CompTIA PenTest+ V3 PT0-003 Roadmap

Weeks 1–2: make authorization a technical control, not a paragraph forgotten after kickoff.

• Define parties, owned targets, accounts or tenants, methods, payload classes, dates, windows, rates, exclusions, and third parties.
• Set service-health monitoring, emergency contacts, stop conditions, rollback authority, evidence rules, retention, cost limits, and cleanup acceptance.
• Translate signed scope into machine-enforced target, identity, endpoint, protocol, and method allowlists.
• Use private reserved addressing, denied public and production routes, disposable snapshots, synthetic identities, and inert canary data.
• Plan immediate critical-finding escalation and mandatory-reporting consultation through named legal and engagement contacts.
• Protect evidence through provenance, encryption, need-to-know access, redaction, transfer records, and scheduled deletion.
• Practice executive and technical report structures and retest criteria before the first probe.
• Complete all 7 Engagement management questions.

Weeks 3–4: build an accurate attack-surface map without confusing discovery with permission.

• Distinguish passive approved metadata from direct active interaction with a target.
• Validate ownership and freshness for registration, certificate, archive, and public-like range fixtures.
• Start active discovery at safe rates, observe health, respect exclusions, and expand only within the rules of engagement.
• Enumerate DNS, certificates, protocols, routes, applications, APIs, synthetic directories, and read-only cloud inventories.
• Do not identify services by port alone; correlate protocol behavior, certificate, banner, response, and owner records.
• Bind scripts to exact target and account identifiers with dry runs, timeouts, concurrency limits, errors, and audit logs.
• Minimize packet collection by interface, filter, field, duration, access, and retention.
• Complete all 10 Reconnaissance and enumeration questions.

Weeks 5–6: combine complementary methods and distinguish presence, reachability, exploitability, and impact.

• Use bounded authenticated and unauthenticated host scanning plus source, dependency, image, configuration, application, and API analysis.
• Verify credentials, privileges, platform support, policies, target reachability, and successful checks before interpreting clean results.
• Reconcile duplicate findings while preserving original evidence and tool versions.
• Validate version findings with vendor advisories, package provenance, configuration, and non-destructive checks.
• Prioritize validation by reachability, exploitability, controls, target value, business impact, and operational safety.
• Use synthetic objects, inert files, canary endpoints, and safe policy evidence instead of real data or harmful payloads.
• During retest, verify the deployed version, root condition, alternative paths, regressions, and service health.
• Complete all 9 Vulnerability discovery and analysis questions.

Weeks 7–8: understand exploit classes through defensive proof, remediation, and detection—not uncontrolled payload execution.

• Study server-side object and function authorization, parameterized queries, context encoding, canonical paths, upload controls, sessions, and server-side fetch restrictions.
• Assess cloud metadata, workload identity, effective policy, egress, secrets, container privilege, mounts, capabilities, and runtime isolation.
• Evaluate identity defenses with synthetic accounts, MFA, breached-password screening, recovery, rate controls, and session revocation.
• Treat AI retrieval content as untrusted data; expose no secrets or unrestricted tools and enforce policy outside the model.
• Reject destructive public proof-of-concept behavior; use code review, vendor evidence, safe indicators, or reviewed inert rewrites.
• Use designated canaries to validate segmentation and privilege without collecting credentials or unrelated files.
• Keep monitoring enabled and activity visible. Do not practice stealth, evasion, destructive payloads, real-target testing, or durable persistence.
• Complete all 17 Attacks and exploits questions.

Weeks 9–10+: show how a path matters, then break it and prove the range is gone.

• Build source-linked narratives of prerequisites, control gaps, minimum proofs, impact, detections, remediation, limitations, and cleanup.
• Separate demonstrated access from possible next steps and avoid claims of total compromise from one path.
• Replace standing administrative reach with tiering, just-in-time identities, hardened origins, restricted management paths, and session monitoring.
• Simulate persistence only when pre-approved through a visible, expiring, reversible marker; remove it immediately after observation.
• Complete the hybrid test, web/API/AI lab, and segmentation/identity path project.
• Retest original and adjacent paths, required business flows, detections, service health, and rollback.
• Review 40 cards and all 50 questions, explaining authorization, evidence, minimum impact, and cleanup in every answer.
• Attest that no identity, token, file, task, process, rule, listener, route, snapshot, schedule, raw artifact, or charge remains.