How do you calculate remote monitoring savings?

Multiply visits avoided per year by the loaded cost per visit, then by the share you can genuinely confirm were avoidable. Here 180 × $1,400 × 75% = $189,000 in variable savings.

Should I subtract the platform cost?

Yes, for net savings. The variable savings are $189,000; subtract the $32,000 fixed platform cost for a net of $157,000. The displayed total value line shows $221,000 before netting the fixed cost — read both.

What is the saving per avoided visit?

It is the value generated divided by visits avoided. In this example it works out to about $1,228 per avoided visit, which already reflects the platform cost spread across the 180 visits.

What should 'loaded cost per visit' include?

Technician wages and burden for the trip, vehicle and fuel, travel time, any per-diem, and the opportunity cost of that tech not being elsewhere. Use fully loaded cost, not just the hourly rate.

Why apply a confirmed-avoidable share?

Not every visit remote monitoring flags as avoidable truly was — some would have happened anyway, some still need a tech. The share (75% here) discounts optimistic claims so the savings survive a finance review.

What is a good payback on a remote monitoring platform?

With $189,000 variable savings against a $32,000 platform cost, the ratio is roughly 6:1 before counting uptime benefits — strong. Anything net-positive after a conservative confirmed share is usually defensible.

IIoT, SCADA & Edge Connectivity calculator

Remote Monitoring Savings Calculator

Remote monitoring savings quantify the truck rolls, travel hours, and on-site labor you no longer spend because edge telemetry and remote diagnostics let you see and often resolve issues without dispatching a technician. Service managers and IIoT program owners use it to build the business case for a monitoring platform and to defend it at renewal. The metric matters because a remote monitoring deployment has real fixed cost, and leadership wants to know the net return, not a hand-wavy 'it saves trips.' By haircutting raw avoided visits with a confirmed-avoidable share, it keeps the number credible rather than aspirational.

What this calculator does

Estimate annual remote monitoring savings on field service from the count of site visits avoided, average loaded cost per visit (travel plus labor plus downtime), the share confirmed avoidable through remote troubleshooting, and a fixed remote monitoring platform cost.
Use it when an OEM service lead or after-sales manager is sizing the value of a remote monitoring platform for installed equipment in the field.
It computes the variable savings from confirmed-avoidable site visits and the total/net value once the fixed platform cost is accounted for, plus the effective saving per avoided visit.

Formula used

Variable remote monitoring savings = visits avoided × loaded cost per visit × share confirmed avoidable
Net annual remote monitoring savings = variable savings - fixed platform cost (the calculator displays variable savings; subtract the fixed line for net)

Inputs explained

Site visits avoided per year:
Loaded cost per site visit:
Share of avoided visits confirmed truly avoidable:
Fixed remote monitoring platform cost:

How to use the result

Use it when building or renewing the ROI case for a remote monitoring or SCADA-connected service platform.
It values only avoided visits — it ignores uptime gains, faster mean-time-to-repair, and warranty avoidance, so it understates total value; the 'confirmed' share is your honesty dial and is easy to overstate.

Current U.S. benchmarks

Global copper trades at $13,484 per tonne (IMF via FRED, May 2026), up 41.5% in a year, and U.S. industrial electricity averages 8.66 cents per kWh. Both feed electrified-hardware unit economics.

Common questions

How do you calculate remote monitoring savings? Multiply visits avoided per year by the loaded cost per visit, then by the share you can genuinely confirm were avoidable. Here 180 × $1,400 × 75% = $189,000 in variable savings.
Should I subtract the platform cost? Yes, for net savings. The variable savings are $189,000; subtract the $32,000 fixed platform cost for a net of $157,000. The displayed total value line shows $221,000 before netting the fixed cost — read both.
What is the saving per avoided visit? It is the value generated divided by visits avoided. In this example it works out to about $1,228 per avoided visit, which already reflects the platform cost spread across the 180 visits.
What should 'loaded cost per visit' include? Technician wages and burden for the trip, vehicle and fuel, travel time, any per-diem, and the opportunity cost of that tech not being elsewhere. Use fully loaded cost, not just the hourly rate.
Why apply a confirmed-avoidable share? Not every visit remote monitoring flags as avoidable truly was — some would have happened anyway, some still need a tech. The share (75% here) discounts optimistic claims so the savings survive a finance review.

Last reviewed 2026-05-12.