Protect Your Business and Customers with Rigorous Hardware Security Testing
Comprehensive Hardware Security Testing for Ultimate Protection
Black Box
No Source / Blind Analysis / Reverse Engineering
Perform firmware analysis and reverse engineering to find vulnerabilities and recommend security measures.
Disassemble the hardware, document every step, and produce a Bill of Materials (BOM). Verify and validate production hardware with design documentation.
Test the authentication process, overall design security, and hardware functions.
Simulate an array of potential attacks, and test for protection against ransomware and malware.
Identify any unused or unlocked functionality that may have unintended side effects.
White Box
Full Access to Source Code & Internal Workings
With access to the source code, conduct a thorough review of the authentication process and design security.
Validate code signing and security measures, test the code quality, and perform code fuzzing to find vulnerabilities.
Conduct simulations to test and validate the implementation's resiliency to ransomware and malware.
Identify any unused or unlocked functionality that may have unintended side effects.
Hardware Penetration Testing
Physical Access Testing & Side-Channel Attacks
Evaluate the physical security of the hardware and attempt to gain unauthorized access.
Perform signal analysis, EMI testing, and PCB analysis to perform side-channel attacks, and recommend countermeasures.
Disassemble and reverse engineer the hardware to identify hidden features and vulnerabilities.
Suggest improvements to hardware security, such as implementing anti-tampering features, firmware encryption, and Root of Trust hardening.
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Hardware Deployment Policy Review
Provide an understanding of how the hardware is used, and identify vulnerabilities that may arise from the deployment process.
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Architecture Review
Review the hardware’s architecture to identify potential weaknesses in the system.
Recommend protections against supply chain attacks.
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Hardware Design Review
Review the physical design of the hardware, including its components and circuitry. Identify vulnerabilities in the hardware design itself.
Produce a Bill of Materials (BOM).
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Platform Security & Secure Boot Review
Review the security measures in place for the platform and any boot processes. Identify weaknesses in the security of the platform.
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Firmware Extraction & Reverse Engineering
Extract the firmware from the hardware and reverse engineer it to identify vulnerabilities, weaknesses, and potential attack vectors.
Recommend protections against supply chain attacks.
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Logic Analysis & Traffic Review
After the firmware has been extracted and reversed, analyze the hardware logic and review the generated traffic. Identify vulnerabilities in the hardware's operation.
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Side-Channel Analysis
Analyze side-channel signals generated by the hardware to extract sensitive information. Identify risks associated with devices used to store or transmit sensitive information.
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Physical Pentesting
Physically test the security of the hardware, attempting to access the hardware's internal components or bypass physical security measures. Identify physical vulnerabilities in the hardware.
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Tamper Protection Bypass
Attempt to bypass tamper protection measures that may be in place.
Attempt to bypass case ground fuse triggers.
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Hardware-Based Attacks
Use specialized knowledge and tools to exploit any vulnerabilities in the hardware, including buffer overflows, firmware bugs, or hardware misconfigurations.
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Secure Key Management
Verify that cryptographic keys and other sensitive data on the hardware are securely stored and managed. Identify any risk associated with devices used to store or transmit sensitive information.
