Pathfynder Inc
Pathfynder Inc
Key Info
Summary
Penetration TestingAbout
Pathfynder is a veteran-owned cybersecurity company. We provide advanced offensive and defensive cybersecurity expertise trusted by Fortune 100 companies with global footprints and small and medium-sized businesses spanning a broad set of industries.
Pathfynder identifies and mitigates potential cybersecurity risks for organizations of all sizes and across various industries. Our highly skilled operators have honed their craft with over 15-20+ years of hands-on-keyboard experience. We come equipped with the latest tools and techniques to protect your digital assets from threats lurking in cyberspace.
Many of our operators have been trained by the US Intelligence Community and US Military, and all possess commercial and ethical hacking expertise that is unmatched in the industry. With numerous published zero-day CVEs and conference speaking engagements under their belts, the team holds a diverse range of certifications including EWPT, EWPTX, EMAPT, GWAPT, CEH, OSCP, GICSP, CISSP, CCSP, CISA, CRTO, GASF, GMOB, and GXPN.
Read lessCybersecurity Focus
Accreditations
External
Leveraging PTES, we enumerate your systems and services to identify weaknesses and confirm the valid attack vectors of your organization. Our experienced operators tailor each engagement by augmenting industry-standard tools with custom scripts and programs that emulate real-world attacks to test how secure your assets are against sophisticated attackers.
Internal
This assessment simulates a compromised host from a successful phishing attack or a malicious insider. Using the MITRE ATT&CK framework, we start as a low-level user and mirror attacker techniques to access information that is important to your business. This attack simulation provides valuable insights to reinforce defenses.
Web Application and Mobile
We conduct a thorough evaluation of your web/mobile applications and APIs. Adhering to PTES, we enumerate the application, scan with custom scripts and industry tools, and perform manual runtime analysis to exploit identified vulnerabilities by fuzzing and attacking segments of the attack surface with various payloads.