Source-Informed Testing
Use source code, endpoint details, architecture notes, and implementation context to focus testing on high-risk logic and controls.
We use source code context, architecture visibility, test accounts, and system documentation to uncover deeper security flaws across applications, APIs, services, and workflows.
White-box testing is useful when you want maximum depth. With implementation context, testers can validate security assumptions, inspect sensitive flows, and find issues that surface-level testing may miss.
Use source code, endpoint details, architecture notes, and implementation context to focus testing on high-risk logic and controls.
Review data flows, identity boundaries, service trust, admin paths, integrations, secrets handling, and sensitive asset access.
Test role models, tenant isolation, object-level access, privilege escalation, workflow permissions, and security assumptions.
Validate whether implemented security controls work as intended across authentication, APIs, storage, logging, and error handling.
Use implementation details, architecture diagrams, API references, and role context to test high-value security controls.
Validate access control, business logic, secrets handling, input validation, data exposure, service trust, and integration risks.
Reports include proof, affected assets or code areas, impact, reproduction steps, remediation guidance, and retesting support.
Define scope, supplied documentation, code access, architecture context, test accounts, environments, and rules of engagement.
Review implementation context, data flows, identity boundaries, privileged paths, APIs, integrations, and sensitive workflows.
Test deep security controls, authorization paths, business logic, configuration risks, secrets handling, and chained exploit paths.
Prioritize validated findings with evidence, affected code or assets, business impact, reproduction steps, and remediation guidance.
Retest fixes and document residual risk so engineering and security teams can close vulnerabilities with confidence.
Explore our specialized ethical hacking assessments to secure every layer of your enterprise attack surface.
Find OWASP Top 10 flaws, auth bypasses, IDOR, business logic vulnerabilities, and data leaks across your web apps.
Assess BOLA, token abuse, schema bypasses, mass assignment, and authorization gaps across backend services.
Probe internal and external networks, exposed services, lateral movement vectors, and misconfigured perimeters.
Uncover IAM misconfigurations, exposed buckets, container escapes, privilege escalation, and cloud supply-chain risks.
Analyze client binaries, insecure data storage, API communication, authentication flows, and reverse engineering defenses.
Evaluate external-facing infrastructure from the perspective of an untrusted threat actor on the public internet.
Simulate insider threats and compromised workstations to evaluate defense-in-depth, segmentation, and domain controls.
Test human defenses against phishing, credential harvesting, spear-phishing campaigns, and impersonation tactics.
Audit WPA2/WPA3 enterprise Wi-Fi networks, rogue AP detection, captive portals, and corporate wireless perimeters.
Simulate authentic attacker behavior with zero internal knowledge, revealing what an outside hacker can discover and exploit.
Assess systems with user-level credentials to focus on privilege escalation, horizontal access violations, and business logic flaws.
We can scope a white-box test around your application, API, architecture, codebase, access model, or highest-risk product workflows.
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