Network & Infrastructure

Active Directory Penetration Testing

AD-focused testing of the misconfigurations that lead to domain compromise.

Overview

Active Directory penetration testing targets the misconfigurations that lead to domain compromise — Kerberoasting, delegation abuse, and ACL/GPO flaws that turn one foothold into domain dominance.

What we test

Where attackers get in — and where we look.

Kerberoasting & AS-REP

Delegation abuse

ACL & GPO misconfig

Credential & hash abuse

Domain-dominance paths

How we test

A proof-driven methodology.

Scope & recon

We agree objectives and rules of engagement, then map what you actually expose.

Map the attack surface

Enumerate entry points, roles, and trust boundaries a real attacker would target.

Manual exploitation

Certified testers exploit flaws by hand — chaining issues scanners never connect.

Prove impact

Every finding ships with a working, reproducible proof-of-exploit and business context.

Report & retest

Risk-ranked report with fixes, then a retest that confirms each issue is closed.

What you get

Proof you can act on.

Reproducible proof-of-exploit

Every finding ships with a working exploit and evidence.

Risk-ranked report

CVSS + business context, prioritized for your team.

Remediation guidance

Actionable fixes mapped to each finding.

Retest to verified fix

We confirm closure — proof it’s fixed, not assumed.

Related programs

Make it continuous.

Pair this test with a program that keeps coverage live between engagements.

FAQ

Active Directory Penetration Testing — questions buyers ask.

Why focus specifically on Active Directory?

AD is the backbone of most enterprise networks and the most common path to full domain compromise, yet its risks are configuration-driven and often invisible to scanners.

What attacks do you test?

Kerberoasting, AS-REP roasting, delegation abuse, ACL and GPO misconfigurations, credential and hash abuse, and domain-dominance paths.

Do you test Entra ID (Azure AD)?

Yes — hybrid identity and Entra ID are increasingly the real attack surface, and we test the on-prem/cloud trust boundary.

Prove what an attacker could actually do.

A short scoping call, no obligation.