Simulate real-world attacks against your external perimeter and internal infrastructure. We exploit misconfigurations, weak credentials, and unpatched services to show exactly how far an attacker could reach, with CVSS-scored findings and a free re-test included.
Purpose-built attack scenarios for your perimeter, internal network, and Active Directory environment.
We probe firewall rules, ACL misconfigurations, and DMZ architecture for bypass opportunities, exposed management interfaces, and overly permissive rulesets.
We test VPN gateways for weak pre-shared keys, outdated protocols, authentication bypass, and vulnerabilities in remote desktop and SSH jump hosts.
We identify and exploit internet-facing services with known CVEs, default credentials, and insecure configurations that provide an initial foothold.
We assess mail servers for relay abuse and spoofing risks, and test DNS servers for zone transfer and amplification vulnerabilities.
We test hybrid connectivity, site-to-site VPNs to cloud environments, and identify misconfigured security groups and exposed management ports.
We test reverse proxy configurations, load balancer security, and WAF bypass techniques to reach backend services.
From an initial foothold, we simulate attacker movement across segments, exploiting trust relationships, pass-the-hash, and credential reuse.
We identify local privilege escalation paths, misconfigured services, and unpatched kernel vulnerabilities that allow elevation to admin or root.
We audit internal databases and file shares for weak authentication, excessive permissions, and sensitive data accessible from compromised hosts.
We test enterprise Wi-Fi for rogue access points, WPA2/WPA3 weaknesses, EAP bypass, and captive portal abuse that enables network access.
We validate VLAN separation, test for VLAN hopping, and assess whether sensitive segments are properly isolated from user networks.
We identify and exploit outdated systems running SMBv1, Telnet, FTP, and other legacy protocols that expose the network to known attacks.
We identify service accounts with SPNs vulnerable to Kerberoasting, and user accounts with Kerberos pre-auth disabled for AS-REP roasting attacks.
We assess constrained and unconstrained delegation configurations, cross-domain trusts, and forest trust relationships for escalation paths.
We identify overly permissive ACLs on AD objects, and GPO misconfigurations that enable privilege escalation or persistent access.
We audit group memberships for excessive privileges, nested group escalation paths, and inactive accounts with privileged access.
We assess password policies for complexity and age requirements, lockout thresholds, and accounts with password-not-required or never-expire flags.
We map all paths from a compromised user to Domain Admin, identifying the shortest escalation route through group memberships and ACLs.
A structured six-phase process aligned with PTES and NIST SP 800-115, from initial scoping through verified remediation.
We define IP ranges, testing windows, communication protocols, and escalation procedures. A signed rules of engagement document ensures clarity and safety before testing begins.
We perform port scanning, service fingerprinting, OS detection, and attack surface mapping to build a complete picture of your externally exposed and internal assets.
We combine automated scanning with manual testing to identify misconfigurations, weak credentials, unpatched services, and known CVEs across all discovered hosts.
We exploit identified vulnerabilities to gain an initial foothold, escalate privileges, and move laterally across the network to demonstrate real-world attack impact.
We demonstrate what an attacker could access after compromise, including sensitive data, domain admin privileges, and critical system control, without causing damage.
We deliver a CVSS-scored report with attack path diagrams, executive summary, and mapping to compliance frameworks. Once you remediate, we re-test all findings at no additional cost.
Organisations with large on-premise or hybrid environments, including data centres, branch networks, and complex Active Directory forests that need comprehensive attack surface validation.
Financial services, healthcare, and government organisations requiring PCI-DSS, HIPAA, RBI, or ISO 27001 network testing compliance with documented evidence for auditors.
Organisations recovering from a breach needing independent validation that network-level attack paths have been closed and security controls are working as intended.