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The platform

Your whole facility, one screen.

Quantify Environmental runs as an industrial IoT integrator. We install wireless sensors and meters in factories, connect them to a live dashboard, and help your team see what is actually happening with water, energy, equipment and product — in real time, from anywhere.

We do all of it ourselves. The assessment, the wiring, the install, the commissioning and the dashboards are one company’s work. Nothing is subcontracted, and there is nobody to hand you off to when something needs looking at.

It is also not only our hardware. If you already have meters, PLCs, a SCADA historian or a production database, we bring that data in beside ours. The point is one screen, not one brand of equipment.

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Silo levels
REORDERSilo 1 Flour: 78 %Silo 2 Sugar: 54 %Silo 3 Starch: 19 %Silo 4 Salt: 63 %78541963
LIVE · % FULL · DASHED = REORDER

One panel of eight. The rest are below.

This is what a typical dashboard looks like.

Eight panels from a real Quantify build, running on data from a factory that does not exist. Change the date range, expand a panel, hover anything — it is the product, not a picture of it.

Skip the rest of the dashboard

Northfield Foods · Plant 1 — a demonstration on fictional data.Northfield Foods is a fictional plant. Every figure on this dashboard is generated from a seeded pseudo-random number generator. Nothing here is client data, and nothing here is presented as a Quantify result.Demo data

Hover any series for a reading, click a cell or a Sankey band to isolate it, and expand any panel to full screen.

Date range
seed 20260805

The range and expand controls need JavaScript. Every panel below is server-rendered and complete for the default range.

Plant at a glance

SIX SIGNALS · LAST 24 HOURS REFERENCE · Δ VS SAME INTERVAL YESTERDAY
  • WaterCity main + well209L/min▼ 5.9%
  • Electrical demandMain incomer · 600 V246kW▼ 4.3%
  • Natural gasBoilers 1–239.2m³/h▲ 3.2%
  • Header pressureAir header · 2 × 75 hp6.6bar▼ 1.5%
  • Silo 3 levelSugar · 42 t silo55%▼ 9.8%
  • Plant OEELines 1–3 · rolling 8 h82%▲ 2.5%

Consumption · last 24 h

Main incomer
NIGHT BASELINEShift startCIP cycleDemand 375 kW≈ $4,900 if this interval sets the month
ELECTRICITY · LAST 24 H · 30-MIN BUCKETS · DASHED = BASELINE

Water balance

Hover a band · click to isolate
Sources to end uses
municipal to cip, 323 L/minmunicipal to pasteurizer, 207 L/minmunicipal to washdown, 159 L/minwell to boiler, 155 L/minmunicipal to tower, 135 L/minrecovered to cip, 111 L/minwell to tower, 93 L/minmunicipal to unaccounted, 72 L/minrecovered to washdown, 60 L/minCity main896 L/minWell W-2248 L/minRecovered CIP rinse171 L/minCIP · Lines 1–3434 L/minCooling tower makeup228 L/minSanitation washdown219 L/minPasteurizer207 L/minBoiler feed155 L/minUnaccounted72 L/min
SOURCES TO END USES · LAST 24 HOURS · AVERAGE L/MIN

