Why This Matters Now

With the increasing reliance on IoT, smart devices, and embedded systems in critical environments, ensuring device-level security is more essential than ever. Lab-based testing provides controlled, in-depth analysis to uncover hidden flaws before devices reach end users or production environments.

What Is Lab-Based Device & Security Testing?

Lab-based vulnerability and pen testing involves subjecting devices to rigorous tests within controlled environments. This includes examining firmware, hardware interfaces, communication protocols, and device behavior under various threat scenarios — ensuring a deep and ethical evaluation of device security posture.

Our Step-by-Step Approach

• Hardware Interface Mapping - Identify and analyze exposed ports such as UART, JTAG, and SPI for potential exploitation.
• Firmware Extraction & Analysis - Dump and inspect firmware for insecure code, hidden credentials, or outdated components.
• Communication Testing - Analyze data transmission over Bluetooth, Wi-Fi, or other protocols for interception or tampering.
• Behavior Manipulation - Observe how devices respond to fault injection, power fluctuations, or malformed inputs.
• Authentication Bypass Testing - Attempt to override or bypass login mechanisms and privilege controls.
• Security Patch Verification - Test the effectiveness of applied patches or security features under real-world conditions.

Key Benefits

• Expose hardware-level vulnerabilities before deployment
• Validate firmware and communication security mechanisms
• Simulate real-world attack conditions in a controlled lab
• Improve product resilience against emerging threats
• Ensure devices meet compliance and security benchmarks