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Build a Social Engineering Awareness Simulator

Create a web-based simulator that educates users on social engineering threats like phishing, baiting, and impersonation using interactive case studies, real-time decisions, and educational feedback.

Why Simulate Social Engineering Attacks?

Humans are often the weakest link in cybersecurity. Social engineering attacks manipulate trust, urgency, or curiosity. Simulating such attacks in a safe, educational environment helps users recognize and avoid real-world traps like phishing emails or phone scams.

Core Objectives of the Simulator

The project aims to build a training simulator that mimics real attack methods — such as suspicious emails, misleading links, or manipulative calls — and offers instant feedback. It boosts awareness by teaching users to identify red flags and respond safely.

Key Features to Implement

Phishing Email Simulator

Display realistic email examples and challenge users to spot signs of phishing (spoofed sender, urgency, malicious links).

Scenario-Based Decisions

Simulate impersonation or baiting attempts and let users choose actions with consequences.

Real-Time Feedback

Explain why an action was safe or risky immediately after the user makes a choice.

Progress Tracker

Gamify learning with scores, badges, and lessons unlocked after each completed scenario.

How the Simulator Works

Users interact with a series of simulated cyber situations — like emails, messages, or calls — where they must decide how to respond. The app tracks their decisions, educates them with security principles, and awards badges or improvements based on performance.

  • User selects a training module (e.g., phishing, baiting, pretexting).
  • Simulator presents realistic-looking emails, messages, or roleplays.
  • User makes decisions (click, ignore, report, respond, etc.).
  • Immediate feedback and explanation follows every choice.
  • Scoreboard shows areas to improve and tracks learning progress.
Recommended Tech Stack & Tools

Frontend

React.js or Vue.js for interactive scenarios, choices, and modals.

Backend

Node.js/Express or Django for storing scenarios, tracking progress, and feedback delivery.

Database

MongoDB or PostgreSQL to manage users, scenario logs, and scoring data.

Gamification & UX

Tailwind CSS, Framer Motion for transitions, and a badge system with unlockable levels.

Step-by-Step Development Plan

1. Design Scenario Templates

Create phishing emails, messages, and fake profiles that users interact with during simulation.

2. Implement Interactive Decision UI

Allow users to take actions like click, ignore, or report — with branching outcomes.

3. Add Real-Time Feedback System

Immediately explain why a user’s action was correct or risky, with references.

4. Track Progress and Score

Assign points, show badges, and store progress so users can track growth.

5. Launch with Admin Panel

Allow admins to create new scenarios, track user stats, and manage training campaigns.

Helpful Resources for Development

Train Minds. Outsmart Manipulation.

Build a fun, interactive, and educational simulator to train users in detecting and defeating real-world social engineering threats before they fall victim.

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