Cybersecurity

Do you know what an attacker can reach if they get past your perimeter — or through it?

We test your external and internal network for exploitable vulnerabilities, weak credentials, and lateral movement paths — simulating exactly what a real attacker would do.

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The challenges you're facing

Services exposed to the internet that your team doesn't know about — shadow IT, forgotten servers, misconfigured firewalls

Internal network that a compromised user or malware can traverse freely due to a flat architecture

Default credentials on network devices, printers, and management interfaces that haven't been changed

Real-World Network Attack Simulation with Detailed Remediation

We perform external and internal network penetration testing that simulates what an attacker does: discover your external attack surface, exploit accessible vulnerabilities, gain an initial foothold, then test lateral movement, privilege escalation, and access to critical systems. External testing starts with no prior knowledge. Internal testing starts from a standard employee network position. You receive a detailed report showing exactly what was possible and how to close every path.

What you get

1

External Reconnaissance & Scanning

OSINT, subdomain enumeration, port scanning, service fingerprinting of all externally exposed assets.

2

Exploitation & Initial Access

Attempt exploitation of identified vulnerabilities to demonstrate actual exploitability and impact.

3

Internal Network Assessment

From internal network position: credential testing, network scanning, SMB enumeration, and lateral movement testing.

4

Report with Attack Narrative

Full attack narrative showing the kill chain, CVSS-scored findings, and prioritised remediation by exploitability and impact.

Technologies & tools

NmapMetasploitNessusBurp SuiteResponderBloodHoundCrackMapExecImpacket

Case study — anonymised

Healthcare Provider — 3 sites

Before

External pentest found RDP exposed to internet on 3 servers. Internal pentest demonstrated domain admin access within 90 minutes from standard user position via Kerberoasting and password spray.

After

RDP moved behind VPN, legacy authentication disabled, AD security hardened (Kerberoasting mitigated), network segmentation implemented between clinical and admin networks.

External attack surface reduced by 87%, internal compromise simulation retested — domain admin no longer achievable from standard user position

Further reading

OWASP Top 10 Explained for Business Leaders

Every web application has vulnerabilities. The OWASP Top 10 is the industry's answer to which ones actually matter, and it's increasingly what gets asked for by name — by auditors, insurers, and enterprise customers.

Zero Trust vs. VPN: Why Enterprises Are Switching

A VPN's entire security model rests on one assumption: if you're on the inside, you're trusted. Remote work and cloud broke that assumption years ago.

Frequently Asked Questions

Common questions from enterprise and mid-market teams across India and internationally.

What is the difference between external and internal penetration testing?
External penetration testing simulates an attacker on the internet trying to breach your network perimeter — testing what's exposed and exploitable from outside. Internal penetration testing simulates an attacker who already has a foothold inside (compromised employee, malware) and tests how far they can move laterally and escalate privileges.
Do you test Active Directory as part of internal network testing?
Yes. Active Directory is the primary target in internal network tests because compromising it gives an attacker control of your entire Windows environment. We test for Kerberoasting, AS-REP roasting, password spray, LLMNR/NBT-NS poisoning, and common AD misconfiguration vulnerabilities.
What is the scope typically for a network penetration test?
External scope is your IP ranges and domains. Internal scope is typically defined as your corporate network IP ranges. We agree scope formally before testing and stay strictly within it. All testing activity is logged with timestamps so it can be verified against your security logs.
How do you avoid disrupting our operations during testing?
We default to non-disruptive techniques — no denial-of-service testing unless explicitly included in scope. All tests that carry any service disruption risk are flagged and require explicit written approval before execution. We also provide a testing schedule so your IT team knows when to expect activity.

Ready to get started?

Tell us about your situation and we'll respond with a tailored assessment within one business day.

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