EC-Council LPT Master study plan

Draft a written penetration testing methodology document that defines scoping, rules of engagement, reconnaissance, threat modeling, exploitation, post-exploitation, and reporting stages with entry and exit criteria per stage

Define at least six measurable metrics (for example test coverage per asset, vulnerability confirmation rate, mean time to privilege escalation, false positive rate) and attach a calculation formula to each

Map every stage of your methodology to the ten exam domains so you can state which domain each activity evidences

Build a reusable engagement tracker spreadsheet with columns for asset, test case, evidence reference, severity, and retest status

Write a one-page client intake checklist covering authorization, scope boundaries, blackout windows, and data handling rules

Explain the anatomy of a stack-based buffer overflow (stack layout, EIP overwrite offset, bad characters, return address selection) and reproduce the workflow in a lab on a deliberately vulnerable target

Write a working proof-of-concept exploit script that gains a shell against a lab service, then rewrite it as a Python script using sockets so no framework dependency is required

Demonstrate at least one Windows service exploitation path and one Linux service exploitation path in an isolated lab, capturing command output as evidence

Document how to verify exploit reliability by running the exploit repeatedly and recording success rate

Compare staged versus non-staged payload behavior and record which situations call for each

Identify and confirm SQL injection manually (error-based, boolean-based, time-based, and UNION-based) without relying on an automated scanner, and record the exact payload and response difference for each

Demonstrate reflected, stored, and DOM-based XSS in a lab application and write a payload that proves impact beyond an alert box

Exploit local file inclusion to read a file outside the intended directory and escalate it to remote code execution via log poisoning or file upload where the lab permits

Test remote file inclusion defenses and document which PHP or server configuration settings block it

Write a remediation note for each vulnerability class that a developer can act on without asking follow-up questions

Enumerate and exploit at least three Linux privilege escalation vectors in a lab (SUID misconfiguration, sudo rights abuse, cron job or writable service file) and record the exact commands

Enumerate and exploit at least three Windows privilege escalation vectors in a lab (unquoted service path, weak service permissions, token privileges such as SeImpersonate) and record the exact commands

Build a personal privilege escalation checklist organized by operating system, covering enumeration commands, credential hunting locations, and kernel exploit selection criteria

Explain how to validate that a kernel exploit is appropriate for the target build before running it, and note the risk of crashing production hosts

Demonstrate credential dumping from a lab host and describe how the harvested credentials feed lateral movement

Solve at least four chained lab scenarios where the entry point is not the objective, writing the reasoning path for each hop

Practice at least three non-obvious pivots (for example abusing trust relationships, reusing credentials across services, or turning a low-impact information disclosure into an access path) and document the decision logic

Write a short analysis of how to test a business logic flaw by describing the intended workflow, then the abuse case, then the evidence needed to prove it

Design a hypothesis-driven testing loop (observe, hypothesize, test, record) and apply it to one unfamiliar lab target from first contact to objective

Review one of your earlier findings and identify an alternative exploitation route you missed

Write a full sample penetration test report for a lab engagement including executive summary, scope, methodology, findings, risk ratings, evidence, and remediation roadmap

Write an executive summary of no more than one page that states business risk and recommended decisions without technical jargon

Rate every finding using a consistent scoring method and justify each rating in one sentence tied to business impact

Produce a remediation roadmap that sequences fixes by risk reduction per unit of effort and states an owner and target date for each item

Draft a findings table and a retest plan that a client can execute without further input

Run one timed end-to-end engagement against a lab range in under four hours, applying your methodology from week 1 and logging every action with timestamps

Convert the engagement log into report-ready evidence with screenshots or command transcripts numbered and cross-referenced to findings

Measure your performance against the week 1 metrics and identify the two stages where you lost the most time

Revise the methodology playbook based on measured gaps and record what changed and why

Rehearse a ten-minute verbal debrief to a non-technical stakeholder covering impact, urgency, and next steps

Review the exam rules, identity verification steps, environment requirements, and permitted materials for the remotely proctored exam, and confirm your workspace meets them

Complete two timed practice assessments under exam-like conditions and record score by domain to target remaining weak areas

Revisit your weakest two domains using your own notes and lab evidence rather than rereading source material

Recite from memory the methodology stages, the six metrics, and the report structure in a self-recorded five-minute summary

Prepare a one-page exam-day checklist covering identification, environment checks, time allocation per section, and a strategy for flagging uncertain items