A year of Tuesdays

Click a cell for that weekday across the year
Electricity · day × week
MON W01 — 4,709 kWhMON W02 — 4,676 kWhMON W03 — 4,925 kWhMON W04 — 4,681 kWhMON W05 — 4,752 kWhMON W06 — 4,795 kWhMON W07 — 5,237 kWhMON W08 — 5,336 kWhMON W09 — 5,420 kWhMON W10 — 5,324 kWhMON W11 — 5,645 kWhMON W12 — 5,963 kWhMON W13 — 5,984 kWhMON W14 — 5,834 kWhMON W15 — 6,192 kWhMON W16 — 6,039 kWhMON W17 — 6,230 kWhMON W18 — 6,733 kWhMON W19 — 6,341 kWhMON W20 — 6,743 kWhMON W21 — 6,853 kWhMON W22 — 6,826 kWhMON W23 — 6,696 kWhMON W24 — 6,786 kWhMON W25 — 7,174 kWhMON W26 — 6,658 kWhMON W27 — 7,191 kWhMON W28 — 7,091 kWhMON W29 — 6,618 kWhMON W30 — 6,754 kWhMON W31 — 6,848 kWhMON W32 — 1,499 kWhMON W33 — 1,430 kWhMON W34 — 6,673 kWhMON W35 — 6,289 kWhMON W36 — 6,251 kWhMON W37 — 5,819 kWhMON W38 — 5,354 kWhMON W39 — 5,502 kWhMON W40 — 5,319 kWhMON W41 — 5,067 kWhMON W42 — 5,207 kWhMON W43 — 4,993 kWhMON W44 — 4,698 kWhMON W45 — 4,760 kWhMON W46 — 4,472 kWhMON W47 — 4,636 kWhMON W48 — 4,502 kWhMON W49 — 4,666 kWhMON W50 — 4,437 kWhMON W51 — 4,553 kWhMON W52 — 4,213 kWhTUE W01 — 4,762 kWhTUE W02 — 4,704 kWhTUE W03 — 4,601 kWhTUE W04 — 4,887 kWhTUE W05 — 4,888 kWhTUE W06 — 4,868 kWhTUE W07 — 4,976 kWhTUE W08 — 5,098 kWhTUE W09 — 5,474 kWhTUE W10 — 5,250 kWhTUE W11 — 5,769 kWhTUE W12 — 5,657 kWhTUE W13 — 5,926 kWhTUE W14 — 6,151 kWhTUE W15 — 6,309 kWhTUE W16 — 6,258 kWhTUE W17 — 6,166 kWhTUE W18 — 6,705 kWhTUE W19 — 6,285 kWhTUE W20 — 6,578 kWhTUE W21 — 6,686 kWhTUE W22 — 7,077 kWhTUE W23 — 6,841 kWhTUE W24 — 7,102 kWhTUE W25 — 6,825 kWhTUE W26 — 6,669 kWhTUE W27 — 7,213 kWhTUE W28 — 7,041 kWhTUE W29 — 6,820 kWhTUE W30 — 7,036 kWhTUE W31 — 6,525 kWhTUE W32 — 1,531 kWhTUE W33 — 1,460 kWhTUE W34 — 6,265 kWhTUE W35 — 6,565 kWhTUE W36 — 6,257 kWhTUE W37 — 5,713 kWhTUE W38 — 5,395 kWhTUE W39 — 5,450 kWhTUE W40 — 5,185 kWhTUE W41 — 5,162 kWhTUE W42 — 5,168 kWhTUE W43 — 4,808 kWhTUE W44 — 4,963 kWhTUE W45 — 4,938 kWhTUE W46 — 4,683 kWhTUE W47 — 4,650 kWhTUE W48 — 4,682 kWhTUE W49 — 4,342 kWhTUE W50 — 4,532 kWhTUE W51 — 4,582 kWhTUE W52 — 4,497 kWhWED W01 — 4,820 kWhWED W02 — 4,785 kWhWED W03 — 4,758 kWhWED W04 — 4,779 kWhWED W05 — 5,051 kWhWED W06 — 4,915 kWhWED W07 — 5,190 kWhWED W08 — 5,314 kWhWED W09 — 5,222 kWhWED W10 — 5,343 kWhWED W11 — 5,781 kWhWED W12 — 5,925 kWhWED W13 — 6,054 kWhWED W14 — 6,214 kWhWED W15 — 5,886 kWhWED W16 — 5,976 kWhWED W17 — 6,460 kWhWED W18 — 6,761 kWhWED W19 — 6,610 kWhWED W20 — 6,462 kWhWED W21 — 6,646 kWhWED W22 — 6,523 kWhWED W23 — 6,694 kWhWED W24 — 7,158 kWhWED W25 — 6,713 kWhWED W26 — 7,165 kWhWED W27 — 7,252 kWhWED W28 — 6,840 kWhWED W29 — 6,758 kWhWED W30 — 6,574 kWhWED W31 — 7,003 kWhWED W32 — 1,429 kWhWED W33 — 1,509 kWhWED W34 — 6,462 kWhWED W35 — 6,218 kWhWED W36 — 6,154 kWhWED W37 — 5,770 kWhWED W38 — 5,594 kWhWED W39 — 5,218 kWhWED W40 — 5,422 kWhWED W41 — 5,253 kWhWED W42 — 4,863 kWhWED W43 — 4,778 kWhWED W44 — 4,972 kWhWED W45 — 4,669 kWhWED W46 — 4,534 kWhWED W47 — 4,440 kWhWED W48 — 4,591 kWhWED W49 — 4,290 kWhWED W50 — 4,424 kWhWED W51 — 4,431 kWhWED W52 — 4,483 kWhTHU W01 — 4,827 kWhTHU W02 — 4,740 kWhTHU W03 — 4,842 kWhTHU W04 — 4,956 kWhTHU W05 — 4,811 kWhTHU W06 — 5,084 kWhTHU W07 — 5,105 kWhTHU W08 — 5,021 kWhTHU W09 — 5,130 kWhTHU W10 — 5,248 kWhTHU W11 — 5,461 kWhTHU W12 — 5,898 kWhTHU W13 — 5,597 kWhTHU W14 — 6,008 kWhTHU W15 — 6,311 kWhTHU W16 — 6,450 kWhTHU W17 — 6,479 kWhTHU W18 — 6,736 kWhTHU W19 — 6,626 kWhTHU W20 — 6,713 kWhTHU W21 — 6,697 kWhTHU W22 — 6,684 kWhTHU W23 — 6,592 kWhTHU W24 — 6,943 kWhTHU W25 — 7,006 kWhTHU W26 — 6,714 kWhTHU W27 — 7,243 kWhTHU W28 — 6,884 