Controlled simulations of attacks to identify vulnerabilities before adversaries exploit them.
Each penetration testing engagement simulates the adaptive decision-making of live adversaries, exposing vulnerabilities in infrastructure, applications, and organizational response mechanisms. The objective is to identify weaknesses, to achieve compliance with rules and regulations, and to embed adversarial perspective within partner organizations.
Tests are structured around realistic campaign scenarios, including supply chain exploitation, privilege escalation, and operational disruption. Findings offer architectural and governance recommendations that strengthen overall sovereignty and business continuity. Penetration testing outputs are integrated into long-term security pipelines, influencing future detection, remediation, and engineering priorities.
Define realistic adversarial campaigns tailored to partner systems and risks.
Execute attacks replicating real-world techniques across infrastructure and software.
Findings are integrated into partner processes, strengthening long-term resilience.
CypSec's penetration testing approach ensures controlled adversary simulation produces actionable results for security improvement. Our ongoing research emphasize automation, scenario realism, and integration into development and operations pipelines. The goal is not only to expose vulnerabilities but to embed findings into processes that drive sustainable capability growth, ensuring organizations continuously adapt to volatile threat landscapes.
Framework for repeatable penetration tests across systems and applications.
Collection of validated exploit scenarios for training and stress-testing.
Findings structured for both technical teams and executives.
Safe lab for replaying penetration test scenarios in educational settings.
Reduction in repeat vulnerabilities
Remediation adoption
Reporting turnaround
New scenarios validated annually
CypSec emphasizes reproducible simulation of adversary campaigns across networks, applications, and operational processes. We focus on automation, scenario customization, and assessment of novel attack vectors, ensuring findings reflect realistic threat landscapes and evolving tactics.
A complementary research area studies knowledge transfer mechanisms. Test results inform defensive engineering, operational protocols, and human awareness programs, embedding insights into ongoing processes. Penetration testing effectively becomes a tool for developing long-term organizational resilience.
Penetration testing simulates realistic adversary behavior to expose vulnerabilities in systems, software, and operational processes. Beyond technical findings, it delivers architectural and governance recommendations and feeds into continuous defense pipelines. It embeds adversarial insights into partner teams in a way for partners to gain hardened systems and the skills and understanding to anticipate and mitigate future attacks independently.
Each engagement is customized based on the partner's asset criticality, threat landscape, and operational constraints. Test scenarios replicate likely adversary campaigns, including lateral movement, privilege escalation, and supply chain exploitation. We align testing with real-world context and ensure findings are actionable and reinforce the partner's unique defensive posture.
All findings are accompanied by structured guidance, workshops, and embedded training for partner staff. This ensures lessons are internalized, detection logic is updated, and system hardening becomes part of daily operations. Partners gain long-term capability rather than temporary insight from external testers.
Testing pipelines are continuously updated to reflect changes in architecture, software, and operational processes. Each engagement incorporates lessons from prior assessments, threat intelligence, and live incidents, ensuring that penetration testing remains relevant, accurately simulates contemporary adversary behavior, and strengthens the partner's adaptive defensive posture.