🧭 1. Scoping & Rules of Engagement

• Define objectives: Is this a compliance test? Purple team? Red team? Are there specific threat models (e.g., insider, external, partner)?
• Set constraints: Test windows, business unit exclusions, targets off-limits (e.g., production databases)
• Determine test type: Black box (no internal knowledge), gray box (credentials/partial access), white box (full access + architecture awareness)
• Agree on ROE (Rules of Engagement): What’s fair game, what’s not, and how impacts will be handled

🔎 2. Reconnaissance & OSINT

This phase involves identifying exposed assets, technologies, employees, or weak signals in public or semi-public spaces.

• Tools: Shodan, Censys, Amass, Spiderfoot, Maltego
• Targets: DNS records, subdomains, misconfigured GitHub repos, public buckets (S3, Blob), employee profiles
• Objectives: Map the attack surface, discover forgotten or shadow assets, identify potential social engineering or phishing vectors

🧪 3. Scanning & Vulnerability Analysis

Once targets are known, ethical hackers enumerate services, look for misconfigurations, and assess known vulnerabilities.

• Port scanning: Nmap, Masscan
• Web scanning: Nikto, OWASP ZAP, Burp Suite
• Vuln scanning: Nessus, OpenVAS, Nexpose
• Enumerating software versions: to identify unpatched components or known CVEs
• Banner grabbing and fingerprinting: What services are running, and how can they be probed safely?

💥 4. Exploitation

This is where vulnerabilities are actively used to gain access or escalate privileges—without causing production damage.

• Exploitation frameworks: Metasploit, Cobalt Strike (licensed), Exploit-DB/PayloadsAllTheThings
• Web exploitation: SQLi, XSS, IDOR, insecure deserialization
• Credential attacks: Password spraying, brute forcing, Kerberoasting, NTLM relay
• Privilege escalation: Exploiting misconfigurations (SUID binaries, Docker breakout, Azure AD misdelegations)
• Custom payloads: Encoded reverse shells, stagers, or binary droppers created to evade detection

🎯 5. Post-Exploitation & Persistence

• Enumerate the environment: Where am I? What can I touch? What’s sensitive?
• Lateral movement: Pass-the-hash, RDP pivoting, credential harvesting, impersonation attacks
• Establish persistence: Scheduled tasks, registry keys, cron jobs, IAM tokens
• Simulate data access/exfil: Read-only checks to demonstrate data at risk (without stealing it)

🧾 6. Reporting, Debrief, and Defense Handoff

• Executive summary: Clear explanation of risk, business impact, and recommendations
• Technical findings: Step-by-step exploitation paths, payloads used, and evidence collected
• Risk rating: Using CVSS, OWASP Top 10, or context-sensitive evaluation
• Remediation guidance: Fix paths, configuration hardening, patch prioritization
• Optional debrief: Walkthrough with defenders (blue team) to improve detection and incident response

🔁 Pen Tests Are Not One-and-Done

The best organizations treat pen testing as an iterative, strategic process—not a checkbox exercise. Regular testing ensures that:

• Cloud and infrastructure changes are reviewed
• New applications and APIs are assessed
• Controls like EDR and MFA are validated in real-world simulations
• Security awareness (especially social engineering) is tested and improved

📣 Final Thought

A good pen test doesn’t just find bugs—it tells a story. It shows how weaknesses align, how attackers think, and where defenders can do better. Treat it as a strategy accelerator, not just a security scan.

Need a structured, transparent, and business-aligned penetration test? Let’s talk.