Calculated Results
Enter your cybersecurity training values below and submit the form. The calculator will display total investment, per-employee cost, completion-adjusted cost, risk change, ROI, and export-ready results here.
Calculator Inputs
Example Data Table
Illustrative scenarios for budget planning and internal benchmarking.
| Program Type | Employees | Completion Rate | Total Investment | Cost per Employee | Cost per Completer | Annual Risk Reduction |
|---|---|---|---|---|---|---|
| Security Awareness Refresh | 120 | 92% | $22,744.83 | $189.54 | $205.93 | $53,000.00 |
| Phishing Simulation Campaign | 250 | 88% | $38,912.00 | $155.65 | $176.87 | $71,500.00 |
| Incident Response Workshop | 40 | 95% | $18,360.00 | $459.00 | $483.16 | $39,000.00 |
Formula Used
This calculator separates direct spending, labor impact, and estimated cyber risk change. The core formulas are:
- Repeat Seats =
Employees Enrolled × Retake Rate - Billable Seats =
Employees Enrolled + Repeat Seats - Expected Completers =
Employees Enrolled × Completion Rate - Variable Direct Cost =
Billable Seats × (License + Assessment + Voucher + Travel + Materials) - Fixed Direct Cost =
Instructor + Platform + Facility + Simulation + Miscellaneous - Admin Labor Cost =
Admin Hours × Admin Hourly Rate - Learner Labor Cost =
Billable Seats × Training Hours × Average Hourly Wage - Productivity Impact Cost =
Learner Labor Cost × Productivity Loss Rate - Contingency Reserve =
Subtotal × Contingency Rate - Total Training Investment =
Variable Direct + Fixed Direct + Admin + Learner Labor + Productivity Impact + Contingency - Cost per Enrolled Employee =
Total Training Investment ÷ Employees Enrolled - Cost per Expected Completer =
Total Training Investment ÷ Expected Completers - Annual Risk Change =
Annual Expected Loss Before − Annual Expected Loss After - Net Program Value =
Annual Risk Change − Total Training Investment - Estimated ROI =
(Net Program Value ÷ Total Training Investment) × 100
Use internal finance, HR, and security estimates for more reliable budgeting decisions.
How to Use This Calculator
- Enter the number of employees joining the cybersecurity training program.
- Add completion and retake percentages to reflect realistic delivery performance.
- Enter per-employee costs such as licenses, assessments, travel, vouchers, and materials.
- Add fixed costs including instructor, facility, lab, platform, and other program fees.
- Include labor assumptions for learners and administrators.
- Set a productivity loss rate if training time also reduces normal output.
- Add annual expected cyber loss estimates before and after training.
- Submit the form to view total investment, unit costs, risk change, ROI, and the graph.
- Use the CSV or PDF buttons to export the result summary for reporting.
FAQs
1. What does cost per employee represent?
It shows the full training investment divided by enrolled employees. The figure includes direct fees, labor time, productivity impact, and contingency, giving a wider budgeting view than course fees alone.
2. Why is retake rate included?
Some employees repeat modules, fail assessments, or require remediation. Retake rate increases billable seats and total hours, which can materially change the real cost of cybersecurity training.
3. Should learner wages be counted as training cost?
Yes, when staff attend training during paid hours, wages remain a real organizational cost. Including labor gives a more complete estimate for internal budgeting and executive approval.
4. What is productivity impact cost?
It estimates the extra operational value lost while employees pause normal work for training. This is separate from wages and helps model opportunity cost more clearly.
5. How should I estimate annual expected loss?
Use internal incident history, external benchmarks, audit findings, phishing metrics, and control maturity assessments. Conservative, documented assumptions usually produce more defensible budget models.
6. What if the annual risk change is negative?
The model will show that post-training loss is higher than current estimated loss. That usually means your assumptions need review or the planned program may not address the target risks.
7. Is cost per completer more useful than cost per employee?
Often yes. Cost per completer adjusts for incomplete participation and gives a better measure of effective spending, especially when completion rates vary across teams or vendors.
8. Can this calculator support vendor comparisons?
Yes. Run the calculator multiple times with different price, completion, and risk assumptions. Compare total investment, per-completer cost, and net program value for each option.