📋Components of a Report

🎯 Overview

The report is the main deliverable clients pay for during penetration tests. It must demonstrate work performed, provide maximum value, and be free of extraneous data. Everything included should have a clear purpose and help clients prioritize remediation efforts.

📋 Core Report Structure

🎯 Executive Summary

# Purpose:
- Written for non-technical stakeholders
- Budget allocation decision makers
- Board of Directors presentation
- Funding justification support

# Key principles:
- 1.5-2 pages maximum
- No technical jargon or acronyms
- Specific metrics (not "several" or "multiple")
- Business impact focus
- Remediation effort estimates

⚔️ Attack Chain

# Purpose:
- Demonstrate exploitation path
- Show finding interconnections
- Justify severity ratings
- Evidence for individual findings

# Structure:
1. Summary of complete attack path
2. Step-by-step walkthrough
3. Supporting command output
4. Screenshots for GUI interactions
5. Impact demonstration

🔍 Findings Section

# Content:
- Technical vulnerability details
- Exploitation evidence
- Reproduction steps
- Remediation recommendations
- Risk assessment justification

# Organization:
- Severity-based ordering
- Clear finding titles
- Consistent formatting
- Complete evidence packages

📊 Summary of Recommendations

# Timeframe categories:
- Short-term: Immediate patches/fixes
- Medium-term: Process improvements
- Long-term: Strategic security enhancements

# Requirements:
- Tie back to specific findings
- Actionable recommendations only
- Effort level estimates
- Business impact consideration

📝 Executive Summary Best Practices

✅ DO

# Content guidelines:
- Use specific numbers instead of vague terms
- Describe accessible systems/data types
- Explain general improvement areas
- Include remediation effort estimates
- Focus on high-impact findings

# Writing style:
- Non-technical language
- Clear, concise sentences
- Business impact focus
- Universal understanding
- Attention-grabbing content

❌ DON'T

# Avoid:
- Specific vendor recommendations
- Technical acronyms (SNMP, MitM)
- References to technical sections
- Obscure vocabulary
- Excessive detail on minor findings

# Common mistakes:
- More than 2 pages length
- Technical jargon usage
- Assumption of technical knowledge
- Ambiguous metrics
- Overwhelming detail

🔄 Technical Term Translation

# Professional vocabulary conversion:
VPN/SSH → "secure remote administration protocol"
SSL/TLS → "secure web browsing technology"
Hash → "cryptographic password validation"
Password Spraying → "automated weak password testing"
Buffer Overflow → "remote command execution attack"
OSINT → "public information gathering"
SQL Injection → "database manipulation vulnerability"

📊 Sample Attack Chain Structure

🎯 INLANEFREIGHT.LOCAL Example

# Attack progression:
1. LLMNR/NBT-NS Poisoning → bsmith user hash
2. Offline hash cracking → domain foothold
3. BloodHound enumeration → privilege mapping
4. Kerberoasting attack → mssqlsvc account
5. Credential extraction → srvadmin cleartext
6. Lateral movement → pramirez TGT ticket
7. Pass-the-Ticket → DCSync privileges
8. Domain compromise → Administrator hash
9. Full domain control → NTDS database dump

# Evidence components:
- Responder output (hash capture)
- Hashcat results (password cracking)
- BloodHound graphs (privilege paths)
- GetUserSPNs output (Kerberoasting)
- CrackMapExec LSA dumps (credential extraction)
- Rubeus ticket operations (Pass-the-Ticket)
- Mimikatz DCSync (domain compromise)

📋 Report Appendices

🔒 Static Appendices (Always Include)

# Scope:
- Assessment boundaries
- Network ranges/URLs
- Facilities tested
- Auditor requirements

# Methodology:
- Repeatable process documentation
- Testing approach explanation
- Tool usage justification
- Quality assurance measures

# Severity Ratings:
- Risk level definitions
- Scoring criteria
- CVSS mapping (if applicable)
- Defensible rating system

# Biographies:
- Tester qualifications
- Relevant experience
- Certifications
- PCI compliance requirements

🔄 Dynamic Appendices (Conditional)

# Exploitation Attempts:
- Payload deployment log
- File locations and hashes
- Cleanup status tracking
- Forensics team reference

# Compromised Credentials:
- Account listing
- Privilege levels
- Password change requirements
- Monitoring recommendations

# Configuration Changes:
- System modifications made
- Reversion procedures
- Risk mitigation steps
- Approval documentation

# Additional Affected Scope:
- Extended host listings
- Service enumeration results
- Large-scale finding impacts
- Supplementary evidence

# Information Gathering (External):
- OSINT data collection
- Domain ownership information
- Subdomain enumeration
- Breach data analysis
- SSL/TLS configuration review

# Domain Password Analysis:
- NTDS database statistics
- Hashcat cracking results
- Privileged account analysis
- Password policy recommendations
- DPAT report integration

🎯 HTB Academy Lab Solutions

Lab Questions

# Question 1: Non-technical report component
# Answer: Executive Summary

# Question 2: Vendor recommendations in Executive Summary
# Answer: False

Executive Summary Principles

# Target audience:
- Budget decision makers
- Non-technical executives
- Board of Directors
- Internal audit teams

# Success criteria:
- Funding allocation support
- Clear business impact
- Actionable recommendations
- Professional credibility

⚠️ Professional Considerations

📋 Finding Prioritization

# Focus areas:
- Remote code execution flaws
- Sensitive data exposure
- Authentication bypasses
- Privilege escalation paths

# Noise filtering:
- Consolidate minor findings
- Remove false positives
- Group related vulnerabilities
- Focus on exploitable issues

🔍 Evidence Quality

# Essential elements:
- Clear reproduction steps
- Complete command output
- Relevant screenshots
- Business impact demonstration
- Remediation guidance

# Formatting standards:
- Consistent presentation
- Proper redaction
- Professional appearance
- Client-friendly language

💡 Key Takeaways

1. Executive Summary is the most critical section for non-technical audiences

2. Attack chains demonstrate finding interconnections and impact

3. Specific metrics more effective than vague terms

4. No vendor recommendations in executive sections

5. Appendices provide comprehensive supporting documentation

6. Professional language essential for stakeholder communication

7. Evidence quality determines report credibility and usefulness

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Effective report components balance technical accuracy with business communication, ensuring all stakeholders can understand and act on penetration testing findings.