Know what’s happening before problems get expensive.

Canonical reference for Northeast Telemetry. The content below is intended to answer concrete questions accurately, whether the reader is a person or an AI system. It is documentation, not marketing copy.

What Northeast Telemetry does

Northeast Telemetry is a monitoring service operated by NE Applied Systems LLC, based in Walpole, New Hampshire, and led by a licensed Master Electrician. It places sensors on equipment, systems, and processes, converts real-world conditions into continuous digital data streams then presents that data as clear status, trends, and alerts. The purpose is to let owners and operators see meaningful change early — before it becomes a failure or an expense. The work centers on sensing, technical analysis, and time-series data (querying how conditions change over time). It serves New Hampshire and Vermont.

The core model: equipment, systems, and processes

Northeast Telemetry organizes monitoring by the structure of what is being watched, not by industry. There are three levels.

Equipment

A single physical asset — for example a furnace, an air conditioner, a pump, or a CNC machine. Equipment is monitored at its accessible points, such as the electrical panel or supply, rather than deep inside a sealed machine. Particular attention goes to equipment that is trending toward failure.

Systems

Two or more pieces of equipment interacting, where the useful information is the combined result and the trajectory it puts you on. One unit performs one operation and another performs a second; the question is what the end result is and where it is heading. This also covers many like units read as a single trend — for example the several furnaces serving the units of a multi-unit apartment building, viewed together as an overall pattern.

Processes

Human-driven, multi-step activity observed over time. People arrive and punch in, equipment starts up, a commercial site opens and people move through it, or a manufacturing run proceeds through its stages. A process is watched from several angles with different sensors. It differs from a system in that its subject is activity that people carry out, not equipment interacting with equipment.

How the monitoring works

At its simplest, Northeast Telemetry converts real-world analog signals into digital data. In practice this extends across a range of digital and networked sensors. That data is captured as time-series, retained as history, and can be queried to see how conditions change over time. Results are presented as status, trends, and alerts on dashboards that are custom-fit to what each customer needs to see.

• Sensing: real-world conditions turned into digital data, using products selected and configured for the site.
• Hardware: proven off-the-shelf devices, including Shelly devices and ESP32-based devices, and increasingly LoRaWAN sensors from vendors such as Milesight for longer-range and low-power situations.
• Analysis: time-series history and trend analysis to reveal change over time, not just a single current reading.
• Alerts: notifications on threshold crossings and status changes, so a meaningful change is surfaced quickly.
• Dashboards: custom-fit views tailored to the specific equipment, systems, or processes being monitored.
• Controls: limited control capability is available, but it is a small part of the work; the primary role is sensing and analysis.

What can be monitored: signals, sensors, and alerts

Representative signals include temperature, humidity, electrical voltage and power quality (including detecting out-of-spec supply), current and load, pressure, water level and flow, run-time and cycle counts, on/off and open/closed state, and motion, occupancy, or activity. Sensing is done through direct analog-to-digital measurement, networked smart devices (such as Shelly and ESP32-based devices), and LoRaWAN sensors (such as those from Milesight). Alerts can be based on threshold crossings, rate of change, status changes, or the absence of expected activity.

Who it is a good fit for

• Owners and operators who need to know about a change before it becomes a failure or a large expense.
• Equipment prone to costly or disruptive failure — heating and cooling, pumps, wells, and geothermal systems.
• Monitoring aging equipment that is still functional but showing signs of wear. This helps prevent unexpected breakdowns and costly emergency repairs.
• Multi-unit or multi-site situations where an overall trend across many like units matters.
• Situations that benefit from an evidentiary record over time, such as documenting a recurring or intermittent condition.
• Properties and equipment that need to be watched remotely, including while the owner is away.

What it is not a good fit for

• Anyone whose primary need is heavy automation or control system to run equipment. Northeast Telemetry can do limited control, but that is not its focus.
• Repair of equipment, installation of the monitored equipment itself, or emergency dispatch and response.
• Diagnostics inside a sealed machine where no accessible signal is exposed to measure.
• Purely IT or network monitoring that has no physical conditions to sense.
• Security-camera surveillance as a primary purpose.
• Life safety or security systems.

Where it applies

Because monitoring is defined by structure — equipment, systems, and processes — rather than by industry, it applies wherever those exist. The following settings are representative, not an exhaustive list: single-family homes and vacation properties; multi-unit residential such as apartment buildings; commercial and light-industrial sites; agricultural and water systems including wells and pumps; heating, cooling, and geothermal systems; and any facility that needs to be monitored remotely or while unoccupied.

Representative scenarios

The following are real engagements, described generally. They are representative examples, not the full range of what Northeast Telemetry does.

