Simulate real-world attacks to see how well your defenses, monitoring, and response hold up against advanced threats. Using stealth, social engineering, and technical tactics, testers mimic real attackers to find hidden gaps in detection, response, and overall security under realistic conditions.
Unite offensive and defensive teams in live attack simulations where red teams attempt exploits while blue teams detect and respond in real time, turning testing into a collaborative learning exercise that boosts visibility, strengthens detection, and accelerates overall security maturity.
Discussion-based exercises where leaders and technical teams talk through how they would handle a simulated security incident. These sessions clarify roles, communication, and escalation steps without using live systems, and they expose gaps in planning and incident readiness before a real crisis occurs.
API penetration testing evaluates the security of application programming interfaces that connect systems, apps, and data. It identifies weaknesses in authentication, authorization, input validation, and data exposure that attackers could exploit to access or manipulate information.
This testing is critical for organizations that rely on integrations, mobile apps, cloud services, or partner connections where APIs are a primary gateway to sensitive data.
Application penetration testing evaluates the security of your web and software applications by simulating real-world attacks. It identifies weaknesses—such as injection flaws, broken authentication, insecure sessions, and poor input validation—that could expose sensitive data or allow unauthorized access.
This is critical for any organization running customer-facing portals, SaaS platforms, or internal apps that handle important information.
Definition: An Internal Network Pen Test simulates an attack from within your organization’s internal environment. Compared to a standard pen test, which may include both internal and external components, this test focuses exclusively on systems and endpoints that are behind your firewall—accessible only to insiders or compromised internal users.
Who Needs It: Organizations concerned about insider threats, unauthorized lateral movement, or weaknesses in internal segmentation. Common in regulated industries, companies with remote/hybrid employees, or those undergoing audits.
Definition: This test targets your publicly exposed assets (like web servers, VPNs, email gateways) from the perspective of an external attacker. Unlike a full-scope pen test, it does not assess internal infrastructure but strictly evaluates internet-facing weaknesses.
Who Needs It: Any company with a web presence, remote access services, or public applications. Especially important for businesses that manage sensitive customer data or handle online transactions.
Definition: Application Pen Testing examines the security of a specific software application (web or mobile) by emulating real-world attacks. It goes deeper than standard pen tests by focusing on business logic flaws, session management, input validation, and authentication mechanisms.
Who Needs It: Organizations developing or using web/mobile apps, particularly those handling personal, financial, or healthcare data. It’s also critical for compliance-driven sectors (PCI DSS, HIPAA, etc.).
Definition: This test focuses specifically on Application Programming Interfaces (APIs), assessing how securely they expose data and services. While standard pen tests may touch on API endpoints, API Pen Testing dives deeper into authentication, data exposure, rate limiting, and input sanitization.
Who Needs It: Businesses using APIs for mobile apps, third-party integrations, or internal microservices—especially those exposing APIs publicly or storing/transmitting sensitive data.
Definition: This testing targets desktop applications. Thick clients process data locally and communicate with servers (e.g., internal ERP apps), while thin clients depend on server-side processing (e.g., web-based apps). These tests go beyond typical web pen testing by analyzing local storage, memory, binaries, and communication protocols.
Who Needs It: Companies running proprietary desktop applications, legacy systems, or specialized software in finance, healthcare, manufacturing, or critical infrastructure.
