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Our services focus on the lawful and technical analysis of microcontroller (MCU) devices, particularly in relation to their security features and embedded memory. This includes:
MCU Security Analysis (commonly referred to as decryption): A specialized process of evaluating and studying the security mechanisms integrated into microcontrollers. This work may involve examining encryption schemes, protection protocols, and access controls in order to assess resilience, verify design integrity, and identify potential vulnerabilities. Such analysis is performed strictly within legal and ethical boundaries, for purposes such as interoperability, compliance testing, legacy system support, and security research.
ROM Program Extraction: A technical process used to access and retrieve firmware or operating system data stored in Read-Only Memory (ROM) within an MCU. This may be conducted through specialized hardware and software interfaces. When performed appropriately, ROM extraction supports legitimate objectives such as system maintenance, design verification, reverse engineering for compatibility, and the preservation of critical legacy technologies.
Our services focus on the lawful and technical analysis of microcontroller (MCU) devices, particularly in relation to their security features and embedded memory. This includes:
MCU Security Analysis (commonly referred to as decryption): A specialized process of evaluating and studying the security mechanisms integrated into microcontrollers. This work may involve examining encryption schemes, protection protocols, and access controls in order to assess resilience, verify design integrity, and identify potential vulnerabilities. Such analysis is performed strictly within legal and ethical boundaries, for purposes such as interoperability, compliance testing, legacy system support, and security research.
ROM Program Extraction: A technical process used to access and retrieve firmware or operating system data stored in Read-Only Memory (ROM) within an MCU. This may be conducted through specialized hardware and software interfaces. When performed appropriately, ROM extraction supports legitimate objectives such as system maintenance, design verification, reverse engineering for compatibility, and the preservation of critical legacy technologies.