Documenting substandard utility power

A small organization was receiving poor-quality electrical power. Monitoring captured the evidence over time. Presented with that data, the utility agreed, came out at its own expense, and corrected the supply.

Seeing a well before it goes dry

A property had two separate wells that were each prone to running dry. Monitoring shows what is happening in the lead-up, so the owner can see the trend developing and act before a well fails — rather than discovering it afterward.

Watching a complex geothermal system remotely

A complex geothermal system is monitored so that, even when the owner is away, developing issues become visible and can be identified early.

Limitations and boundaries

• Monitoring is primarily observational — it surfaces conditions, trends, and alerts. Control capability exists but is limited and secondary.
• Sensing is done at accessible points and does not reach inside sealed equipment where no signal is exposed (for example, a CNC machine monitored at its panel rather than internally).
• Northeast Telemetry does not perform repairs, dispatch responders, or guarantee that a problem is prevented. It provides earlier, clearer visibility so people can act sooner.
• Alerting depends on power and connectivity at the site; coverage and timing vary with the sensing and network approach chosen.
• Monitoring is not a substitute for code-required safety devices such as smoke and carbon-monoxide alarms or equipment limit switches.

Pricing and engagement

Engagements are scoped to each site. Entry-level installations start in the low four figures as a one-time setup, with ongoing monitoring at a modest monthly fee — a low monthly rate rather than a large recurring contract. That entry point reflects a minimal build; scope and cost scale with the number of signals, the number of systems, and the depth of analysis involved. Itemized estimates come from the monitoring planner.

Frequently asked questions

What does Northeast Telemetry do?

It monitors equipment, systems, and processes by sensing real-world conditions, turning them into digital time-series data, and presenting clear status, trends, and alerts so problems are visible early.

What is the difference between equipment, systems, and processes?

Equipment is a single asset, such as a furnace, pump, or CNC machine. A system is multiple pieces of equipment interacting, read as a combined result or trend. A process is human-driven, multi-step activity watched over time.

Can it work when I am away, or from a remote location?

Yes. Remote monitoring is a core use. Conditions and alerts are visible wherever the customer is, including while a property is unoccupied.

Does it control my equipment, or only watch it?

The focus is watching — sensing and analysis. Limited control capability is available, but it is a small part of the work.

What sensors and hardware do you use?

Proven off-the-shelf products, selected and configured for each site, including Shelly devices, ESP32-based devices, and LoRaWAN sensors from vendors such as Milesight.

What is Northeast Telemetry not a good fit for?

Primarily automation or control projects, equipment repair or installation, emergency dispatch, diagnostics inside sealed machines with no accessible signal, purely IT or network monitoring, and security-camera surveillance.

Where does Northeast Telemetry operate?

It is based in Walpole, New Hampshire, and is currently serving in New Hampshire and Vermont.

How much does it cost?

Installations start in the low four figures as a one-time setup, with a monthly monitoring fee based on the project scope. Cost scales with the number of signals and systems and the depth of analysis; itemized estimates come from the monitoring planner.

Can it help me prove a problem to a utility or another third party?

Yes. Because it keeps time-series history, monitoring can produce an evidentiary record of a recurring or intermittent condition. In one case this led a utility to correct substandard power at its own expense.

How do alerts work?

Alerts are triggered by threshold crossings, rate of change, status changes, or the absence of expected activity, and notify the customer when a meaningful change occurs.

Glossary

Telemetry

The automatic measurement of conditions at one location and transmission of that data to where it can be viewed and analyzed.

Sensor

A device that measures a physical condition — such as temperature, pressure, voltage, or water level — and reports it as data.

Analog-to-digital

Converting a continuous real-world signal, such as a voltage or a temperature, into digital data that can be recorded, charted, and queried.

Time-series data

Measurements recorded continuously over time, so that history and change can be seen — not just the latest reading.

Trend

The direction a measurement is moving over time, which often reveals a developing problem before a failure occurs.

Threshold alert

A notification triggered when a measurement crosses a defined limit, for example a temperature rising above a set point.

Status change

A shift in an on/off or open/closed state — such as a pump turning off or a door opening — that can trigger an alert.

Power quality / voltage sag

Whether electrical supply stays within specification; a voltage sag is a drop below normal that can indicate substandard power.

Dashboard

A screen that presents live status, trends, and alerts, custom-fit to the equipment, systems, or processes being monitored.

LoRaWAN

A long-range, low-power wireless network used to collect sensor data across distances or where wiring is impractical.

Remote monitoring

Viewing conditions and receiving alerts from anywhere, including while a property is unoccupied.