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Version: Next 🚧

Attack Simulation Overview

Cert-IX Attack Simulation enables you to test your organization's defenses by simulating real-world attacks in a safe, controlled environment.

Why Attack Simulation?​

Test your security before attackers do:

  • Validate defenses - Confirm security controls work
  • Find weaknesses - Discover gaps before exploitation
  • Train teams - Improve incident response
  • Meet compliance - Demonstrate security testing
  • Measure progress - Track security improvements

Attack Categories​

Phishing Simulations​

Test human security awareness:

  • Email phishing campaigns
  • Spear phishing attempts
  • Credential harvesting
  • Payload delivery

Learn more →

Ransomware Simulations​

Test ransomware defenses:

  • Encryption behavior testing
  • Backup verification
  • Recovery procedures
  • Detection capabilities

Learn more →

API Vulnerability Testing​

Test API security:

  • Authentication bypass
  • Authorization flaws
  • Injection attacks
  • Data exposure

Learn more →

Cloud Misconfigurations​

Test cloud security:

  • Public exposure testing
  • Permission validation
  • Configuration compliance
  • Cross-account access

Learn more →

Additional Simulations​

  • AI-driven attack simulations
  • Supply chain attack scenarios
  • IoT compromise testing
  • Zero-day simulation

Simulation Dashboard​

Overview​

  • Active simulations
  • Completed simulations
  • Success/failure rates
  • Key findings

Metrics​

  • Defense effectiveness
  • Detection rates
  • Response times
  • Improvement trends

Running Simulations​

Step 1: Select Simulation Type​

  1. Navigate to Attack Simulation
  2. Browse available simulations
  3. Select simulation type
  4. Review simulation details

Step 2: Configure Simulation​

  1. Set simulation scope
  2. Choose targets
  3. Configure parameters
  4. Set schedule (immediate or planned)

Step 3: Execute Simulation​

  1. Review configuration
  2. Get required approvals
  3. Execute simulation
  4. Monitor progress

Step 4: Analyze Results​

  1. Review simulation results
  2. Analyze findings
  3. Generate reports
  4. Plan remediation

Simulation Safety​

Safe by Design​

  • No real damage to systems
  • Controlled execution
  • Automatic rollback
  • Kill switch capability

Scope Control​

  • Defined target scope
  • Excluded systems
  • Time boundaries
  • Resource limits

Approval Workflow​

  • Required approvals
  • Notification to stakeholders
  • Change management integration
  • Audit logging

Results Analysis​

Simulation Results​

For each simulation:

  • Objectives tested
  • Defenses encountered
  • Successful/failed steps
  • Detection events
  • Time to detect/respond

Findings​

  • Security gaps identified
  • Control effectiveness
  • Recommendations
  • Priority ratings

Reporting​

  • Executive summary
  • Technical details
  • Remediation guidance
  • Trend analysis

Remediation Tracking​

From Findings to Fixes​

  1. Review simulation findings
  2. Create remediation tasks
  3. Assign owners
  4. Track progress
  5. Verify fixes

Re-testing​

After remediation:

  1. Schedule re-test
  2. Run focused simulation
  3. Verify fix effectiveness
  4. Update documentation

Best Practices​

  1. Regular testing - Simulate attacks regularly
  2. Realistic scenarios - Use relevant attack types
  3. Measure improvement - Track progress over time
  4. Train from results - Use findings for training
  5. Document everything - Keep detailed records
  6. Fix what you find - Act on discoveries

Next Steps: