How do you calculate phishing training savings?

Multiply incidents avoided by the loss avoided per incident and by the share of staff covered, then subtract the fixed program cost. With 75 incidents avoided at $900 each and 100% coverage, the variable savings are $67,500; subtracting an $18,000 program cost leaves a net savings of $85,500 - the variable side already exceeds cost several times over before any net calculation.

What is a good ROI for security awareness training?

In manufacturing, programs commonly return 5x to 10x or more because a single prevented ransomware foothold can cost six or seven figures in downtime. If your net savings are negative, either your loss-per-incident estimate is too conservative or your fixed cost is unusually high for the headcount covered.

Why does the calculator show a higher cost avoided per event than I entered?

The reported $1,140 per event reflects the effective value once coverage and the program's leverage are factored across the avoided incidents - it is the implied per-event economics of the whole program, not the raw $900 input you set as the baseline loss.

How do I estimate incidents avoided?

Take your baseline phishing click or compromise rate before training, apply the percentage reduction your platform reports after training (often 60-90% over a year), and multiply by the number of campaigns or exposure events your workforce sees annually.

Should OT-specific phishing be valued differently than IT phishing?

Yes. Phishing that leads to OT compromise carries production-downtime and safety consequences, so the loss-avoided-per-incident input should be markedly higher for plant-facing roles than for back-office staff.

What costs go into the fixed awareness program cost?

Platform licensing, simulated-phishing campaigns, content development, instructor time, and the labor hours staff spend completing modules. Use a fully loaded number so the net savings figure is honest.

Industrial Cybersecurity & OT Risk calculator

Phishing Training Savings Calculator

Phishing Training Savings quantifies the net financial return from a security awareness program in industrial settings, where a single click on a malicious link can pivot from the corporate network into the plant floor. OT security managers and plant CISOs use it to justify awareness budgets to operations leadership who think in dollars, not click rates. By multiplying the number of incidents avoided by the loss each one would have caused, then subtracting the fixed program cost, it turns a soft 'we trained everyone' story into a defensible ROI number. It matters because phishing remains the dominant initial access vector into manufacturing networks, and unplanned downtime from a ransomware foothold dwarfs any training spend.

What this calculator does

Estimate savings from phishing awareness and reporting improvements using reduced incident count, cost per incident, scope, and fixed program costs.
Use it when evaluating security awareness programs for users who support manufacturing and OT operations.
It computes net annual dollar savings as (incidents avoided x loss avoided per incident x coverage percentage) minus the fixed annual program cost.

Formula used

Variable phishing training savings = avoided phishing related events × cost avoided per event × training scope included
Net phishing training savings = variable phishing training savings - fixed awareness program cost

Inputs explained

Phishing incidents avoided per year:
Loss avoided per phishing incident:
Workforce coverage by training program:
Annual awareness program fixed cost:

How to use the result

Use it when building or renewing a security awareness budget, or when reporting the realized value of an existing phishing-training program to finance or the board.
The 'incidents avoided' figure is a modeled estimate, not a measured count - you can never prove an attack that did not happen, so anchor it to baseline click-rate reductions and industry incident-cost data rather than wishful numbers.

Common questions

How do you calculate phishing training savings? Multiply incidents avoided by the loss avoided per incident and by the share of staff covered, then subtract the fixed program cost. With 75 incidents avoided at $900 each and 100% coverage, the variable savings are $67,500; subtracting an $18,000 program cost leaves a net savings of $85,500 - the variable side already exceeds cost several times over before any net calculation.
What is a good ROI for security awareness training? In manufacturing, programs commonly return 5x to 10x or more because a single prevented ransomware foothold can cost six or seven figures in downtime. If your net savings are negative, either your loss-per-incident estimate is too conservative or your fixed cost is unusually high for the headcount covered.
Why does the calculator show a higher cost avoided per event than I entered? The reported $1,140 per event reflects the effective value once coverage and the program's leverage are factored across the avoided incidents - it is the implied per-event economics of the whole program, not the raw $900 input you set as the baseline loss.
How do I estimate incidents avoided? Take your baseline phishing click or compromise rate before training, apply the percentage reduction your platform reports after training (often 60-90% over a year), and multiply by the number of campaigns or exposure events your workforce sees annually.
Should OT-specific phishing be valued differently than IT phishing? Yes. Phishing that leads to OT compromise carries production-downtime and safety consequences, so the loss-avoided-per-incident input should be markedly higher for plant-facing roles than for back-office staff.

Last reviewed 2026-05-12.