kWhTHU W29 — 6,783 kWhTHU W30 — 6,638 kWhTHU W31 — 6,618 kWhTHU W32 — 1,479 kWhTHU W33 — 1,383 kWhTHU W34 — 6,643 kWhTHU W35 — 6,409 kWhTHU W36 — 6,042 kWhTHU W37 — 5,520 kWhTHU W38 — 5,396 kWhTHU W39 — 5,358 kWhTHU W40 — 5,510 kWhTHU W41 — 5,151 kWhTHU W42 — 4,924 kWhTHU W43 — 5,068 kWhTHU W44 — 4,908 kWhTHU W45 — 4,784 kWhTHU W46 — 4,699 kWhTHU W47 — 4,514 kWhTHU W48 — 4,521 kWhTHU W49 — 4,615 kWhTHU W50 — 4,493 kWhTHU W51 — 4,358 kWhTHU W52 — 4,333 kWhFRI W01 — 4,849 kWhFRI W02 — 4,839 kWhFRI W03 — 4,892 kWhFRI W04 — 4,649 kWhFRI W05 — 4,708 kWhFRI W06 — 5,049 kWhFRI W07 — 4,963 kWhFRI W08 — 5,351 kWhFRI W09 — 5,484 kWhFRI W10 — 5,299 kWhFRI W11 — 5,419 kWhFRI W12 — 5,716 kWhFRI W13 — 5,858 kWhFRI W14 — 5,993 kWhFRI W15 — 5,872 kWhFRI W16 — 5,977 kWhFRI W17 — 6,415 kWhFRI W18 — 6,241 kWhFRI W19 — 6,542 kWhFRI W20 — 6,396 kWhFRI W21 — 6,712 kWhFRI W22 — 6,816 kWhFRI W23 — 6,890 kWhFRI W24 — 7,068 kWhFRI W25 — 7,097 kWhFRI W26 — 6,671 kWhFRI W27 — 6,948 kWhFRI W28 — 6,765 kWhFRI W29 — 6,880 kWhFRI W30 — 6,712 kWhFRI W31 — 6,858 kWhFRI W32 — 1,405 kWhFRI W33 — 1,495 kWhFRI W34 — 6,402 kWhFRI W35 — 6,161 kWhFRI W36 — 6,164 kWhFRI W37 — 5,712 kWhFRI W38 — 5,465 kWhFRI W39 — 5,618 kWhFRI W40 — 5,399 kWhFRI W41 — 5,232 kWhFRI W42 — 4,941 kWhFRI W43 — 4,842 kWhFRI W44 — 4,698 kWhFRI W45 — 4,617 kWhFRI W46 — 4,708 kWhFRI W47 — 4,656 kWhFRI W48 — 4,538 kWhFRI W49 — 4,453 kWhFRI W50 — 4,231 kWhFRI W51 — 4,483 kWhFRI W52 — 4,310 kWhSAT W01 — 2,148 kWhSAT W02 — 2,300 kWhSAT W03 — 2,226 kWhSAT W04 — 2,209 kWhSAT W05 — 2,254 kWhSAT W06 — 2,302 kWhSAT W07 — 2,307 kWhSAT W08 — 2,497 kWhSAT W09 — 2,411 kWhSAT W10 — 2,595 kWhSAT W11 — 2,637 kWhSAT W12 — 2,721 kWhSAT W13 — 2,686 kWhSAT W14 — 2,800 kWhSAT W15 — 2,853 kWhSAT W16 — 2,849 kWhSAT W17 — 3,031 kWhSAT W18 — 3,061 kWhSAT W19 — 3,037 kWhSAT W20 — 3,053 kWhSAT W21 — 3,328 kWhSAT W22 — 3,133 kWhSAT W23 — 3,334 kWhSAT W24 — 3,400 kWhSAT W25 — 3,245 kWhSAT W26 — 3,420 kWhSAT W27 — 3,309 kWhSAT W28 — 3,123 kWhSAT W29 — 3,316 kWhSAT W30 — 3,107 kWhSAT W31 — 3,226 kWhSAT W32 — 674 kWhSAT W33 — 673 kWhSAT W34 — 3,041 kWhSAT W35 — 2,975 kWhSAT W36 — 2,817 kWhSAT W37 — 2,618 kWhSAT W38 — 2,666 kWhSAT W39 — 2,544 kWhSAT W40 — 2,529 kWhSAT W41 — 2,525 kWhSAT W42 — 2,305 kWhSAT W43 — 2,280 kWhSAT W44 — 2,222 kWhSAT W45 — 2,315 kWhSAT W46 — 2,124 kWhSAT W47 — 2,140 kWhSAT W48 — 2,223 kWhSAT W49 — 2,029 kWhSAT W50 — 2,001 kWhSAT W51 — 2,168 kWhSAT W52 — 2,041 kWhSUN W01 — 1,867 kWhSUN W02 — 1,899 kWhSUN W03 — 1,836 kWhSUN W04 — 1,916 kWhSUN W05 — 1,891 kWhSUN W06 — 1,952 kWhSUN W07 — 1,989 kWhSUN W08 — 1,947 kWhSUN W09 — 2,016 kWhSUN W10 — 2,215 kWhSUN W11 — 2,102 kWhSUN W12 — 2,239 kWhSUN W13 — 2,353 kWhSUN W14 — 2,348 kWhSUN W15 — 2,366 kWhSUN W16 — 2,474 kWhSUN W17 — 2,411 kWhSUN W18 — 2,498 kWhSUN W19 — 2,649 kWhSUN W20 — 2,605 kWhSUN W21 — 2,741 kWhSUN W22 — 2,646 kWhSUN W23 — 2,582 kWhSUN W24 — 2,754 kWhSUN W25 — 2,751 kWhSUN W26 — 2,634 kWhSUN W27 — 2,656 kWhSUN W28 — 2,774 kWhSUN W29 — 2,666 kWhSUN W30 — 2,591 kWhSUN W31 — 2,693 kWhSUN W32 — 554 kWhSUN W33 — 581 kWhSUN W34 — 2,549 kWhSUN W35 — 2,401 kWhSUN W36 — 2,536 kWhSUN W37 — 2,179 kWhSUN W38 — 2,177 kWhSUN W39 — 2,051 kWhSUN W40 — 2,007 kWhSUN W41 — 1,996 kWhSUN W42 — 1,915 kWhSUN W43 — 1,874 kWhSUN W44 — 1,901 kWhSUN W45 — 1,801 kWhSUN W46 — 1,856 kWhSUN W47 — 1,815 kWhSUN W48 — 1,756 kWhSUN W49 — 1,719 kWhSUN W50 — 1,757 kWhSUN W51 — 1,770 kWhSUN W52 — 1,753 kWhTUE · W25
ELECTRICITY · DAY × WEEK · 52 WEEKS · W32–33 IS THE AUGUST SHUTDOWN, NOT MISSING DATA · CLICK A CELL FOR THAT WEEKDAY ACROSS THE YEAR · SCALE P5–P951,7756,889

