INTERNET OF THINGS
Our penetration testing services are designed to mitigate risks at the device level, demonstrate adherence to PCI DSS and other applicable standards, and provide detailed remediation strategies to enhance the security of both devices and their supporting environments.
Benefits of Internet of Things Assessment
Comprehensive Vulnerability Identification
Conduct a thorough evaluation of IoT and embedded devices, including payment terminals, ATMs, and industrial sensors, across hardware, firmware, and network layers to identify potential vulnerabilities.
Strengthened Security Controls
Assess physical, firmware-level, and network security controls to reduce the risk of unauthorized access, device tampering, or system compromise.
Improved System Resilience
Receive prioritized, actionable remediation strategies that enhance the security posture of devices and their integrations, helping ensure operational continuity and the integrity of critical processes.
Our Approach
Assess IoT ecosystems, firmware, communications, and cloud backends to identify real world attack paths. Using hands on testing and realistic threat emulation, we deliver clear, prioritized findings that help reduce risk, protect data, and strengthen device and platform security.
Asset Discovery
Identify IoT and embedded devices, their functions, communication channels, and backend integrations to map the complete attack surface.
Threat Modeling
Prioritize attack vectors targeting payment terminals, ATMs, industrial sensors, and other IoT assets based on realistic adversary capabilities and business impact.
Vulnerability Assessment
Use automated and manual techniques to uncover weaknesses in device hardware, firmware, communication protocols, and backend services.
Exploitation
Safely demonstrate how identified vulnerabilities could be leveraged for unauthorized access, data manipulation, device tampering, or fraud.
Impact Analysis
Assess potential business and operational consequences, including service disruption, financial exposure, and compromise of critical processes.