Network & Infrastructure

External Network Penetration Testing

Perimeter testing from the attacker’s vantage point across your internet-facing estate.

Overview

External network penetration testing assesses your internet-facing estate from an attacker’s vantage point — enumerating exposed services, misconfigurations, and known-CVE exposure that provide a foothold into your network.

What we test

Where attackers get in — and where we look.

Exposed service enumeration

Perimeter misconfiguration

Credential exposure

VPN & remote access

Known-CVE exploitation

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.

FAQ

External Network Penetration Testing — questions buyers ask.

What’s the difference between external and internal testing?

External testing starts from the internet with no access; internal testing assumes a foothold and looks at what an attacker does next inside the perimeter.

How often should we run external testing?

At least annually and after significant perimeter change — or continuously, since internet-facing assets change constantly. Ask about our PTaaS program.

Do you test for known CVEs and misconfigurations?

Yes, and we manually verify exploitability so you do not waste time on false positives from a scanner.

Prove what an attacker could actually do.

A short scoping call, no obligation.