notify on-call staff the moment a value moves out of range.
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IoT International's aviCore® platform packages these pieces into one supported solution: a fully assembled gateway panel, secure communications, and a monitoring platform with dashboards, alarming, trending, and reporting.
How Remote Telemetry Works
Sensors & Field Equipment
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RTUs, PLCs & Controllers
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aviCore Gateway Panel
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Telemetry Link
(Cellular, Radio, Fiber, Satellite)
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aviCore Monitoring Platform
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Dashboards, Alarms & Reports
A remote telemetry system moves data through a few simple layers, from the equipment in the field to the people who need to act on it.
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Sensors and Field Equipment
Sensors measure conditions such as level, pressure, flow, temperature, voltage, current, and run status. RTUs, PLCs, and controllers read those signals, apply local logic, and hold the data until it can be sent.
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The aviCore Gateway
The aviCore gateway panel collects data from those devices, performs protocol conversion, and securely sends readings over the best available telemetry link, whether that is cellular, licensed radio, fiber, or satellite. Local backup power keeps the site reporting through short outages.
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The Monitoring Platform
The aviCore monitoring platform stores every reading, shows live status on dashboards, trends history over time, and runs alarm rules. When a value crosses a limit, the platform notifies the right people and records the event so nothing is missed.
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Working with SCADA
Because aviCore can share data with existing SCADA and historian systems, it can extend a control system to new or remote sites without replacing what already works.
Remote Monitoring for Water and Wastewater
Water and wastewater utilities run many small, unmanned sites spread across a service area: lift stations, booster stations, wells, storage tanks, and treatment processes. Remote monitoring gives operators live visibility of all of them from one screen.
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Typical telemetry points include wet well and tank levels, pump status and run hours, flow and pressure, power failure, generator status, intrusion, and high-level alarms. Operators can see a failing pump or a rising wet well in time to respond, instead of finding out from an overflow or a customer call.
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Continuous data also supports maintenance and reporting. Pump run-time trends reveal wear before a failure, flow and level history supports regulatory reporting, and fewer routine site visits free crews for higher-value work.
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IoT International's aviCore® platform gives water and wastewater operators a remote monitoring system with alarming, trends, and reports. It can feed data into an existing SCADA system or serve as a practical monitoring system for smaller utilities that do not have one.
Remote Monitoring for Electric Substations
Electric utilities depend on substations, reclosers, capacitor banks, and backup power systems that are often far from the nearest crew. Remote monitoring keeps watch over these assets around the clock and turns every site into a source of live operating data.
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Common monitoring points include transformer temperature, breaker and relay status, battery and charger health, voltage and current, door and intrusion alarms, and environmental conditions such as temperature and humidity inside control enclosures.
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With real-time telemetry, operators can respond to alarms quickly, confirm conditions before dispatching a crew, and plan maintenance based on actual trends instead of fixed schedules. Battery and charger monitoring in particular helps catch weak DC systems before they affect protection equipment.
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IoT International's aviCore® platform connects to relays, meters, and RTUs at the substation and delivers secure, centralized monitoring and alarming for distributed electric infrastructure.
Remote Monitoring for Solar and Renewables
Solar farms, tracker systems, wind sites, and battery storage are spread over large areas with little or no on-site staff. Remote monitoring shows production and equipment health across every site in real time.
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Operators can track inverter output, tracker position and sun angle, battery state of charge, motor current, communication signal strength, and weather conditions. When the controller supports it, commands can be sent to field equipment from the same dashboard.
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Early alerts on underperforming or faulted equipment protect energy production, and remote diagnostics reduce the number of long trips to distant sites.
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IoT International's aviCore® platform provides a command center view for renewable assets that combines live telemetry, remote control, and alarm history, and it scales from a single site to a full portfolio.
Alarming and Notifications
Alarms are the most important output of any remote monitoring system. Data is only useful if the right person hears about a problem in time to act on it.
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With aviCore, you set limits and rules on any monitored value, such as high level, low pressure, pump failure, lost power, or loss of communication. When a rule is triggered, the platform notifies the responsible operators so they can respond right away, whether they are in the control room or on call.
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Every alarm is time-stamped and logged, along with when it was acknowledged and cleared. That record supports shift handovers, after-action reviews, and regulatory reporting.
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Well-tuned alarm limits and delays help prevent nuisance alerts, so on-call staff can trust that a notification means something really needs attention.
Secure Remote Monitoring
Connecting remote sites to a central platform must never open a path into your operational network. Security has to be part of every layer of a remote monitoring system, from the field device to the dashboard.
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Secure Communications
Telemetry should travel over encrypted links, and private cellular networks or VPNs keep monitoring traffic off the public internet. Field devices should initiate their own connections so they are not exposed to unwanted inbound access.
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Device and User Authentication
Only trusted gateways should be allowed to send data, and only authorized users should be able to view sites or issue commands. Separate permissions for viewing and control reduce the risk of accidental or unauthorized changes.
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Audit and Visibility
Logging logins, commands, and configuration changes gives operators a clear record of who did what and when, which supports internal reviews and the cybersecurity expectations placed on critical infrastructure.
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IoT International's aviCore® platform is designed around these practices, so utilities and infrastructure operators can gain remote visibility and control without compromising the security of their systems.
Remote Monitoring and SCADA Integration
Remote monitoring and SCADA work well together. SCADA systems handle supervisory control of core processes, while remote monitoring extends visibility to sites that are too small, too remote, or too costly to bring into a traditional SCADA network.
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aviCore can share telemetry with existing SCADA and historian systems, so new sites appear alongside the ones operators already know. For organizations without a SCADA system, aviCore can act as a cloud-based monitoring and control system on its own, with Tier 3 adding the SkyView HMI, historian, alarming, and reporting.
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This approach lets operators add monitoring to new sites quickly, protect existing control system investments, and move toward a single view of the entire system.
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To learn more about how the two fit together, see our SCADA software and Industrial IoT pages, or talk with our team about your sites.
Remote Monitoring in Action
Remote monitoring delivers measurable results across utilities, water systems, and energy sites. The example scenarios below show how operators typically put it to work.
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Lift Station Monitoring
Challenge: A utility checks its lift stations by truck several times a week and still learns about pump failures from high-level alarms or overflows.
Approach: Wet well level, pump status, and power-failure telemetry are added at each station, with alarms routed to on-call operators.
Outcome: Routine site visits drop, operators can respond to pump faults before an overflow, and run-time trends help schedule pump maintenance.
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Substation Battery Monitoring
Challenge: An electric utility has little visibility into substation battery and charger health between scheduled inspections.
Approach: Battery voltage, charger status, and enclosure temperature are monitored continuously and trended on a central dashboard.
Outcome: Weak batteries can be identified and replaced before they affect protection systems, and inspection trips are planned from real data.
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Solar Tracker Fleet Monitoring
Challenge: A solar operator needs to see tracker position and faults across several sites without sending technicians to each one.
Approach: Tracker controllers are connected through aviCore gateways, giving a live command center with sun angle, motor current, battery, and signal data.
Outcome: Faults are found faster, production losses shrink, and many issues can be diagnosed remotely.
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In each case, remote monitoring turns scattered, hard-to-reach equipment into a single, reliable stream of operating data that helps teams act sooner and work more efficiently.
Below are answers to common questions about remote monitoring systems, telemetry, alarming, security, and how remote monitoring works alongside SCADA.