We analyze entire systems – code, firmware, electronics, protocols and IT infrastructure. The result: reproducible, court-proof findings.
Modern systems are complex. Software, electronics and communication layers interact so tightly that failures cannot be explained by analyzing only one component.
Our approach combines:
• Software forensics (code, modules, architecture)
• Embedded forensics (firmware, HAL, drivers, hardware effects)
• Electronics analysis (signals, voltages, components)
• Network forensics (protocols, communication, timing)
This multi-layer perspective enables findings that are both accurate and court-proof.
Most forensic service providers focus on IT systems or software only. DiNC-POSiTiVE expands this with:
• Embedded systems analysis
• Real-time behaviour
• HAL and driver evaluation
• Low-level electronics effects
• Hardware/Software interaction analysis
This uncovers causes that others miss – jitter, timing faults, signal issues, EMV effects or faulty HAL implementations.
Why did the device fail? Hardware, software or misuse?
Evaluation of weaknesses, risks and structural problems.
Was the system altered, tampered with or incorrectly updated?
Restoring deleted, corrupted or manipulated data.
CAN, LIN, SPI, Ethernet – reconstruction of communication events.
What is the real technical impact? Time, costs, risks.
Cem Dinc combines expertise in software, electronics and process engineering. This makes our forensic reports exceptionally precise – especially in embedded systems, where failures often appear only when software, hardware and user interaction collide.
Our reports are structured, reproducible and court-proof.
• Court-proof forensic report
• Complete technical analysis incl. screenshots, code extracts & measurements
• Clear cause analysis and responsibility assessment
• Recommendations & risk evaluation
We reconstruct events, failures and damages – technically precise and court-proof.
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