Compressed-air header

Flow · 24 h
OVERNIGHT FLOOR
AIR HEADER · 24 H · 30-MIN BUCKETS · DASHED = OVERNIGHT FLOOR
Pressure nowWatch
6.8bar010
AIR HEADER · NOW · BAND = SET POINT 6.2–7.0

Silo levels

Six silos
81%S1 Flour A: 81%63%S2 Flour B: 63%20%S3 Sugar: 20%52%S4 Starch: 52%86%S5 Salt: 86%35%S6 Whey: 35%
SIX SILOS · % FULL · AS AT END OF LAST 24 HOURS · READING ON THE VESSEL · DASHED = REORDER

Vibration · Press 3

Drive-end RMS
ALARMPress 3 startsOuter race 7.34 mm/sSignature present since 02:30 — schedule the swap
RMS VELOCITY · 24 H · 30-MIN BUCKETS · DASHED = ALARM 4.5 mm/s

Plant schematic

Hover a train for its integration method
Four utility trains
WaterMCity main218L/minBackflowBooster P-1013.2barCIP tank68%ElectricityMMain incomer283kWMCC-296kWLine 2 drive42kWAmmonia comp.114kWNatural gasMGas meter39m³/hBoiler 18.4barBoiler 20.0barSteam header8.2barCompressed airCompressor 177%Compressor 20%Receiver6.9barHeader6.6barEdge computer900 MHzLOCAL BUFFER
FOUR UTILITY TRAINS · LIVE VALUES ON NODES · HOVER A TRAIN FOR ITS INTEGRATION METHOD

Fictional demonstration data for “Northfield Foods · Plant 1”, generated deterministically so the same range always draws the same dashboard. We never show a real client’s dashboard. Real, attributed numbers are on the case studies.

