Penetration Testing Services

• Web Applications – Our penetration testing services simulate real-world attacks to identify vulnerabilities such as authentication flaws, injection attacks, misconfigurations, and other security gaps.
• Mobile Applications – We conduct penetration tests on iOS and Android apps focusing on insecure data storage, weak authentication mechanisms, improper API calls, and the risk of reverse engineering.
• API Security – Penetration testing services for APIs uncover weaknesses in authentication, authorization, data protection, and injection resistance.
• Thick Client Applications – Testing of desktop/client applications that communicate with servers, focusing on data handling, network traffic, and privilege escalation paths.
• Source Code Security Audit – In-depth review of application source code to detect security flaws and programming weaknesses that could be exploited.

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• Amazon Web Services (AWS) – Assessment of configurations, IAM policies, S3 buckets, security groups, and overall cloud security posture.
• Microsoft Azure – Evaluation of identity management, data storage, virtual machines, and network components in alignment with industry best practices.
• Google Cloud Platform (GCP) – Analysis of IAM roles, storage configurations, exposed APIs, and network security to enhance cloud resilience.

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• External Infrastructure – Penetration testing of publicly accessible assets such as websites, servers, and devices to uncover security vulnerabilities.
• Internal Infrastructure – Simulation of insider attacks to detect lateral movement and weaknesses in internal security controls.
• Active Directory – Assessment of AD configurations and vulnerabilities that could lead to domain compromise or privilege escalation.
• WiFi Networks – Penetration testing of wireless networks, including encryption strength, rogue access points, and unauthorized access vectors.
• Kubernetes Infrastructure – Security testing of Kubernetes clusters, RBAC configurations, secrets management, runtime environments, and network settings.

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• AI Model Vulnerability Testing – Penetration testing of AI models for input manipulation, data leakage, improper authentication, and flawed decision-making logic.
• Security of Third-Party AI Model Integration – Testing APIs, access controls, and risks associated with integrating external AI/LLM models.
• Adversarial Attack Simulation – Evaluating model resilience against evasion and inversion techniques used in adversarial attacks.

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• Embedded System Security – Penetration testing of firmware, boot mechanisms, hardware interfaces, and common attacks such as buffer overflows.
• Device Firmware Security – Identifying backdoors, weak update mechanisms, and reverse engineering vulnerabilities in IoT devices.
• Wireless Communication Security – Testing Bluetooth, Zigbee, LoRa, RFID, and NFC protocols for weak encryption and eavesdropping risks.
• Hardware Penetration Testing – Analyzing physical security including JTAG, SWD interfaces, supply chain integrity, and tamper protection.
• IoT Ecosystem Risk Assessment – Evaluating the overall security of connected devices, cloud integrations, APIs, and data flows.

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OWASP (Open Web Application Security Project) is a leading non-profit organization focused on improving software security. We base our penetration testing on the OWASP Top 10 framework, which identifies the most common application vulnerabilities — including SQL injection, XSS, poor session management, and other frequent risks. OWASP methodologies enable us to perform effective and trustworthy penetration tests focused on real-world threats.

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WSTG (Web Security Testing Guide) is a comprehensive web application testing methodology developed by OWASP, serving as a foundation for professional penetration testing. It covers the entire security testing lifecycle, including authentication, authorization, user input validation, business logic, cryptography, and other critical security aspects. Thanks to WSTG, penetration tests are systematic, thorough, and focused on real-world risks.

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ASVS (Application Security Verification Standard) is a framework developed by OWASP that provides clear security requirements for application development and testing. It also serves as a reference model for conducting penetration tests across three verification levels:

• Level 1 – Basic security verification suitable for all applications, focusing on common vulnerabilities such as injections and misconfigurations, which are frequently identified during penetration testing.
• Level 2 – Standard security level for applications handling sensitive data, requiring strong authentication, session management, and secure coding practices – all typical targets in penetration testing.
• Level 3 – Advanced security verification for critical applications (e.g., banking, healthcare), including cryptographic controls and review of security architecture.

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