Gain detailed insights into the internal structure and components of a product without disassembly. Identify hidden features, validate manufacturing quality, and understand how materials, assemblies, and internal layouts are implemented in real-world designs.
Evaluating competitors, suppliers, or legacy hardware—without risking damage to valuable or irreplaceable products
Reveal how electronic systems are built—down to the component selection, circuit design, and signal paths.
Through full product teardown and low-level analysis, we uncover hidden interfaces, undocumented behavior, and design intent to support security assessments, competitive analysis, and long-term maintainability.
Gain deep visibility into firmware behavior, execution flow, and embedded control logic.
Through static and dynamic analysis of the firmware, we uncover hidden functionality, security weaknesses, hard-coded secrets, and backdoors that may pose operational or security risks.
Go beyond how an app functions internally, identify potential vulnerabilities. Understand not just what their app does, but how it does it under real-world conditions—including how it behaves when stressed, manipulated, or attacked.
Wireless protocol reverse engineering reveals how devices and systems actually communicate—beyond specifications, documentation, or advertised behavior.
Decoding proprietary or undocumented protocols and analyzing real over-the-air traffic, we expose hidden message formats, state machines, timing assumptions, and security mechanisms that are otherwise inaccessible.
Wireless Protocol reverse engineering enables security assessments of closed systems, validation of third-party devices, competitive analysis, and long-term maintainability when vendor support is limited or unavailable.
End-to-end security assessment spanning hardware, firmware, and communication protocols.
We analyze the complete system to identify IP and patent use and violations, identify vulnerabilities, insecure design patterns, and implementation flaws that could be exploited in real-world attack scenarios.
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