Advanced Hardware Laboratory

Identifying vulnerabilities in hardware, firmware, and embedded systems through advanced threat modeling, attack surface analysis, and penetration testing.

• Hardware Security Testing – Evaluating chip-level and device-level security resilience.
• Firmware Security Testing – Identifying software weaknesses and bootloader vulnerabilities.
• Component Security Evaluation – Assessing third-party components for hidden risks.
• Secure Boot & Trust Anchoring Analysis – Ensuring secure startup processes and preventing unauthorized modifications.

Simulating real-world cyberattacks to expose weaknesses in hardware security mechanisms.

• Hardware Penetration Testing – Assessing chips, microcontrollers, and industrial devices for exploitable vulnerabilities.
• Fault Injection & Side-Channel Attacks – Testing resistance to , debug interfaces, and hardware backdoors to prevent unauthorized access.

We analyse firmware integrity, encryption mechanisms, and update security to detect exploitable vulnerabilities in device software.

• We test for power analysis, electromagn- etic interference, and timing attacks.
• JTAG & Debug Interface Security Testing – Identifying unauthorized access risks via debug ports and insecure hardware storage.

Analyzing chipsets, firmware, and PCBs to uncover security flaws, detect hardware Trojans, and support forensic investigations.

• Chip & PCB Reverse Engineering – Mapping circuitry and identifying security weaknesses.
• Hardware Trojan Detection – Discovering hidden malicious modifications in semiconductor devices.
• Forensic Analysis & Secured Data Extraction – Recovering data from compromised hardware.

Ensuring firmware, cryptographic implementations, and software stacks are secure against known exploits.

• Firmware Reverse Engineering & Binary Analysis – Uncovering backdoors, weak encryption, and insecure authentication mechanisms.
• Secure Firmware Update Validation – Assessing OTA update security, rollback protections, and update authentication.
• Cryptographic Implementation Review – Ensuring strong encryption and secure key management in hardware and firmware.

• Unauthorized access risks due to hidden backdoors, compromised components, or malicious firmware modifications.
• IC Reverse Engineering & Silicon Analysis – Detecting unauthorized modifications in microchips.
• Hardware Trojan Detection – Investigating hidden implants in semiconductor devices.
• Component & Vendor Security Evaluation – Verifying third-party supplier security compliance.

Exploiting physical vulnerabilities to manipulate embedded systems and cryptographic operations.

• Tamper Resistance & Forensic Analysis – Testing defences against invasive attacks.
• Fault Injection Testing – Introducing laser, voltage, and electromagnetic glitches to manipulate device behavior.
• Side-Channel Attacks – Extracting cryptographic keys using power consumption and electromagnetic leakage analysis.

Firmware vulnerabilities that allow unauthorized access or malicious code execution.

• Firmware Reverse Engineering & Vulnerability Analysis – Detecting security gaps in bootloaders, OS kernels, and embedded applications.
• Secure Firmware Update Validation – Ensuring OTA update integrity and rollback protection.
• Cryptographic Implementation Review – Verifying encryption and key management security.

Protecting against cloned semiconductors, unauthorized firmware modifications, and stolen intellectual property.

• Chip & PCB Reverse Engineering – Identifying unauthorize- d circuit modifications.
• Counterfeit & IP Protection – Authenticating semiconductor components to prevent duplication.