Phishing Simulation Pass-Rate Calculator

Calculate phishing simulation pass rate, click rate, report rate, and credential submission rate.

Save

Inputs

Your values stay on this device.

Results

Pass Rate
Click Rate9.00%
Credential Submission Rate1.60%
Report Rate24.00%

Report

Export and share

Document

Copy and share

Assumptions

  • Inputs are user-entered because pricing, deadlines, policies, and technical limits vary.
  • Calculations run locally in your browser and do not store passwords, incidents, network designs, or security program data.
  • This is planning math, not security assurance, legal advice, or a substitute for testing.

Sensitivity preview

Emails Sent -10%: Pass Rate 88.22%

Emails Sent Current: Pass Rate 89.40%

Emails Sent +10%: Pass Rate 90.36%

Formula: Pass rate = (sent - unique failures) / sent. Unique failures are approximated as clicks plus credential submissions, capped at sent.

Related Tools

View All

About this Phishing Simulation Pass-Rate Calculator

Phishing simulation results are clearer when pass rate, click rate, report rate, and credential submission rate are shown together.

Who this calculator is for

  • IT, security, privacy, and operations teams doing first-pass planning.
  • Small businesses documenting assumptions before buying tools or changing policy.
  • Technical users who want transparent formulas for networking and security estimates.

When to use it

  • Turn counts, rates, dates, storage, and capacity assumptions into quick planning numbers.
  • Compare current and target scenarios before changing a policy or buying infrastructure.
  • Document the assumptions that should be verified in the real environment.

How to use this calculator

  1. Enter values from your logs, tools, network design, policy, contract, or security program.
  2. Replace defaults with measured data whenever possible.
  3. Review the primary output, then adjust one assumption at a time for sensitivity checks.

Key assumptions

  • Inputs are user-entered because pricing, deadlines, policies, and technical limits vary.
  • Calculations run locally in your browser and do not store passwords, incidents, network designs, or security program data.
  • This is planning math, not security assurance, legal advice, or a substitute for testing.

Accuracy and testing

Review formula sources, default test cases, assumptions, unit handling, rounding rules, and changelog for this calculator.

View accuracy page

How this calculator works

Pass rate = users who did not click or submit credentials / emails sent. Report rate = reports / emails sent.
Pass rate = (sent - unique failures) / sent. Unique failures are approximated as clicks plus credential submissions, capped at sent.

Inputs explained

Current state

Inventory, dates, users, rules, bandwidth, storage, or measured baseline values.

Target or policy

The threshold, retention period, deadline, service objective, or target adoption rate you want to plan against.

Rates and buffers

Growth, overhead, loss, compression, and unit costs should reflect your own environment.

Understanding your results

Results are planning estimates. Real systems can differ because of architecture, vendor limits, logging volume, threat models, policy choices, and user behavior.

Example scenarios

Planning example

If 500 simulations are sent, 45 users click, 8 submit credentials, and 120 report it, the pass rate is about 89.4%.

Key Features

  • Instant Calculation
  • Private & Secure
  • Mobile Optimized

Tips & Best Practices

  • Use measured values from production tools when available.
  • Add buffer for bursty workloads, growth, vendor overhead, and manual process delays.
  • Confirm legal deadlines, security controls, and vendor limits before relying on the estimate.

Frequently Asked Questions

Are these values stored?
No. The calculator runs locally in your browser.
Can this replace a security review?
No. It is a planning calculator. Validate controls, deadlines, and technical assumptions with the right tools, policies, vendors, and professionals.
Why are prices, rates, and deadlines user-entered?
Security tools, laws, providers, and internal policies change. User-entered assumptions keep the formulas transparent and reusable.