Find Vulnerabilities Before
Attackers Find Them First

Network penetration testing evaluates your perimeter and internal infrastructure from the perspective of a motivated attacker. Our external tests begin with open-source intelligence (OSINT) gathering, DNS enumeration, and service fingerprinting before moving to active exploitation of discovered vulnerabilities in internet-facing systems, VPN gateways, mail servers, and cloud-hosted services. Internal tests simulate a compromised employee workstation or a malicious insider, targeting Active Directory misconfigurations, Kerberoasting paths, LLMNR/NBT-NS poisoning, lateral movement opportunities, and privilege escalation chains that could lead to domain administrator compromise.

We test both IPv4 and IPv6 attack surfaces, evaluate network segmentation between security zones, and assess whether detection tools flag our activity. Every finding is documented with timestamps, screenshots, and exploitation evidence. Critical vulnerabilities discovered during testing trigger an immediate notification to your designated contact so remediation can begin without waiting for the final report. Our network penetration testing methodology aligns with NIST SP 800-115 and the PTES framework, and reports map findings to the specific compliance controls required by your regulatory environment.

Web applications are the primary attack surface for most organizations. Our application security testing follows the OWASP Testing Guide and covers the full OWASP Top 10, including injection flaws (SQL, NoSQL, command injection), broken authentication and session management, cross-site scripting (reflected, stored, and DOM-based), insecure direct object references, server-side request forgery, and security misconfigurations. We go beyond the Top 10 to test for business logic vulnerabilities unique to your application workflow, such as price manipulation, privilege escalation through parameter tampering, race conditions, and insecure file upload handling.

For API-driven architectures, we test RESTful APIs, GraphQL endpoints, and WebSocket implementations for authentication weaknesses, authorization bypass, excessive data exposure, and rate limiting deficiencies. Our reports include proof-of-concept demonstrations for each finding along with specific code-level remediation recommendations that your development team can implement during their next sprint. We also test single-page applications (SPAs), progressive web apps, and serverless function endpoints that are increasingly common in modern architectures and introduce their own unique security considerations around client-side trust and event-driven execution models.

Human error remains the leading vector in successful breaches. Our social engineering assessments evaluate how well your employees resist the same manipulation techniques real attackers deploy. We design custom phishing campaigns ranging from broad-based credential harvesting to highly targeted spear-phishing scenarios aimed at executives, finance staff, and IT administrators. Campaigns track click rates, credential submission rates, attachment open rates, and critically, reporting rates that measure how often employees flag suspicious messages to your security team.

Beyond email, we conduct voice phishing (vishing) assessments where testers call employees posing as IT support or vendors to extract sensitive information, SMS phishing (smishing) campaigns, and physical social engineering tests including tailgating, badge cloning, and pretexting to evaluate facility access controls. In 2026, AI-generated deepfake voice and video attacks are an emerging threat, and our assessments incorporate realistic scenarios that test awareness of these new vectors. Every assessment concludes with anonymized departmental statistics and specific recommendations for improving your security awareness training program. We never use results to punish individuals; the goal is always to strengthen your organizational security culture through data-driven training improvements.

Wireless networks and IoT devices extend your security perimeter beyond the physical walls of your facility. Our wireless security testing identifies rogue access points, evaluates WPA2-Enterprise and WPA3 configurations, tests RADIUS authentication, assesses network segmentation between corporate, guest, and IoT networks, and performs evil twin attacks to determine whether employees connect to spoofed wireless networks. We test from multiple physical locations around your facility to map signal coverage and identify areas where wireless signals leak into publicly accessible spaces.

IoT security assessments evaluate smart building systems, IP cameras, badge readers, HVAC controllers, printers, VoIP phones, and other connected devices that are often deployed with default credentials, unpatched firmware, and minimal network isolation. These devices frequently serve as pivot points for attackers who use them to gain a foothold on otherwise well-defended networks. We test device firmware for known vulnerabilities, evaluate management interfaces, assess update mechanisms, and verify that IoT segments are properly isolated from sensitive data networks. Our reports include heat maps of wireless coverage, inventories of all detected wireless devices, and specific recommendations for hardening your wireless and IoT infrastructure.

Cloud misconfigurations are a leading cause of data breaches, and the shared responsibility model means your organization is accountable for securing everything above the hypervisor. Our cloud security assessments evaluate AWS, Azure, Google Cloud Platform, and hybrid environments for identity and access management (IAM) policy weaknesses, publicly accessible storage buckets, overly permissive security groups, unencrypted data stores, missing audit logging, insecure serverless function configurations, and container and Kubernetes security gaps.

We benchmark your cloud configuration against CIS Benchmarks for each platform and map findings to your applicable compliance frameworks, whether that is SOC 2, HIPAA, PCI DSS, or CMMC. For organizations operating multi-cloud or hybrid environments, we evaluate the security of interconnections between cloud providers and on-premises infrastructure, assess the consistency of security controls across platforms, and identify visibility gaps that could allow attackers to move laterally between environments undetected. Our cloud testing is conducted within each provider's acceptable use policy and coordinated with your cloud team to ensure zero disruption to production workloads.

Many organizations require security testing specifically to satisfy regulatory mandates. We design compliance-aligned testing programs that address each framework's unique requirements and produce reports auditors can directly reference. For HIPAA compliance, our testing covers the technical safeguards required by 45 CFR 164.312, including access controls, audit controls, integrity controls, and transmission security for systems handling ePHI. PCI DSS 4.0 testing satisfies Requirements 6.4 (application security), 11.3 (penetration testing), and 11.4 (intrusion detection), with segmentation testing to validate cardholder data environment boundaries.

For defense contractors pursuing CMMC certification, our testing maps to all applicable NIST SP 800-171 control families and produces evidence artifacts that support your System Security Plan and CMMC assessment readiness. SOC 2 Type II examinations require evidence that security controls are operating effectively over time, and our testing delivers the proof your auditor needs for Trust Services Criteria CC6, CC7, and CC8. We also support ISO 27001 certification testing and NIST Cybersecurity Framework assessments. Regardless of the framework, our compliance testing goes beyond minimum requirements to identify real security risks, not just documentation gaps, giving your organization both a passing audit score and genuine security improvement.