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When your equipment becomes obsolete or loses manufacturer support, we step in to reverse-engineer both hardware and software, unlocking its full potential.
Our experts meticulously analyze schematics, firmware, and PCB layouts to reconstruct documentation, identify hidden functionalities, and modernize outdated components. We don’t just restore — we enhance, integrating cutting-edge algorithms, improved interfaces, and advanced connectivity (IoT, wireless, AI-driven features) while preserving reliability.
For us, reverse engineering is an art of precision and innovation. We uncover undocumented capabilities, optimize power efficiency, and refine ergonomics — transforming aging devices into high-performance systems. Whether it’s industrial machinery, medical equipment, or niche electronics, we deliver future-proof solutions with the same craftsmanship as if they were our own creations.
In addition to reverse engineering, we can perform deep modernization of obsolete (legacy) electronic components or completely rework the project by removing redundant components, thereby reducing cost, energy consumption, and boot time.
Break down sensor operation principles (piezoelectric, MEMS, optical, etc.) through waveform analysis, transfer functions, and noise profiling.
Reverse-engineer factory calibration routines, compensation tables, and temperature drift correction methods.
Reconstruct digital filtering pipelines (FIR/IIR), ADC/DAC characteristics, and sensor fusion algorithms
Extract existing control parameters, analyze stability margins, and propose improved tuning for faster response.
Map all control paths (position, velocity, current loops) with Bode/Nyquist analysis.
Characterize system inertia, latency, and resonance points through step response testing.
Uncover disabled functions, diagnostic modes, and performance reserves via static/dynamic code analysis.
Activate unused communication channels (UART, SPI, CAN) for enhanced functionality.
Identify test points, debug interfaces, and potential attack vectors.
Cross-reference obsolete ICs with modern alternatives (32-bit MCUs for 8-bit, GaN for power stages).
Redesign with: 50-70% smaller footprints, 30-60% cost reduction, 2-5x speed improvements.
Maintain original interfaces while adding modern features (wireless connectivity, edge AI).
We carefully reverse-engineer existing devices to help you understand their architecture and functionality. Get detailed documentation and insights to accelerate your own product development.
When original documentation is lost or outdated, we recover schematics and identify components. Our work ensures you can repair, upgrade, or reproduce obsolete electronics with confidence.
We help verify if your designs have been copied and identify patent infringements. Our thorough analysis provides evidence for legal protection while maintaining strict confidentiality.
Struggling with unknown chips or proprietary interfaces? We decode protocols, identify components, and create clear documentation to unlock hidden functionality in your devices.
Need to validate a competitor's design or audit your own? Our reverse-engineering services reveal construction quality, potential weaknesses, and optimization opportunities.
We uncover hidden vulnerabilities, undocumented backdoors, and potential attack vectors in electronic devices. Our reverse-engineering process reveals security flaws in firmware, hardware interfaces, and communication protocols, helping you strengthen device protection or conduct penetration testing.
Whether you need to replicate, upgrade, or troubleshoot existing electronics, we provide deep technical insights and cost-effective solutions. Let’s make your device better.