Everything feeds one dashboard.

We respect what you have already paid for. Endress+Hauser meters, PLCs with a 4-20 mA output, a legacy SCADA system — we integrate them. We don’t rip things out.

Everything feeds one dashboard
{ }APIREST APIIoT devicesLoRaWANWireless sensors900 MHzOther systemsModbus · existing PLC tagMMeterspulseLegacy equipment4-20 mAEdge computer900 MHzLOCAL BUFFERWaterElectricityNatural gasCompressed airVibrationBoiler
SIX SOURCES · ONE GATEWAY · ONE DASHBOARD
Everything feeds one dashboard
{ }APIREST APIIoT devicesLoRaWANWireless sensors900 MHzOther systemsModbus · existing PLC tagMMeterspulseLegacy equipment4-20 mAEdge computer900 MHzLOCAL BUFFERWater
SIX SOURCES · ONE GATEWAY · ONE DASHBOARD
  • Six kinds of source, one edge computer on your network, one dashboard.
  • Wireless sensors we install, meters and PLCs you already own, and the systems and databases you already run.
  • A 4-20 mA signal off a machine older than your network arrives in the same place as everything else.

Hover or focus any source to trace its path and read how it connects. Integration methods shown: REST API · LoRaWAN · 900 MHz · Modbus · existing PLC tag · pulse · 4-20 mA. Dashboard panels are illustrative; no client system is named or depicted.

Our process

How a Quantify project actually runs.

Five steps, in the order they happen. The first one costs nothing and the last one carries on for as long as you want us there.

  1. 01

    Technical Site Assessment

    We walk your floor with you — usually half a day, at no charge. We look at what you make, what it costs you to make it, and which of those numbers nobody currently has.

  2. 02

    Ecosystem Design

    Then we design the sensor network around your lines and your shifts: what to measure, where it goes, what it talks to, and the order that pays back soonest.

  3. 03

    Procure & Install

    We source the hardware, configure and bench-test it before it ships, and install it ourselves. Most sensors go in without stopping the line.

  4. 04

    Configure & Commission

    We build the dashboards, alerts and reports around your factory, then commission them with the people who are going to use them — not just hand over a login.

  5. 05

    Ongoing Support & Monthly Reviews

    Every month we sit down with your team, go through what the meters found, and agree what is worth doing next. That is the part that does not end.

Data creates visibility.

Visibility creates action.

Action creates savings.

Technology & hardware

Wireless sensors, and what is behind them.

The sensors go on the asset, not into your control system. They are wireless, they run on a battery for years, and they can only read — there is no path from a sensor back to a machine.

No single manufacturer makes the best sensor for every job, so we choose per application: flow meters, current transformers, temperature probes, pressure transducers, vibration sensors, radar level monitors, pH sensors, gas and ammonia detection, 4-20 mA transmitters and pulse-output meters. Where a reading has to stand up to a customer audit or a food-safety inspector, we specify NIST-certified probes.

We don’t manufacture the hardware and we didn’t write the dashboard software. But the site assessment, the install, the wiring, the integration and the dashboards are all done by one company, under one roof. There are no hand-offs between trades, and there is one number to call when something needs looking at.

A sensor on the asset

The base station and antenna

  • 900 MHzWireless spectrum — it gets through steel, concrete and everything else on a factory floor.
  • 50 kmLine-of-sight range, up to. One gateway usually covers the whole site.
  • 10 yrBattery life, up to. No conduit to run, no trenching, no annual swap.
  • Read-onlyThe sensors only watch. They cannot write a command back to your equipment.
  • 1–2 daysTypical install, on site. Most sensors go in without stopping the line.

Hardware and technical specifications are Quantify’s own and already published, but were not ticked in G1 — the whole set carries [TOM-REVIEW] §K.2 #11. Photography is placeholder pending Tom’s shoot (§G5).

Ready to see your own factory on one screen?

It starts with a site walk — no charge, no obligation. A few hours on your floor, then an honest read on what we saw and what the return would look like. If the numbers are not there, we will tell you that too.

Book a site visitSee the case studies